O PROCEEDINGS

APRIL 7, 8, 9, 10, 11, 1986 KEIO PLAZA INTER-CONTINENTAL HOTEL TOKYO,

Sponsored by THE IEEE ACOUSTICS, SPEECH, AND SIGNAL PROCESSING SOCIETY, THE INSTITUTE OF ELECTRONICS AND COMMUNICATION ENGINEERS OF JAPAN, and THE ACOUSTICAL SOCIETY OF JAPAN Volume 1 of 4

IEEE-IECEJ-ASJ INTERNATIONAL CONFERENCE ON ACOUSTICS, SPEECH, AND SIGNAL PROCESSING

IEftI IIAflIUAIl O)O

The 1986 International Conference on Acoustics, Speech, and Signal Processing (ICASSP), sponsored jointly by the IEEE Acoustics, Speech, and Signal Processing Society, the Institute of Electronics and Communication Engineers of Japan, and the Acoustical Society of Japan, is the eleventh in a series of international conferences devoted to ex- perimental and theoretical aspects of signal processing, speech, and acoustics. Conferences of this scope are possible only because of the continuing interest and support of the Society membership, expressed both by their submission of papers of high quality and by their attendance at the Conference. The ICASSP Conference Committee is grateful to all of the authors and session chairpersons for contributing to the success of the Conference.

ICASSP 86 CONFERENCE COMMITTEE

GENERAL CHAIRMAN PUBLICITY PUBLICATIONS Hiroya FUJISAKI Yasuo KATO Shizuo HIKI NEC Corporation Tohoku University Department of Electronic C& Systems Research Laboratories Research Center for Applied Engineering Kawasaki, 213 Japan Information Sciences Bunkyo-ku, Tokyo, 113 Japan (044) 855-1 111 Sendai, 980 Japan (03) 812-2111 (0222) 27-6200 Gary E. KOPEC Schlumberger Palo Alto Research VICE CHAIRMEN Palo Alto, CA 94304, U.S.A. GENERAL AFFAIRS Ken'iti KIDO (415) 496-4606 Katsuhiko SHIRAI Tohoku University Waseda University Research Center for Applied Department of Electrical Engineering Information Sciences FINANCE Shinjuku-ku, Tokyo, 160 Japan Sendai, 980 Japan Akira KUREMATSU (03) 209-321 1 (0222) 27-6200 KDD R & 0 Laboratories Chiyoda-ku, Tokyo, 100 Japan Ryoichi MATSUDA (03) 211-4321 NTT Electrical Communications U.S. LIAISON Laboratories Charles F. TEACHER LOCAL ARRANGEMENTS RCAIGSD Staff Engineering Yokosuka, 238 Japan Mutsuo KONISHI (0468) 59-2000 Bldg. 206-1, Rt. 38 Cherry Hill Musashi Institute of Technology NJ 08358, U.S.A. Department of Electronic and (609) 338-5484 SUB-COMMITTEE CHAIRMEN Communication Engineering TECHNICAL PROGRAM Setagaya-ku, Tokyo, 158 Japan (03) 703-31 11 EUROPEAN LIAISON Shuzo SAITO Claude GUEGUEN Kogakuin University E.N.S.T. Department of Electronics REGISTRATION 46 Rue Barrault Engineering Jouji SUZUKI F 75013 Paris, France Shinjuku-ku, Tokyo, 160 Japan Radio Research Laboratory (1) 589-7061 (03) 342-1211 Koganei, Tokyo, 184 Japan (0423) 21-1211 Jae S. LIM Massachusetts Institute of Technology EXHIBITS Department of Electrical Engineering Kazuo NAKATA and Computer Science Tokyo University of Agriculture and Cambridge, MA 02139, U.S.A. Technology (617) 253-7314 Department of Applied Physics Koganei, 184 Japan (0423) 81 -4221 CHMRMAN'S MESSAGE

Welcome to ICASSP 86 n Tokyo! Forthe first time in its history, the International Conference on Acoustics, Speech, and Signal Processing will come to the Far East in 1986. Sponsored jointly by the IEEE Acoustics, Speech, and Signal Processing Society, the In- stitute of Electronics and Communication Engineers of Japan, and the Acoustical Society of Japan, ICASSP 86 will be held on April 8 through 11, 1986 at the Keio Plaza Inter-Continental Hotel in Tokyo. I would like to invite you to visit Tokyo in its best season and participate in what is expected to be the largest and one of the most exciting ICASSPs. Our Call for Papers was met with enthusiasm and we received an enormous number of abstracts from all over the world. Our Technical Program Committee, with the kind assistance of the Technical Committees of the ASSP Society, has carefully compiled a technical program which is far larger than any of the previous ICASSPs. While keeping the fine tradition of previous ICASSPs, we have tried to broaden the scope of the conference by including papers dealing with new topics and novel approaches. Technical exhibits by Japanese and foreign firms will also be held to provide demonstration of the latest developments in hardware and software technologies. Technical visits to various Japanese firms and institutions are being arranged to provide the attendees with a chance of becoming acquainted with these high-tech activities. In addition to the four-day schedule of the main conference, several satellite events are scheduled. On April 7, we will have a series of tutorial lectures by distinguished speakers covering various topics in the field of Acoustics, Speech, and Signal Processing. Immediately following ICASSP 86, an International Symposium on Prospects and Problems of Interpreting Telephony will be held in Tokyo where a series of keynote lectures will be given to discuss various ap- proaches to one of the most important goals of the ASSP field: telephone conversation among people speaking dif- ferent languages. Various travel plans and post-conference tours of Japan and the Far East are being provided by our official travel agent, Japan Travel Bureau, and its affiliated agents in U.S., U.K. and Europe. These trips offer exciting and practical itineraries that will satisfy both your professional interests and your personal tastes. April in Tokyo begins with cherry blossoms. You will find the city and its people in a special, festive mood where almost everyone likes to go out to enjoy the cherry blossoms with family and friends. I believe that ICASSP 86 in Tokyo will be an unforgettable experience for those who will attend, and would like to extend to you, once again, the whole- hearted invitation from all the members of the Conference Committee, the Japanese Organizing Committee, and the Fund-Raising Committee.

Hiroya FUJISAKI General Chairman

TECHNCAL PROGRAM OVERVEW

Reflecting both the explosive expansion of the acoustics, speech, and signal processing fields and the interesting venue for the conference — Tokyo, Japan — more than 1300 papers were submitted for ICASSP 86 from more than 40 countries all over the world. Members of the Technical Program Committee devoted their time to select as many valuable papers as possible. Consequently, this year's ICASSP has become much larger than ever before, with a technical program consisting of one plenary session and 56 regular sessions over the four days of the conference. Of the seven parallel sessions, five are oral, while the remainig two are poster sessions. The poster sessions will provide more informal setting for interaction between the authors and the participants. In the plenary session three overview lectures will be presented on theoretical aspects of spectral estimation, predictive coding of speech, and signal processing in radio astronomy. The regular sessions cover seven major areas: DIGITAL SIGNAL PROCESSING, SPECTRUM ESTIMATION AND MODELING, SPEECH, MULTI-DIMENSIONAL SIGNAL PROCESSING, VLSI, UNDERWATER ACOUSTICS, and AUDIO AND ELECTRO ACOUSTICS. There are a large number of high-quality papers incorporated in the technical program covering a wide variety of topics. Several of the regular sessions are new themes for ICASSP, such as, biomedical signal processing, optical signal processing, aids for the handicapped, and musical acoustics. We are confident that the ICASSP 86 will continue the best traditions of past ICASSPs and will also promote participant's professional activities. The high quality of the technical program is to a large extent due to the painstaking work done by the members of the Technical Program Committee. We hope that ICASSP 86 will be a truly exciting experience for you, both technically and personally. Our best wishes for an enjoyable stay in Tokyo.

Shuzo SAITO and Jae S. LIM Technical Program Co-chairmen IEEE ACOUSTICS, SPEECH, AND SIGNAL PROCESSING SOCIETY

The Acoustics, Speech, and Signal Processing Society is an organization, within the framework of the IEEE, of members with principal professional interest in the technology of transmission, recording, reproduction, processing, and measurement of speech and other signals by digital electronic, electrical, acoustic, mechanical, and optical means, the components and systems to accomplish these related aims, and the environmental, psychological, and physiological factors concerned therewith.

ADMINISTRATIVE COMMITTEE

Officers

Thomas H.CRYSTAL, President Ronald E. CROCHIERE, Past President, '841'85 Institute of Defense Analyses AT&T Bell Laboratories Princeton, NJ 08540 Murray Hill, NJ 07974

Delores M. ETTER, Vice President Term Ending December 31, 1986 Electrical Engineering/Computer Engineering Delores M. ETTER Department S. Lawrence MARPLE, Jr. University of New Mexico Louis L. SCHARF Albuquerque, NM 92686 Term Ending December 31, 1987 Jae S. LIM, Secretary-Treasurer Benjamin FRIEDLANDER Jae S. LIM Massachusetts Institute of Technology James H. McCLELLAN Cambridge, MA 02139 Term Ending December 31, 1988 Maureen P. QUIRK Kenneth STEIGLITZ John W. WOODS

Library of Congress No. 84-6451 39 Additional copies available from IEEE Service Center 445 Hoes Lane Piscataway, NJ 08854

IEEE Catalog No. 86CH2243-4

Copyright and Reprint Permissions: Abstracting is permitted with credit to the source. Libraries are permitted to photocopy beyond the limits of US. copyright law for private use of patrons those articles in this volume that carry a code at the bottom of the first page, provided the per-copy fee indicated in the code is paid through the Copyright Clearance Center, 29 Congress St., Salem, MA 01970. Instructors are permitted to photocopy isolated articles for noncommercial classroom use without fee. For other copying, reprint or republication permission, write to Director, Publishing services, IEEE, 345 E. 47 St., New York, NY 10017. All rights reserved. Copyright 1986 © by The Institute of Electrical and Electronic Engineers, Inc. I€ASI' 86 PROCEEDINGS

APRIL7, 8, 9, 10, 11, 1986 KEIO PLAZA INTER-CONTINENTALHOTEL TOKYO,JAPAN

Sponsored by THEIEEE ACOUSTICS,SPEECH,AND SIGNAL PROCESSING SOCIETY, THEINSTITUTE OF ELECTRONICS AND COMMUNICATION ENGINEERS OF JAPAN, and THEACOUSTICAL SOCIETY OF JAPAN Vo'ume1 of 4 IEEE-IECEJ-ASJINTERNATIONAL CONFERENCE ON ACOUSTICS, SPEECH, AND SIGNAL PROCESSING

IFHI1 SUBCOMMITTEE MEMBERS Akihisa IMAI Kenshiro TAKAGI REGISTRATiON TECHNICAL PROGRAM Musashi Institute of University of Tokyo Hisao KUWABARA Vice Chairmen Technology NHK Science and Technology Satoshi MINAMI Hideyuki TAMURA Research Laboratories Satoshi IMAIZUMI Electrotechnical Laboratory Kogakuin University Unversity of Tokyo Kengo OHGUSHI Hayao TANABE NHK Science and Technology Mikio TAKAGI Tamon INOUYE NHK Science and Technology Research Laboratories University of Tokyo Tsukuba University Research Laboratories Kazuhiko OZEKI Shigeo TSUJII Rokuya ISHII Shigeyuki UNAGAMI Tokyo Institute of Technology Yokohama University NHK Science and Technology Laboratories, Ltd. Research Laboratories Subgroup Chiefs Kazuhiko KAKEHI Sadakazu WATANABE Tomoncri AOYAMA NTT Electrical Reserch and Shigeki SAGAYAMA NTT Electrical NIT Electrical Communications Development Center Communications Laboratories Communications Laboratories Kozo YAMADA Laboratories Yuki KAKITA Co., Ltd. Sadaoki FURUI Kanazawa Institute of Ryouji TANAKA Hideo YAMAMOTO NIT Electrical Technology Radio Research Laboratory Communications KDD Research and Laboratories Masatsugu KIDODE Development Laboratories Toshiba Resarch and EXHIBITS Hiroshi HARASHIMA Development Center Yoshio YAMAZAKI Yasuhiko ARAI University of Tokyo Waseda University Matsushita Communication Kenshi KISHI Industrial Co., Ltd. Atsushi IWATA University of Electro- Yohtaro YATSUZUKA NIT Electrical Communication KDD Reserch and Tomonori IWATA Communications Development Laboratories Central Research Laboratories Hidefumi KOBATAKE Laboratory Tokyo University of Masumi YOSHIDA Hideki KASUYA Agriculture and Technology Fujitsu Laboratories, Ltd. Teruji YAMAMOTO Utsunomiya University Japan Broadcasting Rikio MARUTA Corporation (NHK) Isao MASUDA NEC Corporation PUBLICITY NIT Electrical Rikio MARUTA Communications Isao MASUDA NEC Corporation PUBLICATIONS NTT Electrical Laboratories Kazuo MURANO Mamoru NAKATSUP Communications Radio Research Laboratory Hajime MIURA Laboratories Fujitsu Laboratories, Ltd. Electrotechnical Laboratory Hiroshi OKAZAKI Hirokazu SATO Yuko MOCHIDA NIT Electrical lsao NAKAMURA NEC Corporation Fujitsu Laboratories, Ltd. Communications University of Electro- Robert P. PORTER Communication Mamoru NAKATSUI Laboratories Radio Research Laboratory Schiumberger Doll Research Shigeo OTSUKI Mitsuharu YANO GENERAL AFFAIRS Tokyo Institute of Technology Kenji NAKAYAMA NEC Corporation NEC Corporation Keikichi HIROSE Subgroup Members University of Tokyo Kazuhiko NITADORI Kageo AKIZUKI FINANCE Fumitada ITAKURA Waseda University OKI Electric Industry Co., Ltd. Naoki ISHII Nagoya University Yasuhiko ARAI Juro OHGA NIT Electrical Matsushita Communication Fujitsu Limited Communications Hisashi KOBAYASHI IBM Japan, Ltd. Industrial Co. Ltd. Sadayasu ONO Laboratories lsao FUJIMOTO NIT Electrical Masaki KOHDA Shigeru KIRITANI NIT Electrical Communications University of Tokyo Laboratories Communications Corporation Fumihiro YATO Laboratories Takahiko FUKINUKI Kazuhiko OZEKI KDD Research and Hitachi Central Research NHK Science and Technology Gen OHYAMA Development Laboratories Radio Research Laboratory Laboratory Research Laboratories Yoshimune HAGIWARA Hiroaki SAKOE LOCAL ARRANGEMENTS Takayuki NAKAJIMA Hitachi Central research NEC Corporation Akihisa IMAI Electrotechnical Laboratory Laboratory Hirokazu SATO Musashi Institute of Kunio SAKAI Toshiba Research and Kenji HAYASHI NIT Electrical Technology Hitachi Ltd. Communications Nobuhiko KITAWAKI Deveropment Center Laboratories NIT Electrical Shigeru SATO Tatsuo HIGUCHI Communications Tohoku University Hideo SUZUKI Fujitsu Ltd. Toshiba Research and Laboratories Kenkou UGHIDA Keikichi HIROSE Deveropment Center Kouzou OHTA University of Tokyo Waseda University Toshiro SUZUKI Electrotechnical Laboratory Jun'ichi UJIHARA Masaaki HONDA Hitachi Central Research NiT Electrical Mikio TOHYAMA NHK Science and Technology Laboratory Communications NIT Electrical Research Laboratories Laboratories Hideki TACHIBANA Communications Laboratories Akira IC1-IIKAWA University of Tokyo Hitachi Central Reserch Yoshio YAMAZAKI Waseda University Laboratory JAPANESE ORGAMZNG COMMTTEE

CHAIRMAN MEMBERS Tsuneo NAKAHARA Hiroya FUJISAKI Hikaru DATE Sumitomo Electric Industries, Ltd. University of Tokyo Kyushu Institute of Design Kazuo NAKATA Takashi FUJIO Tokyo University of Agriculture VICE CHAIRMEN NHK Science and Technology And Technology Ken'iti KIDO Research Laboratories Bun'ichi OGUCH1 Tohoku University Kazuo IKEGAYA Fujitsu Laboratories, Ltd. Motojiro SHIROMIZU Meijo University NTT Research and Development Kozo HAYASHI Toshiya INOUE Headquarters Victor Co. of Japan, Ltd. MonoONOE Hiroshi KAJI Universityof Tokyo HONORARY MEMBERS KDD Research and Development Shuzo SAITO Juichi IGARASHI Laboratories Former President, ASJ Kogakuin University Hiroshi INOSE Osamu KAKUSHO Kohei SATO University President, IECEJ Electrotechnical Laboratory Shunkichi KISAKA Takesi TOW Sakae SHIMIZU Former President, ASJ Matsushita Electric Industrial Co., Ltd. Toshiba Corporation Tarietoshi MIURA Mitsuhiro KONDO Michiyuki UENOHARA President, ASJ OKI Electric Industry Co., Ltd. NEC Corporation Kenji OGATA Noboru WAKAI Past Chairman, IEEE Tokyo Section Zyun-iti MAEKAWA Kobe University Radio Research Laboratory Juro OIZUMI Takashi MATSU'URA Hiroshi WATANABE Former Vice President, IECEJ Rion Co., Ltd. Hitachi Ltd. Sogo OKAMURA Nobuo Mu Takeo YAMAMOTO Chairman, IEEE Tokyo Section IBM Japan, Ltd. Pioneer Electronic Corporation Toshiyuki SAKAI Hideo MORI Tsutomu YASUDA Past President, In formation Mitsubishi Electric Corporation Shibaura Institute of Technology Processing Society of Japan Masahiko MORIZONO Tomb YOSHIDA Yasuo TAKI Matsushita Communication Former President, IECEJ Corporation Industrial Co., Ltd. Masaya YAMAUCHI Past President, IECEJ

FUNDRASNG COMMTTEE

CHAIRMAN Hiroshi KAJI Haruo OZAWA Koji KOBAYASHI KDD Research and Development Communications Industries NEC Corporation Laboratories Association of Japan Shunkichi KISAKA Sakae SHIMIZU VICE CHAIRMAN Matsushita Electric Industrial Co., Toshiba Corporation Ken'iti KIDO Ltd. Toshio TAKAI Tohoku University Mitsuhiro KONDO Electronic Industries Association Motojiro SHIROMIZU OKI Electric Industry Co., Ltd. of Japan NTT Research and Development Susumu MARUYAMA Michiyuki UENOHARA Headquarters Japan Electric Measuring NEC Corporation Instruments Manufacturer's MEMBERS Association Hiroshi WATANABE Takashi FUJIO Hitachi Ltd. NHK Science and Technology Nobuo Mu Tomio YOSHIDA Research Laboratories IBM Japan, Ltd. Matsushita Communication Hideo MORI Industrial Co., Ltd. Hiroya FUJISAKI Mitsubishi Electric Corporation University of Tokyo Bun'ichi OGUCHI Fujitsu Laboratories, Ltd. ACKNOWLEDGMENTS

The Conference Committee wishes to thank the following societies and institutions for their co- operation in organizing the conference.

TOKYO SECTION OF THE IEEE THE IN FORMATION PROCESSING SOCIETY OF JAPAN THE INSTITUTE OF ELECTRICAL ENGINEERS OF JAPAN THE INSTITUTE OF NOISE CONTROL ENGINEERING OF JAPAN THE INSTITUTE OF TELEVISION ENGINEERS OF JAPAN THE JAPAN SOCIETY OF LOGOPEDICS AND PHONIATRICS THE JAPAN SOCIETY OF MEDICAL ELECTRONICS AND BIOLOGICAL ENGINEERING THE JAPAN SOCIETY OF ULTRASONICS IN MEDICINE THE MARINE ACOUSTICS SOCIETY OF JAPAN THE SOCIETY OF INSTRUMENT AND CONTROL ENGINEERS OF JAPAN THE ACOUSTICAL SOCIETY OF CHINA

The Conference Committee also wishes to thank the following Japanese firms for their generaous donations to support the funding for the ICASSP 86.

ANDO ELECTRIC CO., LTD. NITSUKO LTD. CORPORATION NODE CORPORATION CANON INC. OK! ELECTRIC INDUSTRY CO., LTD. FEDERATION OF ELECTRIC POWER COMPANIES TATEISHI ELECTRONICS CO. FUJITSU LIMITED ONO SOKKI CO., LTD. CO., LTD. PIONEER ELECTRONIC CORPORATION 1-IASEGAWA ELECTRIC CO., LTD. PRIMO CO., LTD. HITACHI, LTD. CO., LTD. IBM JAPAN, LTD. RION CO. LTD. CO., LTD. ELECTRIC CO., LTD. JAPAN BROADCASTING CORPORATION SHARP CORPORATION JAPAN RADIO CO., LTD. SHIBASOKU CO., LTD. KANDA TSUSHIN KOGYO CO., LTD. SONY CORPORATION KOKUSAI DENSHIN DENWA CO., LTD. SUMITOMO ELECTRIC INDUSTRIES, LTD. CORPORATION TAIKO ELECTRIC WORKS, LTD. MATSUSHITA COMMUNICATION INDUSTRIAL CO., LTD. TAKEDA RIKEN CO., LTD. MATSUSHITA ELECTRIC INDUSTRAL CO., LTD. TAMURA ELECTRIC WORKS, LTD. MITSUBISHI ELECTRIC CORPORATION TDK CORPORATION NAKAYO TELECOMMUNICATIONS, INC. TOKYO KEIKI CO., LTD. NEC CORPORATION TOSHIBA CORPORATION NIHON KOHDEN CORPORATION TRIO. NIPPON AVIONICS CO., LTD. VICTOR COMPANY OF JAPAN, LTD. NIPPON COLUMBIA CO., LTD. YOKOGAWA-H EWLErr-PACKARD, LTD. NIPPON GAKKI CO., LTD. YOKOGAWA HOKUSIN ELECTRIC CORPORATION NIPPON TELEGRAPH AND TELEPHONE CORPORATION ICASSP 86 EXHIBITORS

ACADEMIC PRESS JAPAN, INC. ANALOG DEVICES INC. ATLANTA SIGNAL PROCESSORS INCORPORATED FLOATING POINT SYSTEMS S.A., LTD. (JAPAN) FUJITSU LIMITED HITACHI, LTD. IEEE PRESS IWATSU ISEL CO., LTD. JAPAN RADIO CO., LTD. KOKEN CO., LTD. KOKUSAI ELECTRIC CO., LTD. KYOKUTO BOEKI KAISHA, LTD. LOUGH BOROUGH SOUND IMAGES LTD. MARUZEN CO., LTD. MATSUBO EQUIPMENT & INSTRUMENT CORP. MITSUBISHI ELECTRIC CORPORATION MTT INSTRUMENTATION INC. NEC CORPORATION NIHON DIGITAL EQUIPMENT CORPORATION OKI ELECTRIC INDUSTRY CO., LTD. ONO SOKKI CO., LTD. PACIFIC MICROCIRCUITS LTD. RACAL MICROELECTRONICS SYSTEMS LTD. RIKE! CORPORATION RION CO., LTD. SANSUI ELECTRIC CO., LTD. SHARP CORPORATION SONY CORPORATION TEXAS INSTRUMENTS, INC. TOSHIBA CORPORATION TOYO COMMUNICATION EQUIPMENT CO., LTD. WHITMAN ENGINEERING INC. TABLE OF CONTENTS

1.9 An Audio Sampling Frequency Conversion TUESDAY MORNING APRiL 8 Using Digital Signal Processors 33 SESSION 1: DIGITAL AUDIO Y.Katsumata and O.Hamada, Sony Corp., In formation Systems Research Center, 1-7-4 TIME & PLACE: 9:00 to 12:00 Room I (Hana A) Konan, Minato-ku, Tokyo, 108 JAPAN CHAIRPERSONS: 1.10 An Approach to High Resolution DIA R.Lagadec, Wi/li Studer AG; Converter Utilizing a Linear Predictive Coding 37 T.Doi, Advanced Eng. Div., No.1, M.Kasuga, Victor Company of Japan, Ltd. Development Center, Sony Corp. Research & Development Division. Audio Eng. Research Center. 1766-1 Otsu-1 1.1 Digital Audio Magnetic Recordings: Shimotsuruma, Yamato-shi, 242 JAPAN Progress in Packing Density and Key Technology 1 K.Odaka, Sony Corp., Audio Technology TUESDAY MORNING APRIL 8 Center; SESSION 2: WORD RECOGNITION I T.T.Doi, Sony Corp., Development Center, 1-7- 4 Konan, Minato-ku, Tokyo, 108 JAPAN; TIME & PLACE: 9:00 to 12:00 Room II (Hana B) H.Nakajima, Co., Ltd. CHAIRPERSONS: 1.2 Perpendicular Magnetic Recording and Its L.Rabiner, AT&T .; Application to Digital Recording 5 F.Itakura, Faculty of Eng., Nagoya Univ. T.Suzuki, Toshiba A and 0 Center, 1 Komukai, Toshiba-cho, Saiwai-ku, Ka wasaki, 2.1 Mixture Autoregressive Hidden Markov 210 JAPAN; Models for Speaker Independent Isolated T.Niioka, Toshiba Audio-Video Products Word Recognition 41 Lab., 7 Shinsugita, iso go-ku, Yokohama, 235 B.H.Juang and L.R.Rabiner, Rm 2D-534, JAPAN AT&T Bell Labs., 600 Mountain Ave., Murray 1.3 Error Correction Method for R-DAT and Its Hill, NJ 07974, U.S.A. Evaluation 9 2.2 Markov Modeling of Continuous Parameters K.Hayashi, T.Arai, T.Noguchi, H.Okamoto in Speech Recognition 45 and M. Kobayasli i, Consumer Products S.Soudoplatoff, IBM France Scientific Research Center, Hitachi Ltd., 292 Yoshida- Center, 36 Av. Raymond Poincaré, 75116 cho, Totsuka-ku, Yokohama, 244 JAPAN Paris, FRANCE 1.4 Efficient Data Reduction for Digital Audio 2.3 Maximum Mutual Information Estimation of Using a Digital Filter Array 13 Hidden Markov Model Parameters for Speech J.Stautner and D.Horowitz, CompuSonics Recognition 49 Corp., 1 Arnold Circle, Cambridge, MA 02139, L.R.BahI, P.F.Brown, P.V.de Souza and U.S.A. R.L.Mercer, IBM, T.J.Watson Research 1.5 Digital Data Equalizing in Multitrack Digital Center, P.O.Box 218, Yorktown Heights, NY Audio Recording 17 10598, U.S.A. R.Lagadec, Wil/iStuderAG, 8105 2.4 An IBM PC Based Large-Vocabulary Isolated- Regensdorf, Althard Strasse, 30, Utterance Speech Recognizer 53 SWITZERLAND G.Shichman, et al., IBM, T.J.Watson 1.6 A Comparative Study of the Proposed High Research Center, P.O. Box 218, Yorktown Quality Coding Schemes for Digital Music 21 Heights, NY 10598, U.S.A. J.Soumagne, P.Mabilleau, and S.Morissette,, 2.5 A Syllable-Based Isolated Word Recognition Département de genie électrique, Université Experiment 57 de Sherbrooke, Sherbrooke, Québec, J1K2R1 J.L.Gauvain, L.l.M.S.l. — CNRS, BP3O, 91406 CANADA; Orsay, FRANCE G.Chouinard, CRC, Government of Canada, 2.6 Quantitative Knowledge on Word Structure, Ottawa, K2H 8S2 CANADA; from a Phonetic Corpus, with Application to D. Bennett, Canadian Broadcasting Corp., Large Vocabularies Recognition Systems 61 Montreal, H4W 1R5 CANADA J.P.Tubach, Ecole Nationale Supérieure des 1.7 Permissible Value of Group Delay Distortion Télécommunications, Dept. S.Y.C., 46 Rue on Tone Quality due to Low-Pass Filters 25 Barrault, 75013 Paris, FRANCE; Y.Hoshino and T.Takegahara, Science and L.J.Boë, Institut de Phonétique, Institut de Ia Technical Research Labs. NHK, 1-10-11 Communication Parlée, 46 Avenue Felix Kinuta, Setagaya-ku, Tokyo, 157 JAPAN Viallet, 38000 Grenoble, FRANCE 1.8 A Study on the Digitization of Audio Signals 2.7 Word Preselection for Large Vocabulary for Video Tape Recorder 29 Speech Recognition 65 T.Arai, T.Noguchi, M.Kobayashi, N.Amada, R.BilIi, G.Massia and F.Nesti, ING.C. Y.Yumde and K.Miura, Consumer Products OLIVETTI & C., S.p.A. — Lab. Voice Research Center, Hitachi Ltd., 292 Yoshida- Processing, C.so Svizzera 185, 10149, Torino, cho, Totsuka-ku, Yokohama, 244 JAPAN ITALY 2.8 Compact Isolated Word Recognition System 3.7 Waveform Substitution Techniques for for Large Vocabulary 69 Recovering Missing Speech Segments in S.Hiraoka,S.Morii, M.Hoshimi and K.Niyada, Packet Voice Communications 105 Matsushita Research Inst. Tokyo, Inc., 3-10-1 D.J.Goodman, O.G.Jaffe, G.B.Lockhart and Higashimita, Tama-ku, Kawasaki, 214 JAPAN W.C.Wong, AT&T Bell Labs., Crawford Hill 2.9 Coarse Classification Using a Hierarchical Lab., Holmdel, NJ 07733, U.S.A. Decision Tree and Top Down Parsing 73 3.8 Fast and Accurate Pitch Detection Using L.D.Wilcox and B.T.Lowerre, Hewlett Packard Pattern Recognition and Adaptive Time- Labs., 3172 Porter Drive, Palo Alto, CA 94304- Domain Analysis 109 0866, U.S.A. D.P.Prezas, J.Picone and D.L.Thomson, 2.10 Incremental Network Generation in Word AT&T Bell Labs., Naperville-Wheaton Road, Recognition 77 Napery/he, IL 60566, U.S.A. K.F.Lee, Comp. Science Dept., Carnegie- 3.9 Pitch Detection Using the Short-Term Phase Mellon Univ., Pittsburgh, PA 15213, U.S.A. Spectrum 113 F.J.Charpentier, Centre National d'Etudes — des Télécommunications, Route de TUESDAY MORNINGAPRIL 8 Trégastel, 22301 Lannion, FRANCE SESSION3:SPEECHENHANCEMENT, NOISE 3.10 Frequency Identification by Complex REDUCTION AND PITCH DETECTION Spectrum 117 — M.Imai and S.Inokuchi, Dept.of Control Eng., TIME & PLACE: 9:00 to 12:00 Room Ill (Utage) Faculty of Eng. Science, Osaka Univ., CHAIRPERSONS: Mach/kane yama-cho 1-1, Toyonaka-shi, 560 JAPAN J.S.Lim, Elec. Eng. & Comp. Science Dept., M.l. T.; 3.11 An Adaptive Non-Uniform Sign Clipping H.Kobatake, Dept. of Elec. Eng., Faculty of Preprocessor (ANUSC) for Real-Time Tech., Tokyo Univ. of Agriculture and Autocorrelative Pitch Detection 121 W.Verhelst, F.De Decker, B.Francq and Technology O.Steenhaut, Free Univ. of Brussels-V.U.B., 3.1 A Computational Model for Separating Two Faculty of Applied Science, Dept. ETRO, Simultaneous Talkers 81 Pleinlaan 2, B-1050 Brussels, BELGIUM M.Weintraub, SRI International, 333 3.12 A High Quality 9.6 kbps Speech Coding Ravenswood Avenue, Menlo Park, CA 94025, System 125 U.S.A. D.W.Griffin and J.S.Lim, Research Lab. of 3.2 Evaluation of Multisensor Speech Input for Elec., Dept of Elec. Eng. & Comp. Science, 36- Speech Recognition in High Ambient Noise 85 653, Massachusetts Inst. of Technology, V.Viswanathan, C.Henry, R.Schwartz and Cambridge, MA 02139, U.S.A. S.Roucos, Bolt Beranek and Newman Labs., 10 Moulton Street, Cambridge, MA 02238, TUESDAY MORNINGAPRIL 8 U.S.A. 3.3 Enhancement of Noisy Speech by SESSION4: VIDEO AND IMAGE CODING ForwardlBackward Adaptive Digital Filtering 89 TECHNIQUES I J.W.Kim and C.K.Un, Communs. Research Lab. Dept. of Elec. Eng., Korea Advanced TIME & PLACE: 9:00 to 12:00 Room IV (Miyabi) Inst. of Science and Technology, P.O.Box CHAIRPERSONS: 150, Chongyangni, Seoul, KOREA B.Haskell, AT&T Bell Labs.; 3.4 Performance Characteristics of a Hardware H.Yamamoto, KDD Research & Development Implementation of the Cross-Talk Resistant Labs. Adaptive Noise Canceller 93 G.Mirchandani, Dept. of Comp. Science & 4.1 Adaptive Discrete Cosine Transform Image Elec. Eng., The Univ. of Vermont, Burlington, Coding Using GainlShape Vector Quantizers 129 VT 05401, U.S.A.; T.Saito and H.Takeo, Dept. of Elec. Eng., R.C.Gaus,Jr. and L.K.Bechtel, General Elec. Kanagawa Univ., 3-27-1 Rokkakubashi, Co., Corporate Res. & Dev., KWC-317, Kanaga wa-ku, Yokohama, 221 JAPAN; Schenectady, NY 12301, U.S.A. K.Aizawa, H.Harashima and H.Myakawa, 3.5 Acoustic Noise Reduction by Two Dept. of Elec. Eng., Bunkyoku, Univ. of Dimensional Spectral Smoothing and Tokyo, Tokyo 113 JAPAN Spectral Amplitude Transformation 97 4.2 Vector Quantization of Color Images 133 YAriki, K.Kajimoto and T.Sakai, Dept. of T.Murakami, K.Asai and A.Itoh, In formation Information Science, Faculty of Eng., Kyoto Systems and EIec. Development Lab. Univ., Sakyo-ku, Kyoto, 606 JAPAN Mitsubishi Elec. Corporation, 5-1-1 Ohfuna, 3.6 Speech Enhancement Using Multi-Pulse Kamakura-shi, 247 JAPAN Excited Linear Prediction System 101 4.3 Low-Rate Image Coding with Finite-State K.K.Paliwal, Comp. Systems & Communs. Vector Quantization 137 Group, Tata Inst. of Fundamental Research, R.Aravind and A.Gersho, Dept. of Elec. and Homi Bhabha Road, Bombay 400005, INDIA Corn p. Eng. Univ. of California Santa Barbara, CA 93106, U.S.A. 4.4 A Gain-Shape Vector Quantizer for Image 5.3 Estimation of Frequencies of Sinusoids in Coding 141 Colored Noise 177 H.J.Lee and D.T.L.Lee, Hewlett-Packard H.Sakai, Dept. of Applied Mathematics and Labs. 1501 Page Miii Road, Palo Alto, CA Physics, Faculty of Eng., Kyoto Univ., Sakyo- 94304, U.S.A. ku, Kyoto, 606 JAPAN 4.5 Vector Quantization in Transformed Image 5.4 High Resolution Spectral Estimation of Coding 145 Sinusoids in Colored Noise Using a Modified J.P.Marescq and C. Labit, IRISA/Centre INRIA Pisarenko Decomposition 181 de Rennes, Campus Beaulieu, 35042 Rennes P.J.Sherman, School of Mechanical Eng., Cedex, FRANCE Purdue Univ., West Lafayette, IN 47907, 4.6 A Technique Using a One-Dimensional U.S.A.; Mapping for Vector Quantisation of Images 149 A. E. Frazho, School of Aero & Astro Eng., F.Ofiveri, G.Conte and M.Guglielmo, CSELT, Purdue Univ., West Lafayette, IN 47907, Via G.Reiss Romoli 274, 10148 Torino, ITALY U.S.A. 4.7 A Hybrid Coding Involving ADM and Vector 5.5 Spectral and Parameter Estimation Problems Quantization for Digital Video Image Arising in the Metrology of High Performance Compression 153 Mirror Surfaces 185 P.A.Ramamoorthy and T.Tran, Dept. of Elec. E.L.Church, Commanding Officer, U.S. and Comp. Eng., Univ. of Cincinnat4 M.L. #30, ARDC, Dover, NJ 07801-5001, U.S.A.; Cincinnati, OH 45221, U.S.A. P.Z.Takacs, Brookhaven National Lab., 4.8 The Performance of a Hybrid Upton, NY 11973-5000, U.S.A. Videoconferencing Coder Using 5.6 On the Use of Linear Programming for Displacement Estimation in the Transform Spectral Estimation 189 Domain 157 C.Myers, Massachusetts Inst. of Tech. R.H.J.M.Plompen, J.G.P.Groenveld and Research Lab. of Electronics, Cambridge, F. Booman, PTT Dr. Neher Labs., MA 02139, U.S.A. Transmission Dept. Dutch Telecom 2260 AK, 5.7 A Toeplitz Approximation Approach to Leidschendam, THE NETHERLANDS; Coherent Source Direction Finding 193 D.E.Boekee, Delft Univ. of Tech., Elec. Eng. S.Y.Kung, C.K.Lo and R.Foka, Signal & Image Dept., In formation Theory Group, THE Processing Inst., Dept. of E.E.-Systems, Univ. NETHERLA NDS of Southern California, Park/MC-0272, Los 4.9 Contow' Based Representation of the Angeles, CA 90089, U.S.A. Displacement Field for Motion Compensated 5.8 Performance of Multichan nel Autoregressive Image Coding 161 Spectral Estimators 197 S.Carlsson and C.ReiIlo, Dept. of S.L.Marple, Jr., Martin Marietta Aero3pace Telecommunication Theory, Royal Inst. of Baltimore, MD 21220, U.S.A. Technology, S-100 44, Stockholm, SWEDEN 5.9 Linear Predictive Spectral Analysis via the Lp 4.10 Hybrid lnterframe Coding of Video Signals Norm 201 with Backward-Acting Motion Detection 165 J.Schroeder, BDM Corporation, Boulder, CO S.E.Enahas and K.H.Tzou, GTE Labs. Inc., 40 80301, U.S.A.; Sylvan Road, Waltham, MA 02254, U.S.A. R.Yarlagadda, Dept. of Elec. and Comp. Eng., Oklahoma State Univ., Stillwater, OK 74078, U.S.A. TUESDAY MORNING APRIL 8 5.10 Refined ARMA Digital Lattice Filter 205 SESSION 5: SPECTRAL ESTIMATION I Y.Miyanaga, N.Nagai and N.Miki, Research Inst. of Applied Elec., Hokkaido Univ., TIME & PLACE: 9:00 to 12:00 Room V (NisIiiki) Sapporo, 060 JAPAN CHAIRPERSONS: 5.11 ARMA Parameter Estimation Based on J.Cadzow, Dept. of Elec. & Corn p. Eng., Sample Covariances, for Missing Data 209 Arizona State Univ.; Y.Rosen and B.Porat, Dept. of Elec. Eng., H.Ogura, Dept. of Elec. Eng., Kyoto Inst. of Technion-lsrael Inst. of Tech., Haifa 32000, Technology ISRAEL 5.1 High-Resolution Spectral Estimation: Rethinking the Fourier Transform 169 L.J.Griffiths, Dept. of EE-Systems, Univ. of Southern California, Univ. Park/MC-02 72 Los Angeles, CA 90066, U.S.A. 5.2 Single Vector Approaches of Eigenstructure Analysis for Harmonic Retrieval 173 G.Xu and Y.H.Pao, Dept. of Elec. Eng. and Applied Physics, Case Western Reserve Univ., Cleveland, OH 44106, U.S.A. 6.8 Half-Fourier Transform and Application to Radar Signals 241 TUESDAY MORNING APRIL 8 V.K.Jain, Dept. of Elec. Eng., Univ. of South SESSION 6: FAST TRANSFORMS, Florida, Tampa, FL 33620, U.S.A.; DECONVOLUTION AND T.E.McCIellan, Honeywell In formation COMPUTATIONALCOMPLEXITY Systems, Malcolm Mckinley Dr., Tampa, FL 33612, U.S.A.; T.K.Sarkar, Dept. of Elec. Eng., Rochester TIME &PLACE: 9:00to12:00 Room VI (Ohgi) Poster Inst. of Tech., Rochester, NY 14627, U.S.A. CHAIRPERSONS: 6.9 Optimal Design o Multiplierless DFTs and S.Burrus, Elec. Eng. Dept., Rice Univ.; F FTs 245 S.Arimoto, Faculty of Eng. Science, Osaka W.A.Perera and P.J.W.Rayner, Eng. Dept., Univ. Univ. of Cambridge, Trumpington St., Cambridge, CB2 ITJ, England, U.K. 6.1 A New FFT Approach to the Interpolation of 6.10 An Efficient Vector Implementation of the Discrete-Time Signals 213 FFT Algorithm on IM 3090VF 249 J.W.Adams, Elec. Eng. Dept., California State R.C.Agarwal and J.W.Cooley, IBM Univ., Northridge, CA 91330, U.S.A. T.J.Watson Research Center, P.O.Box 218, 6.2 Fast Algorithms for the Discrete Fourier Yorktown Heights, NY 10598, U.S.A. Transform and for Other Transforms 217 6.11 Immitance-Domain Levinson Algorithms 253 N.Suehiro, Toshiba R & D Center, Saiwal-ku, Y.Bistritz, H.Lev-Ari and TKailath, Kawasaki, 210 JAPAN; In formation Systems Lab., Stanford Univ., M.Hatori, Faculty of Eng., Univ. of Tokyo, Stanford, CA 94305, U.S.A. Bunkyo-ku, Tokyo, 113 JAPAN 6.12 Efficient Multi-Processor Implementation of 6.3 Performance of Fixed-Point FFT's: Rounding Recursive Digital Filters 257 and Scaling Considerations 221 W.Y.Sung and S.K.Mitra, Dept. of Elec. & P.Kabal, Elec. Eng. McGill Univ. Montreal, Comp. Eng., Univ. of California, Santa Québec, H3A 2A7 CANADA; Barbara, CA 93106, U.S.A. B.Sayar, INRS- Télécomm unica tions 6.13 A Unified Derivation of the Fast RLS Université du Québec, Verdun, Québec, H3E Algorithms 261 1H6 CANADA J.D.Wang, AT&T In formation Systems, 6.4 A Fast Fourier Transform Algorithm Using Advanced Data Communication group, 2200 225 Hadamard Transform Asbury Avenue (Route 66), Neptune, NJ C.X.Fan and S.H.Wang, Dept. of In formation 07753, U.S.A.; Eng., North west Telecommunication Eng. H.J.Trussell, Dept. of Elec. & Comp. Eng., Inst. Xi'an, CHINA North Carolina State Univ., Box 7911, 6.5 Cyclic Convolution of Real Sequences: Raleigh, NC 27695-7911, U.S.A. Hartley Versus Fourier and New Schemes 229 6.14 A Fast Codebook Search Algorithm for P.Duhamel, CNETIPAB/RPE 38-40, Rue du Nearest-Neighbor Pattern Matching 265 Général Leclerc, 92131 lssy-les-Moulineaux, D.Y.Cheng and A.Gersho, Dept. of Elec. & FRA NCE; Corn p. Eng., Univ. of California, Santa M .Vetterl I, Ecole Polytechnique FédErale cle Barbara, CA 93106, U.S.A. Lausanne, 16 Chemin de Bellerive, 1007 6.15 The Continuous-Time Limit of the Discrete- Lausanne, SWITZERLAND Time Stability Theory 269 6.6 Computation of Complex Number Theoretic H.Nagaoka, Y.Monden and S.Arimoto, The Transforms Using Quadratic Residue Faculty of Eng. Science, Osaka Univ., 1-1, Number Systems 233 Machikaneyama, Toyonaka-shi, 560 JAPAN R.Krishnan, Dept. of Elec. Eng., Univ. of 6.16 Maximum Entropy Deconvolution 273 South Alabama, Mobile, AL 36688, U.S.A.; C.AuYeung, R.M.Mersereau and G.A.Jullien and W.C.MiIIer, Dept. of Elec. R.W.Schafer, School of Elec. Eng., Georgia Eng., Univ. of Windsor, Windsor, Ontario, Inst. of Tech., Atlanta, GA 30332-0259, U.S.A. N9B 3P4 CANADA 6.17 Li-NormNoisy TauberianDeconvolution 277 6.7 A Hardware Efficient Realisation of Number J .Alcázar-Fernández, J .R.Casar-Corredera Theoretic Convolvers 237 and R.Garcla-GOmez, ETS! W.C.Siu, Dept. of Elec. Eng., Hong Kong Telecomunicaciôn-UPM, Ciudad Polytechnic, Hung Horn, Kowloon, HONG Universitaria, 28040 Madrid, SPAIN KONG; 6.18 A New Homomorphic Deconvolution System 281 A.G. Constantinides, Dept. of Eloc. Eng., Z.XWu, Dept. of Elec. Eng., Shanghai Imperial college of Science & Tech,, London, Jiaotong Univ., Shanghai 200030, CHINA SW72BT, England, U.K. 6.19 Generalized Lanczos Method for Signal 7.3 A PCMVCR Speech Database Exchange Smoothing 285 Format 317 AJmiya, Dept. ofElec. & Comp. Eng., Fac. D.S. Pal lett, A216/225 Building, National Tech., Kanazawa Univ., 2-40-20, Kodatsuno, Bureau of Standards, Inst. for Corn p. Kanazawa-shi,920 JAPAN; Sciences and Tech., Gaithersburg, MD 20899, T.Sakai, Toyo Elec. Mfg. Co., Ltd. Tech. Lab., U.S.A. 338-1, Kamisouyagi, Yamato-shi, 242 JAPAN; 7.4 A Japanese Language Speech Database 321 H.Ogawa, Dept. of Comp Science, Tokyo Inst. S.Italiashi, Inst. of In formation Sciences and of Tech.,2-12-1, O.okayama, Meguro.ku, Elec.,Univ. of Tsukuba, 1-1-1 Tennodal, Tokyo,152 JAPAN Sakura-mura, Niihari-gun, Ibaraki, 305 JAPAN 6.20 FF1 and Convolution Algorithms on DSP 7.5 B.D.L.E.X. : A Data and Cognition Base of Microprocessors 289 Spoken French 325 Z.Li, H.V.Sorensen and C.S.Burrus, Dept.of 0.Perennou,LaboratoireCERFIA-CNRS UA Elec.& Comp. Eng., Rice Univ., P.O. Box 824,Université P.Sabatier, 118 Route de 1892, Houston, TX 77251, U.S.A. Narbonne,31062Toulouse Cedex, FRANCE 6.21 A Unified Transform Architecture 293 7.6 The Development of the MIT Lisp.Machine P.M.Farrelle, S.Srinivasan and A.K.Jain, Based Speech Research Workstation 329 Computer Vision Research Lab., U.C.Davis, V.W.Zue, D.S.Cyphers, R.H.Kassel, Davis, CA 95616, U.S.A. D.H.Kaufman, H.C,Leung, M.Randolph, 6.22 The Array Matrix Generalization for Signal S.Seneff, J.E.Unverferth,IIl, and T.Wi Ison, Processing 297 Room 36-54 1, Dept. of Elec. Eng. & Comp. W.J.Vetter, Facultyof Eng., Memorial Univ. of Science, and Research Lab. of Electronics Newfoundland, St. John's, NFLD, A1B 3X5 Massachusetts Inst. of Technology, CANADA Cambridge, MA 02139 U.S.A. 6.23 A Fast B.Spline Transform and Its 7.7 A Microprocessor.Based Word Recognition Applications 301 System for Large Vocabulary 333 K.Toraichi, and R.Mori, Inst. of In formation K.Torkkola and H.Riittinen, HelsinkiUniv. of Sciences and Elec., Univ. of Tsukuba, 1-1, Technology,Dept. of Technical Physics, SF- Ten-noudal, Sakura-mura, Niihari-gun, 02150 Espoo, FINLAND Ibaraki,305 JAPAN; 7.8 Signal Processors Application to Voice K.Katagishi,Doctoral Program in Eng., Univ. Dialing Equipment 337 ofTsukuba, 305 JAPAN A.Fukui, Y.Fujihashi and F.Nakagawa, 6.24 A Generalization of Levinson Algorithm for Integrated Switching Development Division, Solving Toeplitz Systems 305 NEC Corp., 1131 Hinode, Abiko-shi, Chiba, Y.Sugiyama, Dept.of Elec. Eng., Setsunan 270-11 JAPAN Univ., Ikeda-Nakamachi 17-8, Neyagawa-shi 7.9 The Analog Voice Privacy System 341 572JAPAN R.V.Cox, D. E.Bock, K.B.Bauer, J. D.Johnston and J.H.Snyder, AT&TBell Labs. 600 Mountain Ave Am 2D-527, Murray Hill, NJ TUESDAY MORNING APRiL 8 07974, U.S.A. SESSION 7: DATABASE ANDHARDWARE FOR 7.10 Development of a16.kb/s Speech CODEC for SPEECH PROCESSING Telephone Applications 345 N.Morgan and B.Mazor, GTE Labs. Inc., 40 TIME & PLACE: 9:00 to 12:00 Gallery L Poster SylvanRoad, Waltham, MA 02254, U.S.A. CHAIRPERSONS: 7.11 24Channel 32 kbls ADPCM Transcoder Using R.Crochiere, AT&TBell Labs.; the CCITT Recommendation G.721 349 K.Nakata,Tokyo Univ. of Agriculture and S.Aly, Bell Northern Research, P.O.Box 3511, Technology Station C, Ottawa, Ontario, K1Y4H7 CANADA 7.1 A Demiphoneme Network Representation of 7.12 A Special Architecture for Dynamic Speech and Automatic Labeling Techniques Programming 353 for Speech Data Base Construction 309 Ph.Missakian, E.I.A.,8 Rue del'Est, 92100 K.Tanaka, S.Hayamizu and K.Ohta, Speech Boulogne, FRANCE; Processing Section, In formation Sciences M.Milgram, ENSEA, Allée des Chênes Div., Electrotechnical Lab., 1-1-4 Umezono, Pourpres, 95000 Cergy, FRANCE; Sakura-mura, Niiha ri-gun, Ibaraki, 305 JAPAN B.Zavidovique, ETCA/ADFAC, 10 Place F. 7.2 A Speech Data Base at the United States Air Liszt, 75010 Paris, FRANCE Force Academy 313 7.13 A Modular Architecture for Dynamic M.F.Guyote, K.A.Lewis and D.Lijana, HQ Programming and Maximum Likelihood USA FA/DFEE, USAF Academy, Colorado Sequence Estimation 357 Springs, CO 80840-5851, U.S.A. W.Bliss, J.Girard, J.Avery, M.Lightner and L.Scharf, Dept. of Elec. & Comp. Eng., Univ. of Colorado, Campus Box 425, Boulder, CO 80309, U.S.A. 7.14 Speech Recognition on the DADOIDSP 8.3 Architecture and Applications of a lOOns Multiprocessor 361 CMOS VLSI Digital Signal Processor 393 A.L.Gorin, J.E.Shoenfelt and R.N.Lewine, S.Abiko, M.Hashizume, Y.Matsushita, AT&T Bell Labs., Room 4C-233B, Whippany, K.Shinozaki and T.Takamizawa, Texas NJ 07981, U.S.A. Instruments Japan Ltd., Tokyo, JAPAN; 7.15 A New Systolic Decomposition for the C.Erskine and S.Magar, Texas Instruments Dynamic Time Warping Algorithm 365 Inc., P.O.Box 1443, Mis 6400, Houston, TX E.Di]kstra and C.Piguet, Centre Suisse 77001, U.S.A. d'Electronique et de Microtechnique S.A., 8.4 A High Performance Microprocessor for DSP MaladiOre 71, 2000 Neuchãtel 7, Applications 397 SWiTZERLAND J.P.Roesgen, Analog Devices Inc., P.O.Box 7.16 VDP : A Versatile High Performance Vector 280, Norwood, MA 02062, U.S.A. Distance Processor 369 8.5 A 5Ons Floating-Point Signal Processor VLSI 401 F.Jutand, N.Demassieux and D.Vicard, Ecole T.Kaneko, H.Yamauchi and Aiwata, NTT Nationale Supérieure des Elec. Commun. Labs., 3-1 Morinosato Télécomm unica tions, ENS TIELEC, 46 Rue Wakamiya, A fsugi-shi, 243-0 1 JAPAN Barrault, 75634 Paris Cedex 13, FRANCE 8.6 Architecture of High-Speed 22-Bit Floating. 7.17 Design of an Efficient Dynamic Time Warping Point Digital Signal Processor 405 IS' 373 Y.Mori, T.Jufuku, M.flda, A.Nomura, N.Ichiura Y.Suzuki, NTT Elec. Commun. Labs., 1-2356 and T.Nakamura, Res. Lab. and VLSI R&D Take, Yokosuka-shi, 238-03 JAPAN Center, OKI Elec. Industry Co., Ltd., 10-16 7.18 A Single-Chip Speaker Independent Voice Shibaura 4-chome, Mina to-ku, Tokyo, 108 Recognition System 377 JAPAN M.Morito, K.Yamada, A.Fujisawa and 8.7 Advanced Single-Chip Signal Processor 409 M.Takeuchi, Research Lab., Oki Elec. T.Nishitani, .Kuroda, Y.Kawakami, H.Tanaka Industry Co., Ltd., 550-5 Higashi-Asakawa- and T.Nukiyama, C&C Systems Research cho, Hachioji-shi, Tokyo, 193 JAPAN Labs., NEC Corp., 1-1 Miyazaki 4-chome, 7.19 VLSI Architecture for a Real-Time LPC-Based Miyamae-ku, Kawasaki, 213 JAPAN Feature Extractor 381 8.8 A Next-Generation 32-Bit VLSI Signal H.Barral and N.Moreau, Ecole Nationale Processor 413 SupOrieure des Télécomm unica tions, S.Tsujimichi and T.Ohkami, Mitsubishi EIec. Département Systèmes et Communications, Corp., In formation Systems and Elec. 46 Rue Barrault, 75634 Paris Cedex 13, Development Lab., 5-1-1 Ohfuna, Kamakura- FRANCE shi, 247JA PAN; Y.Shimazu, Mitsubishi Elec. Corporation, LSI Research and Development Lab., 4-1 TUESDAY AFTERNOON APRIL 8 Mizuhara, Itami-shi, 664 JAPAN SESSION 8: ARCHITECTURES AND APPLICATIONS OF 8.9 Architectural Considerations for a Sub 10 GENERAL PURPOSE VLSI SIGNAL PROCESSORS Nanosecond DSP Building Block Family 417 R. E.Owen and B.E. Miller, Bipolar Integrated TIME & PLACE: 13:30 to 16:45 Room I (Hana A) Technology, Inc., 19348 Columbine Court, Saratoga, CA 95070, U.S.A. CHAIRPERSONS: 810 The Architecture, Instruction Set and R.Owen, Bipolar Integrated Technology, Inc.; Y.Mochida, Fujitsu Labs. Ltd. Development Support for the WE DSP32 Digital Signal Processor 421 8.1 On the IC Architecture and Design of a 2m J.IR.Boddie, W.P.Hays and J.Tow, AT&T Be/i CMOS 8 MIPS Digital Signal Processor with Labs., Crawfords Corner Road, Holmdel, NJ Parallel Processing Capability: The PCB 5010 07733, U.S.A. /5011 385 8.11 Digital Signal Processing in a 16 kbps APC- F.J.van Wijk, F.P. Welten, J.L. van AB CODEC by Fixed Point Digital Signal 425 Meerbergen, J.Stoter, J.A. Huisken, Processor (FDSP-3) A.Delaruelle and K. E. van Eerdewijk, Y.Tomita, S.Unagami and T.Taniguchi, PHILIPS Research Labs., P.O.Box 80000, Fujitsu Labs. Ltd., 1015 Kamikodanaka, 5600 Ja-Eindhoven, THE NETHERLANDS; Nakahara-ku, Kawasaki, 211 JAPAN; J.Schmid, PHIL/PS Kommunikations Y,Tada and M.Taka, NTT Elec. Communs. Labs., 1-2356 Take, Yokosuka-shi, 238-03 Industrie AG, NUrnberg, WEST ; JAPAN J.H.Wittek, VALVO, PHILIPS GmbH, Hamburg, WEST GERMANY 8.12 A High-Performance Digital Voice Echo Canceller on a Single TMS32020 8.2 VLSI Digital Signal Processor (PSI) 389 429 J.L.Laborie, D.F.Martin, J.C.Michalina and C.CoIe, A.Haoui and P.Winship, Teknekron Communs. Systems, 2121 AlIston Way, A.Picco, Thomson Semiconducteurs, EFCIS, Avenue des Martyrs, B.P. 217, 38240 Berkeley, CA 94704, U.S.A. Grenoble Cedex, FRANCE 9.11 Voiced/Unvoiced Classification of Speech with Applications to the U.S. Government TUESDAY AFTERNOON APRIL 8 LPC.1OE Algorithm 473 SESSION 9: NARROWBAND SPEECH CODING J.P.Campbell Jr. and T.E.Tremain, Dept. of Def., Fort Meade, MD 20755-6000, U.S.A. TIME & PLACE: 13:30 to 16:30 Room II (Hana B) CHAIRPERSONS: V.Viswanathan, Bolt Beranek & Newman TUESDAY AFTERNOON APRIL 8 Labs.; SESSION 1OA: OPTICAL SIGNAL PROCESSING AND A.Kurematsu, KDD Research & Development OPTICAL COMPUTING Labs. TIME & PLACE: 13:30 to 14:45 Room III (Utage) 9.1 Hidden Markov Models Applied to Very Low CHAIRPERSONS: Bit Rate Speech Coding 433 M.Clements,Schoo/ of Elec. Eng., Georgia E.P.Farges and M.A.Clements, Georgia Inst. Inst. of Technology; of Technology, School of Elec. Eng., Atlanta, Y. M itsu hash i, Opto-electronics Section, GA 30332, U.S.A. Electrotechnical Lab. 9.2 Design and Performance of Trellis Vector Quantizers for Speech Signals 437 1OA.1 Optical Circuitry and Architectures for Digital B.H.Juang, Am 2D-534, AT&T Bell Labs., 600 Optical Computing 477 Mountain Ave., Murray Hill, NJ 07974, U.S.A. K.H.Brenner and A.W.Lohmann, 9.3 Joint Time-Spectral Vector Quantization and Physikalisches Institut der Universitat Inverse Filter Set 441 Erlangen-Nurnberg, D-8520 Erlangen, WEST Y.Matsuyama, Dept. of In formation Science, GERMANY Faculty of Eng., Ibaraki Univ., Hitachi-s hi, 316 1OA.2 Optical Parallel Array Logic System 481 JAPAN Y.lchioka and J.Tanida, Dept. of Applied 9.4 Fully Vector-Quantized Multipulse LPC at Physics, Faculty of Eng., Osaka Univ., 4800 bps 445 Yamadaoka 2-1, Suita-shi, 565 JAPAN H.Koyama and A.Gersho, Dept. of Elec. & 1OA.3 Use of Optical Signal Processing Techniques Comp. Eng., Univ. of California, Santa to Spectrum Analysis of Speech 485 Barbara, CA 93106, U.S.A. K.Hirose, H.Fujisaki and YKosugi, Dept. of 9.5 Low-Rate Speech Encoding Using Vector Elec. Eng., Faculty of Eng., Univ. of Tokyo, 7- Quantization and Subband Coding 449 3-1 Hongo, Bunkyo-ku, Tokyo, 113 JAPAN H.Abut, ECE Dept., San Diego State Univ., 1OA.4 Optical Signal Processors Consisting of San Diego, CA 92182, U.S.A.; Collinear Acousto.Optic Channel S.Ergezinger, Institut fur Allgemeine Waveguides 489 Nachrichtentechnik, Universität Hannover, N.Goto, Dept. of Elec. Eng., Faculty of Eng., WEST GERMANY Nagoya Univ., Nagoya, 464 JAPAN; 9.6 The Self-Excited Vocoder — An Alternate Y.Miyazaki, Toyohashi Univ. of Tech., Approach to Toll Quality at 4800 bps 453 Toyohashi-shi, 440 JAPAN R.C.Rose and T.P.Barnweli III, Digital Signal 1OA.5 Reproduction of the Sounds from Old Wax Processing Lab., School of Elec. Eng., Phonographic Cylinders Using the Laser- Georgia Inst. of Technology, Atlanta, GA Beam Reflection Method 493 30332, U.S.A. T.Asakura, T.lwai and T.Ifukube, Research 97 Low Bit Rate Multi-Pulse Speech Coder with Inst. od Applied Electricity, Hokkaido Univ., Natural Speech Quality 457 Sapporo, Hokkaido, 060 JAPAN; K.Ozawa and T.Araseki, Home Elec. T.Kawashima, Faculty of Eng., Hokkaido Research Lab., C&C Systems Research Univ. Labs., NEC Corp., 1-1 Miyazaki 4-chome, Miyamae-ku, Kawasaki, 213 JAPAN 9.8 A Novel LPC Synthesis Model Using a Binary TUESDAY AFTERNOON APRIL 8 Pulse Source Excitation 461 SESSION lOB: QUANTIZATION EFFECTS D.Lin, Bell Communs. Research, Inc., 435 South Street, Morristown, NJ 07960, U.S.A. TIME & PLACE: 15:00 to 16:30 Room Il (Utage) 9.9 High Quality Glottal LPC-Vocoding 465 CHAIRPERSONS: P.Hedelin, Chalmers Univ. of Technology, M.Clements, School of Elec. Eng., Georgia Dept. of In formation Theory, S-412 96 Inst. of Technology; Goteborg, SWEDEN R.lshii, Faculty of Eng., Yokohama National 910 On the Behaviour of Reduced Complexity Univ. Code-Excited Linear Prediction (CELP) 469 L.A.Hernández-GOmez, F.J.CasajUs-QuirOs, 1OB.1 New Cascaded Lattice Structures for FIR kR. Figueiras-Vidal and R.Garcla-GOmez, Filters Having Extremely Low Coefficent ETSI TelecomunicaciOn-UPM, Cdad. Universitaria, 28040 Madrid, SPAIN Sensitivity 497 P.P.Vaidyanathan, Dept. of Elec. Eng., California Inst. of Technology, Pasadena, CA 91125, U.S.A. 1OB.2 Synthesis of Minimum Sensitivity Structures 11A.6 A Representation Method of Color Pictures in Linear Systems Using Controllability and by Arranging Fixed Size Dots of the Primary Observability Measures 501 Colors 541 M.lwatsuki, M.Kawamata and T.Higuchi, K.Yamada, M.Minoh and T.Sakai, Dept. of Dept. of Elec. Eng., Faculty of Eng., Tohoku In formation Science, Faculty of Eng., Kyoto Univ., Aoba, Aramaki, Sendai, 980 JAPAN Univ., Kyoto, 606 JAPAN 1OB.3EmbeddedMax Quantization 505 K.H.Tzou, GTE Labs., Inc., 40 Sylvan Road, Waltham, MA 02254, U.S.A. TUESDAY AFTERNOON APRIL 8 1OB.4 Nonlinear Quatization and Data SESSION11B:MULTI-DIMENSIONAL FILTERING Communication 509 K.Pahlavan, Worcester Polytechnic Inst., EE TIME & PLACE: 15:15 to 16:45 Room IV (Miyabi) Dept., Worcester, MA 01609, U.S.A. CHAI RPERSONS: 1OB.5 Floating Point Error Analysis of Recursive T.Huang, Coordinated Science Lab., Dept. of Least Squares and Least Means Squares EE, Univ of Illinois; Adaptive Filters 513 K.Hirano, Dept. of Elec. Eng., Kobe Univ. S.H.Ardalan, Center for Communications and Signal Processing, Dept. of Elec. and Corn p. 11B.1 Design of 3D lIR Filters via Transformations Eng., NCSU, P.O. Box 7914, Raleigh, NC of 2.D Circularly Symmetric Rotated Filters 545 27695-7914, U.S.A. M.E.Zervakis and A.N.Venetsanopoulos, 1OB.6Designof Limit-Cycle-Free Digital Biquad Dept. of Elec. Eng., Univ. of Toronto, Toronto, Filters 517 Ontario, M5S 1A4 CANADA A.Nishihara, International Cooperation I1B.2 A Computer Program for Designing Optimum Center for Science and Technology, Tokyo 2-D FIR Linear Phase Digital Filters 549 Inst. of Technology, 2-12-1 O-okayama, C.Charalambous and H.Khreishi, Dept. of Meguro-ku, Tokyo, 152 JAPAN EIec. and Corn p. Eng., College of Eng. and Petroleum, Kuwait Univ., P.O. Box 5969 — KUWAIT TUESDAY AFTERNOON APRIL 8 11 B.3 An Algorithm for the Design of Optimal Finite SESSIONhA: VIDEOAND IMAGE CODING Wordlength 2-D FIR Digital Filters 553 TECHNIQUES II A.Benslimane and P.Siohari, CCETT, Rue du Cbs Courtel, BP 59, 35510 Cesson-Sevigne, TIME & PLACE: 13:30 to 15:00 Room IV (Miyabi) FRA NCE CHAIRPERSONS: 11B.4 Reduction of the Number of Parameters in R.Chellappa, Univ. of Southern California, the Design of 2-D Digital Filters 557 Signal & Image Processing Inst., Dept. of EE- T. H namoto and S. Maekawa, Dept. of Systems; Systems Eng., Faculty of Eng., Kobe Univ., H.Harashima, Dept. of Elec. En.g., Univ. of Rokkodai, Nada-ku, Kobe, 657 JAPAN Tokyo 11 B.5 On the Stability Test for 2-D Digital Recursive Filters 561 11A.1 Predictive Coding of Multi-Viewpoint Image M.H.Pee, B.A.Shenoi and E.B.Lee, Dept. of Sets 521 Elec. Eng., Univ. of Minnesota, Minneapolis, M.E.Lukacs, Bell Communications Research MN 55455, U.S.A. NVC-3X-330, 331 Newman Springs Road — 11B.6 A Fast Image Filtering Processor— FIFP — 565 Box 7020, Red Bank, NJ 0 7701-7020, U.S.A. N .Yamane, Y.Morikawa and H .H amada, 11A.2 An Architecture for the Universal Video School of Eng., Okayama Univ., Okayama, Codec .525 700 JAPAN L.Chiariglione, L.Corgnier and M.Guglielmo, CSELT, Via Reiss Romoli, 274 — 10148, Torino, ITALY TUESDAY AFTERNOON APRIL 8 11A.3 A Fractal Based Approach to Image SESSION12: PARAMETERESTIMATION Compression 529 E.Walach and E.Karnin, IBM, Israel Scientific TIME & PLACE: 13:30 to 16:30 Room V (Nishiki) Center, Technion City, Haifa 32000, ISRAEL CHAIRPERSONS: 11A.4 Bit-Sliced Progressive Transmission and L.Marple, Schiumberger- Well Services; Reconstruction of Transformed Images 533 K.Nitadori, Systems Labs., Oki Elec. md. Co., K.H.Tzou and S.E.Elnahas, GTE Labs. Ltd. Incorporated, 40 Sylvan Road, Waltham, MA 02254, U.S.A. 12.1 Lower Bounds in Parameter Estimation — 11A.5 A Binary Representation of Mixed Summary of Results 569 Documents (TextlGraphicllmages) That A.J.Weiss, Dept. of Electronic Systems, Compresses 537 Faculty of Eng., Tel-Aviv Univ., Tel-Aviv 69978, Y.H.Chen, F.C.Mintzer and K.S.Pennington, ISRA EL; IBM Thomas J. Watson Research Center E.Weinstein,Dept.of Ocean Eng., Woods Office 36-213, P.O.Box 218, Yorktown Hole Oceanographic Inst., Woods Hole, MA Heights, NY 10598, U.S.A. 02543, U.S.A. 12.2 New Forms of Least Squares Lattice Algorithms and a Comparison of their Round- off Error Characteristics 573 TUESDAY AFTERNOON APRIL 8 P.Strobach, Bundeswehr Universität. SESSION 13: SPEECH PROCESSING AIDSFORTHE MUnich, FB-ET/ WE I Datenverarbeitung, HANDICAPPED Werner-Heisenberg-Weg 39, D-8014 Neubiberg, WEST GERMANY TIME & PLACE: 13:30 to 16:30 Room VI (Ohgi) Poster 12.3 Effective Adaptive Pisarenko Spectrum CHAIRPERSONS: Estimate 577 D.Childers, Dept. of Elec. Eng., Univ. of Y.H.Hu and P.K.Chou, Dept. of Elec. Eng., Florida; Southern Methodist Univ., Dallas, TX 75275, S.Hiki, Research Center for Applied U.S.A. In formation Sciences, Tohoku Univ. 12.4 Determining MA Models as Salvos of Pulses 581 C.Gueguen and N.Moreau, Ecole Nationale 13.1 Assessment of Speech Discrimination Ability Supérleure des Télécommunications, of Hearing Impaired Subjects Using FIR Département SYC, CNRS, UA 820, 46 Rue Digital Filter 613 Barrault, 75634 Paris Cedex 13, FRANCE H.Hosoi, H.Abe and F.Ohta, Kinki Univ., 12.5 On the Limiting Behavior of Estimates Based School of Medicine, Minami-Kawachi-gun, on Sample Covariances 585 Osaka, 589 JAPAN; B.Porat, Dept. of Elec. Eng., Technion, Israel Simaizumi, Res. Inst. of Logopedics and Inst. of Tech., Haifa 32000, Israel; Phoniatrics, Faculty of Medicine, Univ. of B.Friedlander, Systems Control Tech., Inc., Tokyo, Bunkyo-ku, Tokyo, 113 JAPAN 1801 Page Mill Road, Palo Alto, CA 94303 132 A Speech Processor with Lateral Inhibition U.S.A for an Eight Channel Cochlea Implant and Its 12.6 Performance of Narrowband Signal- Evaluation by Subject Testing 617 Subspace Processing 589 T.Ifukube, Research Inst. of Applied H.Wang, Dept. of Elec. and Comp. Eng., Electricity, Hokkaido Univ., N12-W6, Kita-ku, Syracuse Univ., Syracuse, NY 13244, U.S.A.; Sapporo, 060 JAPAN; M.Kaveh, Dept. of Elec. Eng., Univ. of R.L.White, Elec. Eng. Dept., Stand ford Univ., Minnesota Minneapolis, MN 55455, U.S.A. Stanford, CA 94305, U.S.A. 12.7 Phase-Strip Sequence Estimation: A Phase 13.3 Sound Processing for Cochlear Implant 621 593 Unwrapping/Tracking Algorithm J.Genin, CNET, 38243 Meylan, FRANCE; S.A.Merritt, The Analytic Sciences Corp., RCharachon, Centre Hospitalier Regional et 8301 Greensboro Drive, Suite 1000, McLean, Universitaire, 38043 Grenoble, FRANCE VA 22102, U.S.A. 13.4 A Wearable, Pocket-Sized Processor for 128 A New Functional Method of Parameter Digital Hearing Aid and Other Hearing Estimation for the Energy Acoustic System Prostheses Applications 625 597 Based on an Lx Evaluation Criterion A.M.Engebretson, R.E.Morley and S.Kuwahara and M.Ohta, Cluster 2, Faculty M.P,O'Connell, Central Inst. for the Deaf, 818 of Eng., Hiroshima Univ., Shitami, Saijo-cho, South Euclid Ave., Saint Louis, MO 63110, Higashi-Hiroshima-shi, 724 JAPAN U.S.A. 12.9 Estimation of Anti-Resonance Frequencies 135 Assessment of Electronic Aids for the by Using an Over-determined High-order Hearing Impaired Which Transmit Visible or Yule-Walker Equation 601 Tactile Speech 629 M.Yanagida and O.Kakusho, The Inst. of Y.Ueda and A.Watanabe, Faculty of Eng., Scientific and Industrial Research, Osaka Kumamoto Univ., 2-39-1 Kurokami, Univ., Mihogaoka 8-1, Ibaraki-shi, 567 JAPAN Kumamoto-shi, 860 JAPAN 12.10 A New Methodological Trial on State 13.6 Speech Training Devices for Profoundly Deaf Estimation of Linear Structure Vibration Children 633 Model with Noisy Power Observation L.E.Bernstein, J.B.Ferguson,III and Mechanism of Non-Gaussian Type 605 M.H.Goldstein,Jr., Dept. of Elec. Eng. & E.Uchino, Dept. of Comp. Science, Kyushu Comp. Science, Johns Hopkins Univ., 34 & Inst. of Tech., Tobata, Kitakyushu-shi, 804 Charles St., Baltimore, MD 21218, U.S.A. JAPAN; 13.7 Speech Training Systems for Handicapped MOhta, Dept. of Elec. Eng., Hiroshima Univ., Children Using Vocal Tract Lateral Shapes 637 Shitami, Saijocho, Higashi-Hiroshima-shi, M.Shigenaga and H.Kubo, Faculty of Eng., 724 JAPAN Yamanashi Univ., Takeda-4, Kofu-shi, 400 12.11 Asymptotic Properties of High-order Yule- JAPAN Walker Estimates of Frequencies of Multiple 138 Speech-Analysis-Based Devices for Sinusoids 609 Diagnosis and Education of Speech and PStoica, B.Friedlander and T.SoderstrOm, Hearing Impaired People 641 Systems Control Tech. Inc., 1801 Page Mill S.Aguilera, A.Borrajo, J.M.Pardo and Road, Palo Alto, CA 94304, U.S.A. E.Muñoz, Departamento de Electrónica y Sistemas Dig/tales, E. T.S.I. Telecomunicaciôn, Ciudad Universitaria, 28040 Madrid, SPAIN 13.9 Refutation Based Recognition to ielp Vowel 13.20 Eioctroglottography:Assessing Articulatory Articu'ation 645 Function to Aid the Handicapped 689 M.El-Beze,IBM France Scientific Center, 36 D.G.Childers, Dept.of Elec. Eng., Univ. of Avenue Raymond Poincaré, 75116 Paris, Florida, Gainesville, FL 32611, U.S.A.; FRANCE D.M.HicksandG.P.Moore,Dept.of Speech, 13.10Memory-Dntensive Reco niflon for Word Univ. of Florida, Gainesville, FL 32611, U.S.A.; Arculation Training 649 Y.Alsaka, Dept. of Elec. & Commun. Eng. F.Destombes,IBM France Scientific Center, Univ. of Central Florida, Orlando, FL 32816, 36 Avenue Raymond Poincard, 75116 Paris, U.S.A. FRANCE 13.21Analysis snd Classification ©f Snoring 13.11Speech Control of Assistive Devices for the Signals 693 PhysicaUy Disabled 653 A.Cohen and A.Lieberman, EIec.and Corn p. R.l.Damper,Dept. of Elec. and In formation Eng. Dept., Biomedical Eng. Program and Eng., Univ. of Southampton, Southampton, School of Medicine, Ben-Ounce Univ., Beer- 509 5NH, U.K. Sheva, ISRAEL 13.12ntegrated Communication Aids for the Blind 657 G.Castellini,P.L.Emiliani P.Graziani, and A.Tronconi, Istituto di Ricerca sulle Onde TUESDAYAFTERNOON APRIL 8 Elettromagnetiche dcl CNR, Via Panciatichi, SESSIOiI14:WORD RECO lTOH IF 64, 50127 Firenze, ITALY 13.13Japanese Speech Synthesis System in a TiME & PLACE: 13:30 to 16:30 Gallery L Poster Bock Reader for the Blind 661 CHAIRPERSOllS: Y.Mitomeand K.Fushikida, C & C Systems P.Coliins,Hewlett-Packard Labs.; Research Labs., NEC Corp., 1-1, Miyazaki 4- H.Sakoe,C&C Systems ResearchLabs., NEC chome, Miyamaeku, Kawasaki, 213 JAPAN Corp. 13.14A Lexic& Prediction System 665 S.Hunnicuttand L.Neovius, Dept. of Speech 14.1 Speaker independent Isolated Arshic Word Commun. and Music Acoustics, Royal Inst. Reccgniticn System 697 of Technology, S-100 44 Stockholm, M.M.R.Elghonemy, M,M.R.Fikri and SWEDEN E.S.A.Talkhan, Elec.&Commun.Dept., 13.15An Adaptive Comb Filtering hethod as Faculty of Eng., Cairo Univ., Giza, Cairo, AppDied to Acoustic Analyses of Pathological EGYPT; Voice 669 M.A.Hashish, IBMCairo ScientificCenter, 56 H.Kasuya,S.Ogawa and Y.Kikuchi,Dept.of Gameat ci Dowel ci Arabia Sir., Aboul Elec. Eng., Faculty of Eng. Utsunomiya Univ., Fettouh Building, Mohandessine, Cairo, 2753, Ishii-machi, Utsunomiya-shi, 321 EGYPT JAPAN 14,2 isolated-Word Recognition of the Complete 13.16M tidimensional Analysis of Phonological Vocabulary of Spoken Chinese 701 Degeneration in Pathological Voices 673 M.Wagner, W.Wang andH.Ho, Dept. of S.Feijooand C.Hernandez,Dpto.Electronica, Computing Science, Univ. of Wollongong, Facultad de Fisica, Univ. de Santiago, P.O.Box 1144, Woilongong, NSW, 2500 Santiago de Corn postela, SPAIN; AUSTRALIA; R.Carmelo, Chronobiology Lab., Univ. of M.O'Kane,Schooloflnf.Sciences, Canberra Minnessota, Minneapolis, MN 55455, U.s.A. College of Advanced Education, 2600 13.17Acoustic Measurement of Pathological Voice AUSTRALIA Qu&ities for Medical Purposes 677 14.3 On Hidden Markov Models in Isolated Word S.lmaizumi,Research Inst. of Logopedics Recognition 705 and Phoniatrics, Faculty of Medicine, Univ. of A.B.PoritzandA.G.Richter, Communs. Tokyo, 7-3-1 Hongo, Bunkyo-ku, Tokyo, 113 Research Division, Inst. for Defense JAPAN Analyses, Thanet Road, Princeton, NJ 08540- 13.18A Microcomputer Based System for Acoustic 3699, U.S.A. Anaysis of Voice Characteristics 681 14.4 Large-Vocabulary Isolated Word Recognition J.Gauffin and B.Hammarberg, Dept. of with Fast Coarse Time Alignment 709 Speech Commun. and Music Acoustics, A.Aktas, B.Kämmerer, W.KUpper and Royal Inst. of Technology, S-100 44, H,Lagger, CentralResearch and Technology Stockholm, SWEDEN; Division, Siemens AG, ZTZTI INF 111, Otto- Simaizumi, Research Inst. of Logopedics Hahn-Ring 6, 0-8000 MUnchen 83, WEST and Phoniatrics, Faculty of Medicine, Univ. of GERMANY Tokyo, 7-31 Hon.go, Bunkyo-ku, Tokyo, 113 1&5 A Proposal f a Knowledge Based Isolated JAPAN Word Recognition 713 13.19Wave-Fow Index: A Measure of Vocal S.Morishima, H.Harashima andH.Miyakawa, Efficiency 685 Dept.of Elec. Eng., Univ. of Tokyo, 7-3-1 Y.Kakita,Dept. of Elec., Kanazawa inst. Hon go, Bunk ye-ku, Tokyo, 113 JAPAN Tech., 7-1 Ohgigaoka, Nonoichi-machi Kanaza wa-Minami, Ishikawa, 921 JAPAN 14.6 Isolated Word Recognition Based on Finite 14.18 On the Use of Bandpass Liftering in Speech State Vector Quantization 717 Recognition 765 W.S.Youn and C.K.Un, Dept. of Elec. Eng., B.H.Juarig, L.R.Rabiner and J.G.WiIpon, Rm Korea Advanced Inst. of Science and 2D-534, AT&T Bell Labs., 600 Mountain Ave., Technology, P.O. Box 150, Chongyangni, Murray Hill, NJ 07974, U.S.A. Seoul, KOREA 14.19 Comparative Study of Various Spectrum 14.7 Speech Processing with a Boltzmann Matching Measures on Noise Robustness 769 Machine 721 H.Matsumoto and H.Imai, Dept. of Elec. Eng., J.F.Treherne, M.A.Jack and J.Laver, Centre Faculty of Eng., Shinshu Univ, 500 Wakasato, for Speech Technology Research, Univ. of Nagano-shi, 380 JAPAN Edinburgh, 80 South Bridge, Edinburgh, U.K. 14.20 An Adaptive Filtering Approach for Speaker 14.8 Simulating an Acoustic Recognizer 725 Independent Vowel Recognition 773 S. L. Banner, Kurzweil Applied Intelligence, I.Kumazawa and T.Iijima, Dept. of Comp. Sd., Inc., 411 Waverley Oaks Rd., Waltham, MA Fac. of Eng., Tokyo Inst. of Technology, 2-12- 02154, U.S.A. 1 O-okayama, Meguro-ku, Tokyo, 152 JAPAN 14.9 Experiments in Speech Recognition over the Telephone Network 729 D.Kah n and A.Gnanadesikan, Rm,2E-264, Bell Comm uns. Research, Morristown, NJ 07960, U.S.A. 14.10 Recognition of Speech under Stress and in Noise 733 P.K.Rajasekaran, G.R.Doddington and J.W.Picone, Texas Instruments Inc., Central Research Labs., P.O.Box 226015 MS 238, Dallas, TX 75266, U.S.A. 14.11 Word Recognition Using Multisensor Speech Input in High Ambient Noise 737 S.Roucos, V.Viswanathan, C.Henry and R.Schwartz, BBN Labs., 10 Moulton St., Cambridge, MA 02238, U.S.A. 14.12 Noise Ccmpensation for Speech Recognition Using Probabilistic Models 741 J.N.Holmes, 19 Maylands Drive, Uxbridge, UB8 1BH, U.K.; N.C.Sedgwick, PA Technology, Cambridge Lab., Me/bourn, Royston, SG8 6DP, U.K. 14.13 Optimal and Suboptimal Training Strategies for Automatic Speech Recognition in Noise, and the Effects of Adaptation on Performance 745 J.M.Baker and D.F.Pinto, Dragon Systems, Inc., Chapel Bridge Park, 55 Chapel Street, Newton, MA 02158, U.S.A. 14.14 Improved Speech Recognition in Noise 749 B.P.Landell, R.E.Wohlford and L.G.Bahler, ITT Defense Communs. Division, 10060 Carroll Canyon Road, San Diego, CA 92131, U.S.A. 14.15 Clustering Acoustic Prototypes with Self Organizing Distortion Measures 753 D. Nahamoo, Speech Recognition Group, Dept. of Corn p. Sciences, IBM T.J. Watson Research Center, P.O.Box 218, Yorktown Heights, NY 10598, U.S.A. 14.16 Spectral Slope Based Distortion Measures for AIlPole Models of Speech 757 B.A.Hanson and H.Wakita, Speech Technology Lab., 3888 State Street, Santa Barbara, CA 93105, U.S.A. 14.17 A Weighted Cepstral Distance Measure for Speech Recognition 761 Y.Tohkura, NTT Elec. Commun. Labs., 3-9-11 Midori-cho, Musashino-shi, Tokyo, 180 JAPAN

CASSP 86 TECHMCAL PROGRAM SCHEDULE

ROOM VI ROOM I (Hana A) ROOM II ROOM III ROOM IV ROOM V (Ohgi) GALLERY L (Hana B) (Utage) (Miyabi) (Nishiki) Poster Poster

1. Digital Audio 2. Word Recognition I 3. Speech Enhancement, 4. Video and Image 5. Spectral Estimation I 6. Fast Transforms, 7. Database and Noise Reduction and Coding Techniques I Deconvolution and Hardware for Speech I MORNING Pitch Detection Computational Processing U 9:00 12:00 Complexity E S ----—-----.----- j-' 8. Architectures and 9. Narrowband Speech bA. Optical Signal hA. Video and Image 12. Parameter 13. Speech Processing 14. Word Recognition Ii Applications of Coding Processing and Coding Estimation Aids for the A AFTERNOON General Purpose Optical Computing Techniques II Handicapped Y — 13:30 16:45 Process9ors lOB. Quantization I1B. Multi-dimensional Effects Filtering

AI 15. VLSI Processorsfor 16. Wideband Speech 17. Talker Recognition, 18A. Signal Processing 19. Adaptive Filters 20. Multi-dimensional 21. Continuous Speech and Video Image Coding Language in Sound Fields and Applications Filtering and Image Recognition I E MORNING Processing Identification and Coding Techniques D 900 - 1200 Speech Perception 18B. Electroacoustics N E -- -- —----_____ 22. Systolic Arrays and 23. Expert Systems for 24. Speech Analysis 25. Signal Processing 26. Signal Processing 27. Spectral Estimation II 28. Image Processing, Novel VLSI Speech Processing and Reconstruction in Musical in Telecommuni- Analysis and D Architectures and AFTERNOON Understanding Acoustics cation Recognition I A 13:30-16:30 Y

29. Special Purpose 30. Continuous Speech 31. Speech Production 32. Signal Restoration 33. Speech Coding at 34. Medical Imaging 35. Underwater VLSI Signal Recognition II Models and and Reconstruction 8 - 9.6 kbits/s and Signal Acoustics and I Processors Measurements H MORNING Processing Applications 8:30-11:30 u i R S 36. Radar Signal 37. New Speech 38. Speech Synthesis 39. Image Processing, 40. Adaptive Filtering 41. VLSI for Digital 42. Continuous Speech D Processing Analysis and Analysis and Signal Processing Recognition III AFTERNOON Processing Recognition II A • Technologies y I U - U Based on Perception Models

43. Modeling of Time- 44. Mediumband 45. Speech Synthesis 46. Image 47. Array Processing 48. Digital Filter Design 49. Speaker Adaptive Varying Signals Speech Coding I by Rule Based on Enhancementand and Beamforming and Speaker MORNING Linguistic Restoration Word F Information Independent 9.00 12.00 Recognition n Processing

0 50. System 51. Phonetic 52. Detection and 53. Image Formation 54. Signal Processing 55. Adaptive Signal 56. Mediumband A Identification and Recognition Estimation and Geophysical Hardware and Processing Speech Conding II AFTERNOON Modeling DSP Software 13:30 16:30

PRECONFERENCE LECTURES: MONDAY 10:00 16:00 N EMINENCE ROOM PLENARY LECTURES: WEDNESDAY 17:00 19:30 IN CONCORD ROOM AUTHOR INDEX

Name Session Page Name Session Page Name Session Page Abatzoglou, T.J. 27.17 1409 Asayama, Y. 28.21 1513 BOhme, J.F. 52.7 2819 Abdel-Alim, 0. 26.6 1321 Asharif, M.R. 41.22 2219 Bolton, R.J. 34.18 1793 Abdul-Jabbar, S. 56.3 3035 Ashcroft, E.A. 22.8 1177 Booman, F. 4.8 157 Abe, H. 13.1 613 Astola, J. 48.1 255 Borrajo, A. 13.8 641 Abe, M. 18B.2 933 Asuma, K. 53.4 2855 Botros, R. 26.6 1321 27.10 1381 Atal B.S. 33.1 1681 Boucher, J.M. 28.12 1477 47.5 2507 44.5 2375 Bouhier, M.E. 35.3 1825 Abeysekera, R.M.S.S. 34.18 1793 Atlas, L.E. 28.8 1461 Bouvet, M. 52.1 2795 Abiko, S. 8.3 393 Atsuta, K. 28.19 1505 Bovik, A.C. 27.3 1353 Abo-Zena, A. 47.7 2515 Au-Yeung, C. 6.16 273 39.3 2055 Abut, H. 9.5 449 Austin, S.C. 42.4 2239 Boxelaar, G.W. 17.11 901 Ackenhusen, J.G. 54.10 2923 Avery, J. 7.13 357 Brennan, B. 42.8 2255 Adam, P. 39.8 2075 Badique, E. 34.15 1781 Brenner, K.H. 1OA.1 477 Adams, J.W. 6.1 213 34.16 1785 Brietzmann, A. 30.6 1581 Agarwal, R.C. 6.10 249 BahI, L. 2.3 49 Brodersen, R.W. 15.7 801 Agee, B.G. 19.2 953 BahI, R. 35.9 1849 29.7 1541 Agrawal, J.P. 55.11 2971 Bahler, L.G. 14.14 749 Broersen, P.M.T. 27.8 1373 Aguilera, S. 13.8 641 Bailly, G. 45.5 2419 Brown, P. 2.3 49 Aikawa, K. 51.2 2755 Baker, J.M. 14.13 745 Bruckstein, A.M. 32.8 1665 Aizawa, K. 4.1 129 Balakrishnan, S.K. 29.1 1517 Bryan, J.G. 52.3 2803 20.1 985 Balbi, E. 53.3 2851 Buckley, K.M. 35.14 1869 Akaike, H. PL.1 3147 Balsala, P.T. 41.21 2215 Burg, B. 39.8 2075 Aktas, A. 14.4 709 Banner, S.L. 14.8 725 Burrus, C.S. 6.20 289 Al.Araji, S.R. 55.23 3019 Barazesh, B. 41.10 2171 Bush, M.A. 21.9 1097 Alcazar-Fernández, J. 6.17 277 Barber, 5. 51.8 2779 Buzo, A. 56.2 3031 26.5 1317 Barnwell, T.P., III 9.6 453 Byrnes, J.S. 35.19 1889 56.7 3051 54.2 2891 Cadzow, J.A. 43.8 2343 Algazi, yR. 46.7 2471 54.11 2927 Caelen, J. 23.5 1209 Allebach, J.P. 46.11 2487 Barral, H. 7.19 381 Cambotto, J.P. 28.5 1449 Allerhand, M.H. 23.6 1213 Bartkowiak, J.G. 15.2 781 Campbell, J.P., Jr. 9.11 473 Alleva, F. 30.4 1573 Baskerville, G. 41.13 2183 Canniff, R.J. 26.11 1341 Allos, J.E. 55.23 3019 Bauer, K.B. 7.9 341 Cantoni, A. 47.10 2527 Almeida, A. 17.7 885 Bauer, W.R. 31.3 1609 Cappello, P. 41.3 2143 Almeida, L.B. 24.3 1233 Bayoumi, M.A. 41.4 2147 Carayannis, G. 24.7 1249 33.8 1709 Becchetti, S. 53.3 2851 Carbonell, N. 23.3 1201 Alrutz, H. 44.3 2367 Bechtel, L.K. 3.4 93 Carlson, R. 45.1 2403 Alsaka, Y. 13.20 689 3.4 93 51.4 2763 Aly, S. 7.11 349 Beex, A.A. 50.11 2747 Carlsson, S. 4.9 161 Amada, N. 1.8 29 Bekey, G. 34.21 1805 Carmelo, R. 13.16 673 Amano, A. 42.19 2299 Bellanger, M.G. 55.21 3011 CasajOs-QuirOs, F.J. 9.10 469 Amin, M.G. 55.8 2959 PR.3 3127 44.11 2399 Ando, A. 21.17 1129 Beltrame, F. 53.3 2851 55.20 3007 Andoh, V. 41.14 2187 Bennett, D. 1.6 21 Casar-Corredera, JR. 6.17 277 Andre-Obrecht, R. 42.13 2275 Benslimane, A. 11B.3 553 26.5 1317 Annaratone, M. 54.3 2895 Bernstein, L.E. 13.6 633 Casares-Giner.V. 22.5 1165 Aoki, K. 29.4 1529 Berouti, M. 56.5 3043 Cash, G.L. 22.7 1173 Aoki, Y. 53.11 2883 Bertorello, L. 16.8 845 Cassimatis, E. 15.8 805 Aoyama, T. 41.16 2195 Bertran-Salvans, M. 27.22 1429 Cassou, J.P. 28.5 1449 Appleby, D.G. 53.7 2867 Beullier, J. 34.10 1761 Castellini, G. 13.12 657 Arai, 1. 1.3 9 Biemond, J. 28.14 1485 Causse, R. 25.8 1297 1.8 29 28.15 1489 Chabries, D.M. 20.2 989 Aral, V. 38.9 2031 Bull, R. 2.7 65 35.13 1865 Arakawa, K. 34.22 1809 Billon, D. 35.7 1841 Chafe, C. 25.6 1289 Araseki, 1. 9.7 457 Bisiani, R. 30.4 1573 Chakravarty, I. 39.10 2083 33.3 1689 Bistritz, V. 6.11 253 Chan, C. 42.12 2271 44.9 2391 Bliss, W. 7.13 357 Chan, C.K. 48.20 2611 Aravind, R. 4.3 137 Blomberg, M. 49.2 2631 Chan, VT. 52.2 2799 Ardalan, S.H. 1OB.5 513 Blumberg, L.M. 48.16 2595 52.3 2803 40.2 2095 Boashash, B. 34.18 1793 Chandna, B. 35.9 1849 Ariki, V. 3.5 97 43.3 2323 Chang, B. 35.4 1829 Arimoto, 5. 6.15 269 Bocchieri, E.L. 49.19 2699 Chang, T. 32.9 1669 Arnould, E. 54.3 2895 Bock, D.E. 7.9 341 Chapman, R. 15.2 781 Asada, K. 15.4 789 Boddie, J.R. 8.10 421 20.7 1009 Asai, K. 4.2 133 Boe, L.J. 2.6 61 Charachon, R. 13.3 621 Asakawa, V. 33.10 1717 Boekee, D.E. 4.8 157 Charalambous, C. 11B.2 549 Asakura, 1. 1OA.5 493 Boggess, L.C. 21.20 1141 Charpentier, F.J. 3.9 113 Asami, T. 21.18 1133 Bognar, E. 31.1 1601 38.5 2015 Name Session Page Name Session Page Name Session Page Chazan, 0. 19.8 977 Damestoy, J.P. 23.3 1201 Elnahas, S.E. 4.10 165 Chehdi, K. 28.12 1477 Damper, Ri. 13.11 653 11A.4 533 Chellappa, R. 28.9 1465 Das, M. 50.1 2707 Emiliani, P.L. 13.12 657 34.21 1805 Davidovici, 5. 43.10 2351 Enami, K. 15.5 793 46.9 2479 Davidson, G. 41.3 2143 Endo, T. 29.10 1553 Chen, F.R. 21.7 1089 56.8 3055 Endoh, H. 42.15 2283 Chen, J.H. 33.4 1693 Davies, P. 43.2 2319 42.19 2299 Chen, S.C. 34.20 1801 Davis, A.M. 40.11 2131 Endoh, K. 18A.2 909 Chen, 1. 41.1 2135 Davis, 5.8. 18B.5 945 Engebretson, A.M. 13.4 625 Chen, X. 55.16 2991 de Cheveigne, A. 17.10 897 English, T.M. 21.20 1141 Chen, X.K. 48.7 2559 Dc Decker, F. 3.11 121 Enomoto, 1. 15.6 797 Chen, Y.H. 11A.5 537 Dc Loore, B. 29.6 1537 Er, M.H. 47.10 2527 Cheng, D.Y. 6.14 265 De Man, E. 29.5 1533 Ergezinger, S. 9.5 449 Cheng, Y.M. 38.2 2003 De Man, H. 29.6 1537 Erskine, C. 8.3 393 Chiariglione, L. 11A.2 525 41.8 2163 Eskenazi, M. 23.1 1193 Chiba, S. 21.3 1073 De Muth, G.L. 35.10 1853 Espy-Wilson, C.Y. 51.7 2775 49.10 2663 De Vos, L. 41.8 2163 Estola, K.P. 48.11 2575 Chigier, B. 42.8 2255 de Souza, P 2.3 49 48.15 2591 Chikada, Y. 54.6 2907 Delaruelle. A. 8.1 385 Etter, D.M. 40.9 2123 Childers, D.G. 13.20 689 Dellery, B. 35.22 1901 Evans, R. 22.4 1161 Choi, J.H. 34.14 1777 Delmonte, R. 45.2 2407 Evci, C.C. 55.21 3011 Chol, J.S. 34.14 1777 Delsarte, P. 55.19 3003 Fallside, F. 23.6 1213 Chollet, G. 49.9 2659 Demassieux, N. 7.16 369 39.7 2071 Chou, P.K. 12.3 577 15.8 805 42.4 2239 Chouinard, G. 1.6 21 Domoment, G. 34.7 1749 Fan, C.H. 6.4 225 Choukri, K. 49.9 2659 46.3 2455 Farges, E.P. 9.1 433 Chow, Y.L. 30.9 1593 55.10 2967 Farrelle, P.M. 6.21 293 Christiansen, R.W. 20.2 989 DeMon, R. 23.7 1217 Farrier, D.R. 52.9 2827 35.13 1865 30.10 1597 Fathima, ST. 32.11 1677 Chuang, C.K. 49.3 2635 Denyer, P.B. 41.18 2203 Feder, M. 47.4 2503 Chujo, T. 41.22 2219 41.19 2207 Feijoo, 5. 13.16 673 Chun, H.W. 37.4 1967 Deprettere, E.F. 56.15 3083 Feix, W. 21.6 1085 Church, E.L. 5.5 185 Derouault, A.M. 51.3 2759 Felsen, L.B. 35.16 1877 47.7 2515 Derrenberger, M.A. 26.11 1341 Fender, D.H. 34.22 1809 Church, K. 45.6 2423 Destombes, F. 13.10 649 Ferguson, J.B., fl 13.6 633 Cioffi, J.M. 40.7 2115 Deutsch, L.J. 41.5 2151 Figueiras.Vidal, A.R. 9.10 469 Civanlar, M.R. 34.2 1729 Dijkstra, E. 7.15 365 56.7 3051 Clark, G.A. 48.23 2623 Ding, H. 55.3 2939 Fikri, M.M.R. 14.1 697 Clarkson, P.M. 52.11 2835 Dixit, S.S. 20.18 1053 Fitzgerald, A. 41.19 2207 Clements, M.A. 9.1 433 Doddington, G. 14.10 733 Fohr, D. 23.3 1201 Clermont, F. 49.12 2671 17.6 881 Foil, J.T. 17.1 861 Cohen, A. 13.21 693 49.19 2699 Foka, R. 5.7 193 27.11 1385 54.1 2887 Fooks, E.H. 35.12 1861 Cohen, G. 44.1 2359 001, T.T. 1.1 1 Form, 5. 30.4 1573 Cole, C. 8.12 429 Ooraiswami, R. 50.3 2715 Foster, S. 18B.1 929 Cole, R. 42.8 2255 55.24 3023 Fougere, P.F. 27.9 1377 Collins, P. 51.8 2779 Doshita, S. 49.20 2703 Francq, B. 3.11 121 Combescure, P. 16.11 857 Du, X.C. 46.3 2455 Frandrin, P. 43.5 2331 Comon, P. 48.17 2599 Dubois, D. 21.12 1109 Frank, W. 38.4 2011 Concordel, G. 15.8 805 Dudgeon, D.E. 28.7 1457 Frankot, R.T. 46.9 2479 Constantinides, A.G. 6.7 237 Duhamel, P. 6.5 229 Frazho, A.E. 5.4 181 39.2 2051 Dunham, MO. 30.9 1593 Friedlander, B. 12.5 585 Conte, M. 4.6 149 Durrani, T.S. 15.2 781 12.11 609 Cooley, J.W. 6.10 249 20.7 1009 Friedman, D.H. 49.1 2627 Copperi, M. 16.8 845 28.11 1473 Frisk, G.V. 53.9 2875 33.2 1685 55.12 2975 Frost, O.L. 47.3 2499 Corgnier, L. 11A.2 525 Dyer, L. 37.6 1975 Fujihashi, Y. 7.8 337 Cowan, C.F.N. 40.3 2099 Ebata, M. 27.5 1361 Fujii, H. 21.3 1073 55.7 2955 35.21 1897 Fujii, T. 26.8 1329 Cox, R.V. 7.9 341 Edwards, S.A. 28.20 1509 Fujisaka, 1. 36.11 1951 44.8 2387 Ehara, S. 43.1 2315 Fujisaki, H. 1OA.3 485 Coyle, E.J. 46.2 2451 Ehrlich, U. 30.6 1581 24.8 1253 48.2 2539 Eizenman, M. 35.20 1893 31.1 1601 Cravero, M. 42.3 2235 Ejima, T. 28.4 1445 31.2 1605 Creasey, R. 41.19 2207 El-Beze, M. 13.9 645 37.2 1959 Cruz, JR. 27.1 1345 El-Jaroudi, A. 33.7 1705 38.11 2039 Crystal, T.H. 51.11 2791 El-Sharkawy, M. 40.6 2111 45.4 2415 Cyphers, D.S. 7.6 329 Elenius, K. 49.2 2631 Fujisawa, A. 7.18 377 Dahanayake, B.W. 47.1 2491 51.4 2763 Fukasawa, A. 16.2 821 Dal, S.R. 20.8 1013 Elghonemy, M.M.R. 14.1 697 Fukui, A. 7.8 337 Daishido, T. 53.4 2855 Elko, G.W. 19.9 981 Fukui, H. 15.9 809 Damaske, P. 26.6 1321 Elliott, K.B. 32.2 1641 Fukushima, T. 15.4 789 Name Session Page Name Session Page Name Session Page Fuller, C.R. 32.2 1641 Hamada, 0. 1.9 33 Hirose, K. 1OA.3 485 Furner, R.R. 20.2 989 41.9 2167 37.2 1959 Furui, S. 37.10 1991 Hamaguchi, 1. 53.1 2843 38.11 2039 Furukawa, H. 18B.4 941 Hammarberg, B. 13.18 681 45.4 2415 Fushikida, K. 13.13 661 Hammond, J.K. 43.2 2319 Ho, H. 14.2 701 Gaillard, P. 28.3 1441 43.4 2327 Hodges, C.J.M. 54.2 2891 Galand, C. 44.6 2379 52.11 2835 HOge, H. 30.1 1561 Gallagher, N.C. 46.2 2451 Hanaki, S. 53.6 2863 Holmes, J.N. 14.12 741 Gambe, H. 15.9 809 Hanson, Brian A. 14.16 757 Honda, K. 31.9 1633 29.4 1529 Haouari, A. 34.17 1789 Honda, M. 33.6 1701 Ganesan, K. 21.2 1069 Haoui, A. 8.12 429 Honda, T. 34.15 1781 Gangoif, J.J. 29.9 1549 Hara, H. 29.10 1553 34.16 1785 Garcla-GOmez, R. 6.17 277 Hara, N. 42.20 2303 Hopmann, T.D. 26.11 1341 9.10 469 Haralick, R.M. 46.6 2467 , I. 34.5 1741 44.11 2399 Harasaki, H. 15.6 797 34.9 1757 55.20 3007 Harashima, H. 4.1 129 Horii, S. 46.8 2475 56.7 3051 14.5 713 Horowitz, D. 1.4 13 Gass, W. 54.1 2887 20.1 985 Hoshimi, M. 2.8 69 Gauffin, J. 13.18 681 34.22 1809 Hoshino, Y. 1.7 25 Gaus, R.C., Jr. 3.4 93 Hargrave, P.J. 35.17 1881 Hosoda, K. 16.2 821 Gauvain, J.L. 2.5 57 Harrington, K.A. 15.1 777 Hosoi, H. 13.1 613 29.9 1549 Harrison, R.F. 43.4 2327 Houacine, A. 55.10 2967 Genin, J. 13.3 621 Hasegawa, K. 42.20 2303 House, A.S. 51.11 2791 Genin, Y. 55.19 3003 Hashimoto, K. 22.10 1185 Hsing, T.R. 26.7 1325 Gersho, A. 4.3 137 Hashish, M.A. 14.1 697 Hsu, l.S 41.5 2151 6.14 265 Hashizume, M. 8.3 393 Hu, Y.H. 12.3 577 9.4 445 Hatamian, M. 22.7 1173 22.6 1169 33.4 1693 Hataoka, N. 42.19 2299 41.23 2223 41.3 2143 Hatazaki, K. 21.19 1137 Hu, Z. 56.18 3095 56.8 3055 Haton, J.P. 23.3 1201 Huang, C.B. 17.9 893 Gevins, A.S. 32.10 1673 Hatori, M. 6.2 217 Huang, C.T. 40.9 2123 Ghitza, 0. 37.11 1995 26.1 1301 Huang, T.S. 32.3 1645 Gulls, J. 42.1 2227 55.13 2979 39.1 2047 Girard, J. 7.13 357 56.17 3091 Huang, Y.F. 27.4 1357 Gish, H. 17.2 865 Hattori, 1. 28.6 1453 Huber, A. 29.5 1533 Glass, J.R. 51.5 2767 Hauptmann, AG. 42.22 2311 Hugh, H. 49.17 2691 Gnanadesikan, A. 14.9 729 Hayamizu, S. 7.1 309 Hui, S.K. 35.8 1845 Godlewski, P. 44.1 2359 Hayashi, K. 1.3 9 Huisken, J.A. 8.1 385 Goidhor, R. 37.1 1955 Hayashi, T. 29.8 1545 Hult, G.A. 21.8 1093 Goldstein, M.H., Jr. 13.6 633 Hayes, M.H. 36.5 1929 Hunnicutt, S. 13.14 665 Gooch, R.P. 47.9 2523 43.6 2335 51.4 2763 Goodman, D.J. 3.7 105 43.9 2347 Hunt, M.J. 37.7 1979 Gorin, A.L. 7.14 361 Hays, W.P. 8.10 421 Hurst, C.J. 32.2 1641 Goto, N. 1OA.4 489 He, N. 56.2 3031 Huttenlocher, D.P. 42.9 2259 Graham, W.J. 47.11 2531 Heckman, N.E. 55.11 2971 lai, S. 33.5 1697 GranstrOm, B. 45.1 2403 Hedelin, P. 9.9 465 Ibaraki, S. 18B.4 941 51.4 2763 Heinonen, P. 20.11 1025 Ichikawa, A. 33.10 1717 Grant, P.M. 55.7 2955 48.1 2535 42.15 2283 Graziani, P. 13.12 657 Henry, C. 3.2 85 Ichioka, Y. 1OA.2 481 Green, P.D. 23.4 1205 14.11 737 lchiura, N. 8.6 405 Grenez, F. 48.21 2615 Hermansky, H. 37.5 1971 lfukube, T. 1OA.5 493 Grenier, Y. 43.7 2339 Hernandez, C. 13.16 673 13.2 617 49.9 2659 Hernandez- lgarashi, M. 52.10 2831 Griffin, D.W. 3.12 125 GOmez, L.A. 9.10 469 Igarashi, S. 53.8 2871 Griffiths, L.J. 5.1 169 Hertz, S.R. 45.7 2427 lida, M. 8.6 405 35.14 1869 Hesson, J.H. 15.1 777 liguni, Y. 40.8 2119 Groenveld, J.G.P. 4.8 157 Hicks, D.M. 13.20 689 lijima, T. 14.20 773 Gueguen, C. 12.4 581 Hidaka, Y. 28.6 1453 50.8 2735 Guérin, B. 38.2 2003 Hieronymus, J. 51.10 2787 lizuka, S. 16.10 853 Guglielmo, M. 4.6 149 Higgins, A.L. 17.3 869 56.12 3071 11A.2 525 Higuchi, N. 21.18 1133 Ikebe, Y. 28.21 1513 Guichard, J. 15.8 805 49.6 2647 lkeda, 5. 34.15 1781 Guren, H.C. 56.19 3099 Higuchi, T. 1OB.2 501 lkegaya, K. 27.20 1421 Guyote, M.F. 7.2 313 20.16 1045 Ikezawa, T. 29.4 1529 Hagiwara, M. 16.6 837 48.12 2579 Ikuta, A. 50.4 2719 41.16 2195 Hihlion, A. 28.12 1477 Iltis, R. 19.7 973 Haimi-Cohen, R. 27.11 1385 Hinamoto, T. 11B.4 557 52.6 2815 Hakaridani, M. 21.15 1121 Hirahara, T. 45.8 2431 Imagawa, H. 31.9 1633 Hakoda, K. 45.8 2431 Hirai, S. 49.8 2655 Imai, Haruyuki 14.19 769 Hamada, Hareo 18B.3 937 Hirano, K. 20.12 1029 Imai, Hideki 56.17 3091 Hamada, Hiroshi 11B.6 565 Hiraoka, S. 2.8 69 lmai, K. 27.20 1421 Hamada, N. 48.14 2587 Hirose, H. 31.9 1633 lmai, M. 3.10 117 Name Session Page Name Session Page Name Session Page Imaizumi,S. 13.1 613 Kabal,P. 6.3 221 Kida,T. 20.14 1037 13.17 677 Kabasawa, S. 42.20 2303 Kido,K. 18B.2 933 13.18 681 Kabel,A.M. 27.12 1389 27.10 1381 Imberger,J. 43.3 2323 Kabeya,K. 45.8 2431 42.7 2251 lmiya,A. 6.19 285 Kabrisky,M. 28.18 1501 47.5 2507 Inokuchi,S. 3.10 117 34.23 1813 49.18 2695 25.3 1277 Kageyama,S. 46.8 2475 Kihara,Y. 25.2 1273 lnouye,1. 34.4 1737 Kahn,D. 14.9 729 Kikuchi,T. 53.6 2863 ne,K. 33.5 1697 Kailath,T. 6.11 253 Kikuchi,Y. 13.15 669 Irwin, M.J. 41.21 2215 22.1 1149 Kikuma,N. 35.15 1873 Iseda,K. 33.11 1721 32.8 1665 Kim,J.W. 3.3 89 Ishige,S. 42.5 2243 35.5 1833 Kim,K.I. 50.6 2727 Ishiguro,M. PL.3 3131 35.23 1905 Kim,SW. 34.14 1777 Ishihara,T. 35.16 1877 35.24 1909 Kimball,0. 30.9 1593 Ishil,R. 25.2 1273 36.2 1917 Kimura,H. 22.10 1185 48.19 2607 47.2 2495 Kimura,M. 28.4 1445 shikawa,M. 29.3 1525 Kajimoto,K. 3.5 97 49.13 2675 Ishimaru,K. 26.3 1309 Kakishita,M. 48.19 2607 Kiniura,S. 42.14 2279 Itahashi,S. 7.4 321 Kakita,Y. 13.19 685 Kimura,T. 29.3 1525 Itakura,F. 24.9 1257 Kakusho,0. 12.9 601 29.8 1545 24.10 1261 23.8 1221 Kirimoto,T. 48.10 2571 Itami,M. 26.1 1301 24.6 1245 55.22 3015 Itoh,A. 4.2 133 Kamada,M. 22.9 1181 Kiritani,S. 31.8 1629 tow,T. 18A.2 909 27.2 1349 31.9 1633 Iwahashi,H. 21.15 1121 48.8 2563 Kiryu,T. 50.8 2735 lwai,T. 1OA.5 493 Kamiya,S. 42.2 2231 Kitazato,N. 41.9 2167 lwaoka,5. 25.7 1293 Kammerer,B. 14.4 709 Kitazawa,5. 49.20 2703 Iwashita,M. 15.3 785 Kammeyer,K.D. 26.2 1305 Kitazume,Y. 29.10 1553 Iwata,Akira 34.5 1741 Kamp,Y. 27.16 1405 Kitson,F.L. 16.3 825 34.9 1757 55.19 3003 Ko,C.C. 35.2 1821 Iwata,Atsushi 8.5 401 Kanal,H. 27.10 1381 Kobatake,H. 28.2 1437 29.8 1545 Kanal, T. 24.11 1265 Kobayashi,M. 1.3 9 Iwata, K. 38.12 2043 Kanayama,Y. 41.15 2191 1.8 29 Iwatsuki,M. 1OB.2 501 54.8 2915 Kobayashi,N. 29.4 1529 Jachner,J. 56.5 3043 Kanda,T. 16.2 821 Kobayashi,T. 30.8 1589 Jack,M.A. 14.7 721 Kaneda,Y. 18A.4 917 42.6 2247 Jaffe,D. 25.6 1289 Kanedera,N. 37.2 1959 Kobayashi,Yoshiki 15.4 789 Jaffe,0.G. 3.7 105 Kaneko,Takao 8.5 401 Kobayashi,Yutaka 30.7 1585 Jam,AK. 6.21 293 Kaneko,Toyohisa 49.14 2679 49.7 2651 Jam,J.R. 16.5 833 Kanemasa,A. 19.3 957 Koc,C. 41.3 2143 Jam,R. 41.8 2163 Karjalainen,M. 31.6 1621 Koga,T. 50.9 2739 Jam,R.K. 35.9 1849 Karlsson,E. 43.6 2335 Kohda,M. 42.21 2307 Jam,V.K. 6.8 241 Karnin,E. 11A.3 529 Kohno, R. 56.17 3091 Jamieson,L.H. 22.8 1177 Kashihara,H. 53.6 2863 Komatsu,A. 42.15 2283 Janardhanan,P. 34.19 1797 Kashioka, S. 15.4 789 Komatsu,S. 53.4 2855 Jayant, N.S. 16.4 829 Kassel,R.H. 7.6 329 Komine,S. 56.9 3059 44.8 2387 Kasuga,K. 1.10 37 Komura,F. 36.1 13 Jenkins,W.K. 40.4 2103 Kasuya,H. 13.15 669 53.5 2859 Jiang,J. 50.3 2715 Katagishi,K. 6.23 301 Komura,M. 21.10 1101 55.24 3023 34.11 1765 Kondo,K. 33.10 1717 Jilan,M.M. 21.14 1117 Kato,K. 30.5 1577 Kondo,M. 36.11 1951 Johnson,B.L. 22.3 1157 Katsumata,Y. 1.9 33 48.10 2571 Johnson,C.R. 55.18 2999 Katsumoto,H. 25.2 1273 55.22 3015 Johnson,G.W. 52.8 2823 Katz,R.A. 55.6 2951 Kondo,N. 36.11 1951 Johnson,RL. 27.19 1417 Kaufman,D.H. 7.6 329 Kondo,S. 28.19 1505 Johnson, T.G. 48.23 2623 Kaveh, M. 12.6 589 Kopec,G.E. 21.9 1097 Johnston,J.D. 7.9 341 Kawabata,1. 42.21 2307 24.1 1225 Jones,B.B. 55.15 2987 Kawai,H. 45.4 2415 Koshikawa,M. 29.4 1529 Jones,R.A. 35.17 1881 Kawakami,Y. 8.7 409 Kosugi,Y. 1OA.3 485 Jones,Richard A. 20.18 1053 Kawamata,M. 1OB.2 501 Koyama,H. 9.4 445 Jouvet, D. 21.12 1109 20.16 1045 Krasner,M. 17.2 865 Jover,J.M. 22.1 1149 48.12 2579 30.9 1593 Juang,B.H. 2.1 41 Kawamura,5. 55.13 2979 Krishna,B. 28.16 1493 9.2 437 Kawashima,T. 1OA.5 493 Krishna,H. 28.13 1481 14.18 765 Kawata, S. 27.13 1393 28.16 1493 21.1 1065 34.8 1753 Krishnan,R. 6.6 233 Jufuku, T. 8.6 405 Kaya,A. 52.10 2831 48.13 2583 Jullien, G.A. 6.6 233 Kesler, J. 36.7 1937 Krishnan, V. 34.3 1733 41.4 2147 Kesler, S.B. 36.7 1937 Krolik, J. 35.20 1893 48.13 2583 Khadhouri,S.H. 55.23 3019 Kroon, P. 56.15 3083 Jutand, F. 7.16 369 Khalili, N. 52.11 2835 Kuan, D.T. 39.9 2079 15.8 805 Khreishi, H. 118.2 549 Kubala, F. 30.9 1593 Name Session Page Name Session Page Name Session Page Kubo, H. 13.7 637 Li, Q. 35.1 1817 Marschall, E. 30.1 1561 Kuhlmann, F. 56.2 3031 Li, Y.D. 32.9 1669 Marshall, S. 20.7 1009 Ku mar, R. 32.5 1653 Li, Z. 6.20 289 Martin, D.F. 8.2 389 Kumazawa, I. 14.20 773 Lieberman, A. 13.21 693 Martln-Arcos, R. 55.20 3007 Kung, H.T. 54.3 2895 Lightner, M. 7.13 357 Marvasti, F.A. 32.4 1649 Kung, S.Y. 5.7 193 Lijana, D. 7.2 313 Mary, L. 41.10 2171 PR.2 3113 Lim, J.S. 3.12 125 Marzetta, T.L. 48.7 2559 Kuno, K. 27.20 1421 PR.4 3135 Masaki, S. 31.8 1629 Kupper, W. 14.4 709 Lim, Y.C. 35.2 1821 Masgrau, E. 56.1 3027 Kuroda, A. 49.11 2667 35.8 1845 Mashiko, T. 53.10 2879 Kuroda, H. 15.10 813 Lin, C.M. 20.10 1021 Mashimo, T. 20.9 1017 Kuroda, I. 8.7 409 Lin, D. 9.8 461 Mason, J.R.M. 39.4 2059 Kurosawa, K. 40.1 2091 Lin, MY. 36.10 1947 Massia, G. 2.7 65 Kuwabara, H. 17.8 889 Lin, T. 20.16 1045 Matsuda, K. 15.9 809 37.9 1987 Lin, Z.C. 32.3 1645 Matsu'ura, H. 49.8 2655 Kuwahara, S. 12.8 597 Ling, F. 40.10 2127 Matsumoto, H. 14.19 769 Kwan, H.K. 20.12 1029 55.4 2943 Matsushita, Y. 8.3 393 20.19 1057 Littel, B. 30.1 1561 Matsuyama, Y. 9.3 441 Kwatra, S.C. 20.10 1021 Liu, PT. 52.12 2839 Maulhardt, M. 40.11 2131 Labit, C. 4.5 145 Liu, T.M. 56.18 3095 May, J. 40.11 2131 Laborie, J.L. 8.2 389 Ljurigqvist, M. 31.2 1605 Mazor, B. 7.10 345 Lacoume, J.L. 48.17 2599 Lo, C.K. 5.7 193 56.13 3075 Lacroix, A. 38.4 2011 Lockhart, G.B. 3.7 105 McAulay, A.D. 27.6 1365 Lagadec, R. 1.5 17 Loeffler, C. 48.5 2551 McAulay, R.J. 33.9 1713 Lageridijk, R.L. 28.14 1485 Loh, N.K. 50.1 2707 McCabe, A. 22.4 1161 Lagger, H. 14.4 709 Lohmann, A.W. 1OA.1 477 McCanny, J.V. 22.4 1161 Lame, U. 31.6 1621 Lonchamp, F. 23.3 1201 41.7 2159 Lam, L. 23.7 1217 Lowerre, B.T. 2.9 73 McCarthy, F. 36.2 1917 Lamblin, C. 16.11 857 Lu, L. 44.1 2359 McClellan, J.H. PR.1 3105 Lamel, L.F. 23.2 1197 LU, 5. 17.7 885 McClellan, T.E. 6.8 241 Lampinen, J. 28.17 1497 Lubensky, D. 21.6 1085 McCree, A.V. 26.9 1333 Lampropoulos, G.A. 52.2 2799 Lui, Y.C. 20.19 1057 McKeeman, J.C. 28.18 1501 52.3 2803 Lukacs, M.E. 11A.1 521 34.23 1813 Landell, B.P. 14.14 749 Lundel, J. 47.9 2523 McLeod, F.N. 52.9 2827 Lang, S.W. 20.13 1033 Lundheim, L.M. 56.14 3079 McWhirter, J. 22.4 1161 Lapreste, J.T. 28.1 1433 Lyon, R.F. 37.6 1975 35.17 1881 Larimore, M.G. 19.1 949 Mabilleau, p. 1.6 21 Medan, Y. 19.8 977 Layer, J. 14.7 721 MacMullan, S.J. 55.6 2951 Mehta, p. 21.2 1069 Le Gyuader, A. 16.11 857 Mackowiak, T. 41.21 2215 Melsa, J.L. 48.22 2619 Le Roux, J. 20.15 1041 Macovski, A. 34.1 1725 Memmi, D. 23.1 1193 50.7 2731 Madisetti, V.K. 26.4 1313 Meng, T.H.Y. 22.2 1153 Leary, K.W. 41.17 2199 Maeda, A. 36.1 1913 Mennecier, p. 35.22 1901 Lecomte, D. 34.10 1761 53.5 2859 Mensa, G. 44.7 2383 Lee, D.T.L. 4.4 141 Maekawa, S. 11B.4 557 Menzilcioglu, 0. 54.3 2895 Lee, E.B. 11B.5 561 Mager, S.S. 8.3 393 Mercer, R. 2.3 49 Lee, H. 32.3 1645 Mahalanabis, A.K. 24.11 1265 Mercier, G. 30.10 1597 Lee, H.J. 4.4 141 Mattre, X. 16.1 817 Merialdo, B. 51.3 2759 Lee, J.S. 43.4 2327 Majurski, W. 51.10 2787 Merlo, E. 30.10 1597 Lee, K.F. 2.10 77 Makhoul, J. 30.9 1593 Mermelstein, p. 56.5 3043 49.5 2643 33.7 1705 Merritt, S.A. 12.7 593 Lee, L.S. 45.10 2439 Maki, 5. 15.9 809 Mersereau, R.M. 6.16 273 Lee, M.J. 39.2 2051 Makino, H. 51.9 2783 Messerschmitt, D.G. 22.2 1153 Lee, S.H. 54.11 2927 Makino, S. 37.5 1971 26.4 1313 Lee, Y.T. 31.5 1617 42.7 2251 Mian, G.A. 45.2 2407 Lefebvre, C. 37.7 1979 Malik, N.R. 19.4 961 Michalina, J.C. 8.2 389 Lefevre, J.P. 45.11 2443 Malloy, N.J. 36.9 1943 Miclet, L. 42.10 2263 Leonard, R. 48.5 2551 Mammone, R.J. 43.10 2351 49.15 2683 Lerner, ft 30.4 1573 56.6 3047 Miki, N. 5.10 205 Lesser, V. 54.7 2911 Mann, J.R. 29.11 1557 31.4 1613 Leung, H.C. 7.6 329 Mano, K. 42.5 2243 Mikuni, I. 45.9 2435 51.1 2751 Manolakis, D. 24.7 1249 Milgram, M. 7.12 353 Lev-Ari, H. 6.11 253 40.10 2127 Milios, E. 54.7 2911 55.5 2947 55.4 2943 Millar, B. 49.12 2671 Levinson, S.E. 24.5 1241 Mansour, D. 55.1 2931 Miller, B.E. 8.9 417 Pft5 3143 Maragos, P.A. 39.6 2067 Miller, W.C. 6.6 233 Levita, G. 36.7 1937 Marescq, J.P. 4.5 145 41.4 2147 Lewine, R.N. 7.14 361 Mariani, J. 29.9 1549 48.13 2583 Lewis, G.B. 47.8 2519 Marifo, J.B. 56.1 3027 Mills, J.D. 55.18 2999 Lewis, K.A. 7.2 313 Marks II, R.J. 28.8 1461 Minami, K. 27.13 1393 Li, Han 46.1 2447 Marlot, M. 21.2 1069 Minami, S. 34.8 1753 Li, Hong 36.8 1941 Marple Jr., S.L. 5.8 197 Miner, G.E. 27.19 1417 Li, Hungwen 39.5 2063 Marques, J.S. 24.3 1233 Minoh, M. 11A.6 541 Name Session Page Name Session Page Name Session Page Minowa, 1. 38.9 2031 Morris, O.J. 39.2 2051 35.2 1821 Mintz, E. 56.13 3075 Motoki, K. 31.4 1613 Nichol, B.G. 39.10 2083 Mintzer, F.C. 11A.5 537 Mouly, M. 16.11 857 Niemann, H. 30.2 1565 Mirchandani, G. 3.4 93 Muir, R.A. 35.13 1865 30.6 1581 Missakian, Ph. 7.12 353 Mukawa, N. 15.10 813 Nieminen, A. 20.11 1025 Mitani, Y. 43.11 2355 Mulgrew, B. 40.3 2099 Niihara, T. 25.3 1277 Mitome,Y. 13.13 661 55.7 2955 Niimi,Y. 30.7 1585 Mitra, S.K. 6.12 257 Muller, G.S. 18A.3 913 49.7 2651 46.5 2463 Mufloz, E. 13.8 641 Niioka, T. 1.2 5 48.4 2547 Munson. D.C., Jr. 46.10 2483 Niki, N. 34.4 1737 48.6 2555 Murakami, E. 20.9 1017 Nikias, C.L. 52.4 2807 Miura, J. 25.4 1281 Murakami, H. 26.3 1309 Nilens, P. 38.3 2007 Miura, K. 1.9 33 Murakami, K. 15.5 793 Nishi, T. 18A.6 925 Miura, 1. 18B.3 937 Murakami, T. 4.2 133 Nishihara, A. 1OB.6 517 Miwa, J. 49.18 2695 Murano, K. 41.14 2187 Nishijima, 0. 41.11 2175 Miyagi, Y. 34.9 1757 41.22 2219 Nishimura, M. 49.11 2667 Miyakawa, H. 4.1 129 Murase, K. 50.2 2711 Nishimura, S. 27.5 1361 14.5 713 Murata, M. 53.6 2863 35.21 1897 20.1 985 Muron, 0. 18A.5 921 Nishino, M. 26.3 1309 34.22 1809 Musicus, B.R. 27.12 1389 Nishitani, T. 8.7 409 Miyamoto, S. 28.21 1513 Myers, C. 5.6 189 15.6 797 Miyamoto, T. 33.10 1717 Nadeu, C. 27.22 1429 Nitta, T. 21.4 1077 Miyanaga, Y. 5.10 205 Nag, R. 39.7 2071 49.8 2655 31.4 1613 42.4 2239 Niyada, K. 2.8 69 Miyashita, T. 53.1 2843 Nagai, K. 53.2 2847 Noguchi, 1. 1.3 9 Miyazaki, A. 50.9 2739 Nagai, N. 5.10 205 1.8 29 Miyazaki, 1 41.14 2187 31.4 1613 Nomoto, K. 48.10 2571 Miyazaki, Y. 1OA.4 489 48.18 2603 Nomura, A. 8.6 405 Miyazawa, T. 54.6 2907 Nagakura, K. 45.8 2431 Nomura, 1. 49.16 2687 Miyoshi, M. 18A.4 917 Nagane, K. 53.4 2855 Nordstrom, N. 26.4 1313 Miyoshi, Y. 24.6 1245 Nagaoka, H. 6.15 269 Noto, H. 47.5 2507 Mizoguchi, R. 23.8 1221 Nagata, M. 34.12 1769 Nowacki, C.L. 22.3 1157 Mizuno, Y. 34.9 1757 Nagata, Y. 18B.2 933 Nukada, Y. 29.2 1521 Mochida, Y. 41.12 2179 Nahamoo, D. 14.15 753 Nukiyama, T 8.7 409 Mochizuki, T. 26.1 1301 Naik, J. 17.6 881 Nunn, D. 55.9 2963 Mohammad-Djafari, Najim, M. 34.17 1789 Nussbaumer, H.J. 44.6 2379 A. 34.7 1749 Naka, M. 29.2 1521 O'Brien, W.F. 32.2 1641 Mohier, R.R. 27.21 1425 Nakada, K. 53.6 2863 O'Connell, M.P. 13.4 625 Mokeddem, A. 49.17 2691 Nakagami, T. 41.9 2167 O'Kane, M. 14.2 701 Monden, Y. 6.15 269 Nakagawa, F. 7.8 337 42.1 2227 Monne, J. 21.12 1109 Nakagawa, M. 16.6 837 O'Leary, G.C. 26.10 1337 Montagna, R. 44.7 2383 41.16 2195 O'NeiI, S.D. 20.6 1005 Moon, S.J. 44.4 2371 Nakagawa, S. 21.14 1117 O'Shaughnessy, D. 38.8 2027 Moore, G.P. 13.20 689 42.22 2311 O'Sullivan, J.D. 28.20 1509 Moreau, N. 7.19 381 Nakal, T. 31.7 1625 Odaka, K. 1.1 1 12.4 581 Nakajima, H. 1.1 1 Ogawa, H. 6.19 285 Morgan, D.P. 41.17 2199 Nakamori, S. 50.5 2723 32.6 1657 Morgan, N. 7.10 345 Nakamura, I. 25.7 1293 Ogawa, S. 13.15 669 Morgan, N.H. 32.10 1673 Nakamura, 0. 34.8 1753 Ogura, H. 53.1 2843 Morgera, S.D. 28.13 1481 Nakasako, N. 50.4 2719 Oh-hashi, Y. 36.11 1951 28.16 1493 Nakata, K. 56.9 3059 Ohara, H. 53.4 2855 Mori, Hideki 41.6 2155 Nakatsu, R. 21.16 1125 Ohkamil. 8.8 413 Mori, Hiromi 41.14 2187 49.16 2687 Ohlms, D.E. 52.8 2823 Mori, A. 6.23 301 Nakayama, K. 29.2 1521 Ohno, T. 38.12 2043 22.9 1181 Namiki, J. 19.6 969 Ohsawa, T. 19.6 969 27.2 1349 Naono, H. 18B.4 941 Ohta, F. 13.1 613 34.11 1765 Naqvi, S.S.H. 46.2 2451 Ohta, K. 7.1 309 48.8 2563 Nara, Y. 42.14 2279 45.9 2435 Mori, S. 41.6 2155 Navarro-Guerrero, Ohta, M. 12.8 597 Mori,Y. 8.6 405 J.J. 22.5 1165 12.10 605 Moriai, S. 42.7 2251 Nawab, H. 54.7 2911 43.11 2355 Morli, S. 2.8 69 Nayeri, M. 40.4 2103 50.4 2719 Morikawa, H. 24.8 1253 Neelakantan, M.N. 34.19 1797 Ohtsuki, S. 34.13 1773 38.11 2039 Nehorai, A. 55.14 2983 Ohyama, G. 56.11 3067 Morikawa, Y. 11B.6 565 Nelson, B.E. 41.20 2211 Ohyama, N. 34.15 1781 Morishima, 5. 14.5 713 Neovius, L. 13.14 665 34.16 1785 Morissette, S. 1.6 21 Nesti, F. 2.7 65 Ol, K. 28.21 1513 Morito, M. 7.18 377 Neuburg, E.P. 31.3 1609 Oja, E. 28.17 1497 Moriya, T. 33.6 1701 Neuvo, Y. 20.11 1025 Oka, A. 42.17 2291 Morley, R.E. 13.4 625 48.1 2535 Okabe, K. 18B.3 937 Moroo, J. 28.2 1437 48.6 2555 Okada, J. 35.21 1897 Morris, C.E. 36.5 1929 Ngan, K.N. 20.5 1001 Okamoto, H. 1.3 9 Name Session Page Name Session Page Name Session Page Okda, J. 27.5 1361 55.4 2943 Rusina, F. 44.7 2383 Okubo, S. 20.17 1049 Puetz, J.M. 26.9 1333 Russell, W. 17.2 865 Okujima, M. 34.13 1773 Qian, J. 46.6 2467 Saga, S. 31.4 1613 Okumura, S. 54.6 2907 Quatieri, T.F. 26.10 1337 Sagayama, S. 24.10 1261 Oliveri, F. 4.6 149 33.9 1713 Sagerer, G. 30.6 1581 Omura, J.K. 44.4 2371 Quenot, G. 29.9 1549 Sagisaka, V. 45.3 2411 Onda, N. 20.9 1017 Rabaey, J. 29.7 1541 Saint-Felix, D. 46.3 2455 Ono, R. 34.15 1781 Rabiner, L.R. 2.1 41 Saint-Marc, P. 28.1 1433 Ono, Sadayasu 41.15 2191 14.18 765 Saito, T. 4.1 129 41.16 2195 21.1 1065 Saitoh, V. 34.22 1809 54.8 2915 Rader, C.M. 47.6 2511 Sakai, H. 5.3 177 Ono, Shigeru 44.9 2391 Ragland, R.J. 48.22 2619 40.8 2119 Oohira, E. 42.15 2283 Rahman, M.A. 27.14 1397 Sakal, M. 48.14 2587 Oppenheim, A.V. 53.9 2875 Raineri, F. 42.3 2235 Sakal, T. 3.5 97 Orgren, A.C. 19.4 961 Rajasekaran, P.K. 14.10 733 11A.6 541 Osaki, E. 46.8 2475 Rajgopal, K. 34.3 1733 Sakamoto, Y. 53.11 2883 Osumi, N. 53.10 2879 Raju, K.B. 36.6 1933 Sakaniwa, K. 32.1 1637 Ouchi, H. 41.6 2155 Ramakrishnan, K.R. 34.3 1733 Sakao, T. 41.11 2175 Ouh-Voung, M. 45.10 2439 Ramamoorthy, P.A. 4.7 153 Sakoe, H. 21.3 1073 Owen, R.E. 8.9 417 41.1 2135 Salza, P.L. 38.10 2035 Ozaki, 5. 52.10 2831 Ramamoorthy, V. 16.4 829 Sandri, S. 38.10 2035 Ozawa, K. 9.7 457 44.10 2395 Saramaki, 1. 48.15 2591 33.3 1689 56.3 3035 Sarkar, T.K. 6.8 241 Ozawa, 5. 20.9 1017 Ramponi, G. 20.20 1061 Sasaki, T. 6.19 285 Ozeki, K. 21.17 1129 Ramstad, l.A. 16.7 841 Sato, H. 45.3 2411 Pahiavan, K. 1OB.4 509 56.14 3079 Sato, T. 53.8 2871 Palakal, M. 30.10 1597 Rao, V. 20.3 993 Sato, Yasuo 21.10 1101 Paliwal, K.K. 3.6 101 Rao, V.V. 36.6 1933 Satoh, Yayoi 29.2 1521 27.7 1369 Rawat, S. 41.21 2215 Sauer, K.D. 46.11 2487 Pallett, D.S. 7.3 317 Rayner, P.J.W. 6.9/ 245 Savoji, M.H. 55.2 2935 Panda, G. 55.7 2955 Read, C.J. 41.20 2211 Sawal, T. 53.11 2883 Pao, Y.H. 5.2 173 Reddy, G.R. 36.6 1933 Sayar, B. 6.3 221 Pardo, J.M. 13.8 641 Reddy, Fl. 49.5 2643 Scagliola, C. 21.11 1105 42.11 2267 Reddy, U. 20.3 993 Schafer, R.W. 6.16 273 Parks, T.W. 48.7 2559 Redinbo, R. 22.11 1189 39.6 2067 Pasupathy, 5. 35.20 1893 Reed, IS. 41.5 2151 Scharf, L. 7.13 357 56.17 3091 Regalia, P. 48.4 2547 Scharf, L.L. 20.7 1009 Paulraj, A. 35.5 1833 Reillo, C. 4.9 161 Schiappacasse, J. 41.13 2183 35.23 1905 Renfors, M. 48.6 2555 Schiller, E. 29.5 1533 35.24 1909 48.15 2591 Schirm IV, L. 54.5 2903 36.2 1917 Renshaw, D. 41.19 2207 Schmid, J. 8.1 385 47.2 2495 Restrepo, A. 27.3 1353 Schmidbauer, 0. 30.1 1561 Pauw, C.K. 18A.3 913 Rhodes, F.M. 29.11 1557 Schroeder, J. 5.9 201 Pee, M.H. 11B.5 561 Richards, M.A. 36.5 1929 Schroeder, M.R. PL.2 3157 Peikari, B. 40.6 2111 Richetin, M. 28.1 1433 Schroeter, J. 38.1 1999 Pellandini, F. 49.17 2691 Richter, A.G. 14.3 705 Schukat- Pennington, K.S. 11A.5 537 Rigoll, G. 24.2 1229 Talamazzini, G. 30.2 1565 Perennou, G. 7.5 325 Riittinen, H. 7.7 333 Schultheiss, P.M. 35.18 1885 Perera, W.A. 6.9 245 Risset, J.C. 25.1 1269 Schulz-Rinne, H. 54.9 2919 Perini, J.B. 44.6 2379 Rockah, V. 35.18 1885 Schwartz, D.A. 54.2 2891 Phillips, C.J.E. 35.12 1861 52.5 2811 Schwartz, M. 41.13 2183 Phillips, M. 42.8 2255 Roesgen, J.P. 8.4 397 Schwartz, R. 3.2 85 Picco, A. 8,2 389 Rogers, P.G. 28.20 1509 14.11 737 Picone, J. 3.8 109 Rohrs, C.E. 55.18 2999 30.9 1593 Picone, J.W. 14.10 733 Rose, P. 42.1 2227 Schwartz, 5. 52.1 2795 Pieraccini, R. 42.3 2235 Rose, R.C. 9.6 453 Sciarra, D. 21.11 1105 Piguet, C. 7.15 365 Rosen, V. 5.11 209 Sedgwick, N.C. 14.12 741 Pinto, D.F. 14.13 745 Rosenberg, A.E. 17.4 873 Seeto, A.W. 55.15 2987 Pitrelli, J.F. 51.6 2771 17.5 877 Sekiguchi, V. 30.5 1577 Plomp, R. 37.3 1963 Rossi, D.J. 20.13 1033 Seneff, 5. 37.8 1983 Plompen, R.H.J.M. 4.8 157 Roth, 0. 18A.1 905 Sentman, G. 56.6 3047 Pols, L.C.W. 17.11 901 Rothacker, R.J. 43.10 2351 Sereno, D. 16.8 845 37.3 1963 Rothweiler, J. 56.4 3039 33.2 1685 Polydoros, A. 52.4 2807 Roucos, S. 3.2 85 Shan, T.J. 32.8 1665 Porat, B. 5.11 209 14.11 737 35.23 1905 12.5 585 30.9 1593 Shao, H.M. 41.5 2151 Poritz, A.B. 14.3 705 Rousselot, J.P. 35.22 1901 Sharman, D.B. 28.11 1473 Powers, E.J. 50.6 2727 Roux, C. 34.6 1745 Sharman, K.C. 27.15 1401 Prezas, D.P. 3.8 109 Roy, R. 47.2 2495 Shenberg, I. 34.1 1725 56.16 3087 Roy, 5. 52.6 2815 Shenoi, B.A. 11B.5 561 Price, P. 30.9 1593 Ruan, L.Q. 36.10 1947 Shepherd, T.J. 35.17 1881 Proakis, J.G. 40.10 2127 Ruetz, PA. 15.7 801 Sherman, P.J. 5.4 181 Name Session Page Name Session Page Name Session Page Shichman, G. 2.4 53 Sullivan, E.J. 35.19 1889 Tomita, Y. 8.11 425 Shie, C.J. 45.10 2439 Sung, T.Y. 22.6 1169 Tomiyama, K. 27.18 1413 Shigenaga, M. 13.7 637 41.23 2223 Toraichi, K. 6.23 301 30.5 1577 Sung, W.Y. 6.12 257 22.9 1181 Shikano, K. 49.5 2643 Suzuki, Hideo 2.5 1285 27.2 1349 Shima, A. 47.5 2507 Suzuki, Hidetomo 39.11 2087 34.11 1765 Shimada, 5. 26.8 1329 Suzuki, Hisayoshi 31.7 1625 48.8 2563 Shimizu, K. 31.7 1625 Suzuki, M. 48.18 2603 Toriwaki, J. 39.11 2087 Shimizu, V. 8.8 413 Suzuki, Takao 41.11 2175 Torkkola, K. 7.7 333 Shinozaki, K. 8.3 393 Suzuki, Toshiro 33.10 1717 Tow, J. 8.10 421 Shirai, K. 30.8 1589 Suzuki, Toshiyuki 1.2 5 Tran, T. 4.7 153 31.8 1629 Suzuki, V. 7.17 373 Trancoso, l.M. 33.8 1709 38.12 2043 15.10 813 44.5 2375 42.5 2243 Suzurnura, N. 34.5 1741 Treherne, J.F. 14.7 721 42.6 2247 34.9 1757 Treichler, J.R. 19.1 949 Shoenfelt, J.E. 7.14 361 Svendsen, T. 56.10 3063 Tremain, I.E. 9.11 473 Shvadron, U. 19.8 977 Swaminathan, K. 48.3 2543 Tribolet, J.M. 33.8 1709 Shynk, J.J. 40.5 2107 Swingler, D.N. 47.8 2519 Tronconi, A. 13.12 657 Sicuranza, G.L. 20.20 1061 Tada, Y. 8.11 425 Tront, J.G. 34.23 1813 Sikorav, J. 18A.5 921 16.9 849 Trung, T.K. 41.5 2151 Silva, R.E. 52.12 2839 Tajima, K. 21.10 1101 Trussell, H.J. 6.13 261 Silverman, H.F. 31.5 1617 Tajiri, K. 53.11 2883 34.2 1729 Simard, P. 28.3 1441 Taka, M. 8.11 425 Tseng, CV. 45.10 2439 Singhal, 5. 44.2 2363 16.1 817 Tsuboi, A. 36.1 1913 Siohan, P. 11B.3 553 16.9 849 53.5 2859 Sistanizadeh, M.K. 36.3 1921 Takacs, P.Z. 5.5 185 Tsuboi, H. 49.8 2655 36.4 1925 Takada, K. 34.12 1769 Tsuboi, 1. 21.16 1125 Slu, W.C. 6.7 237 Takagi, N. 34.5 1741 Tsuboka, E. 42.20 2303 Sloan, D. 56.5 3043 Talcagi, T. 17.8 889 Tsuda, T. 15.9 809 Sluyter, R.J. 56.15 3083 Takahashi, M. 16.2 821 41.12 2179 Smith, S.G. 41.18 2203 Takahashi, N. 38.11 2039 Tsuga, K. 37.5 1971 41.19 2207 Takahashi, Yoshizo 34.4 1737 Tsujii, S. 40.1 2091 Snyder, J.H. 7.9 341 Takahashi, Yutaka 29.2 1521 Tsujimichi, S. 8.8 413 Soderstrand, M.A. 48.23 2623 Takamizawa, 1. 8.3 393 Tsujino, K. 23.8 1221 S6derstrOm, T 12.11 609 Takao, K. 35.15 1873 Tsujiuchi, J. 34.15 1781 Soetanto, K. 34.13 1773 Takebayashi, T. 41.14 2187 34.16 1785 Solomon, O.M.Jr. 43.8 2343 41.22 2219 Tsukahara, 1. 29.3 1525 Somayazulu, V. 41.3 2143 Takebayashi, V. 49.8 2655 Tubach, J.P. 2.6 61 Sonmer, R. 30.1 1561 Takegahara, T. 1.7 25 Tuteur, F.B. 52.5 2811 Sondhi, M.M. 19.9 981 Takeo, H. 4.1 129 Tzou, K.H. 4.10 165 38.1 1999 Takeuchi, H. 48.8 2563 1OB.3 505 Soong, F.K. 17.4 873 Takeuchi, M. 7.18 377 11A.4 533 17.5 877 Talkhan, E.S.A. 14.1 697 Uchimura, K. 29.8 1545 44.8 2387 Tamitani, I. 15.6 797 Uchino, E. 12.10 605 Soraghan, J.J. 53.7 2867 Tamura, V. 35.11 1857 Udagawa, H. 37.2 1959 Sorensen, H.V. 6.20 289 Tan, V. 34.20 1801 Ueda, K. 41.11 2175 Soudoplatoff, S. 2.2 45 Tanaka, A. 42.2 2231 Ueda, T. 21.15 1121 51.3 2759 Tanaka, H. 8.7 409 Ueda, V. 13.5 629 Soumagne, J. 1.6 21 Tanaka, K. 7.1 309 Uekawa, V. 42.20 2303 South, CR. 55.17 2995 Tanaka, M. 34.13 1773 Ueno, K. 53.10 2879 Spielman, D. 35.5 1833 Tang, Z. 27.21 1425 Uetake, V. 20.17 1049 35.24 1909 Tanguy, J. 34.6 1745 Ukita, T. 21.4 1077 Srinivasa, N. 34.3 1733 Tanida, J. 1OA.2 481 Ulbrich, W. 29.5 1533 Srinivasan, S. 6.21 293 Taniguchi, I. 8.11 425 41.8 2163 Stautner, J. 1.4 13 33.11 1721 UlIman, E.A. 46.10 2483 Stearns, S.D. 43.8 2343 Tardelli, J.D. 24.4 1237 Umezaki, T. 24.9 1257 Steenhaut, 0. 3.11 121 Tarrant, R. 54.1 2887 Un, C.K. 3.3 89 Steinhardt, A.0. 47.6 2511 Tassy, A. 49.15 2683 14.6 717 Stella, M.G. 38.5 2015 Tavakkoli, S. 32.2 1641 Unagami, S. 8.11 425 Stern, P.E. 23.1 1193 Teh, M.L. 27.4 1357 29.4 1529 Stewart, K.A. 28.11 1473 Temma, T. 15.3 785 33.11 1721 Stiling, P.A. 26.11 1341 53.6 2863 Uosaki, K. 32.7 1661 Stoica, P. 12.11 609 Thomson, D.L. 3.8 109 Usagawa, 1. 27.5 1361 Stoica, Petre 55.14 2983 56.16 3087 35.21 1897 Stoter, J. 8.1 385 Tisato, G. 45.2 2407 Usui, S. 50.2 2711 Strobach, P. 12.2 573 Toda, N. 50.2 2711 Uwatoko, T. 34.9 1757 Suehiro, N 6.2 217 Togawa, F. 21.15 1121 Uyematsu, T. 32.1 1637 Sugamura, N. 21.16 1125 Tohkura, Y. 14.17 761 Vaccaro, J.J. 22.3 1157 Sugawara, K. 49.11 2667 Tokumaru, H. 40.8 2119 Vaidyanathan, P.P. 1OB.1 497 Suglyama, A. 19.3 957 Tominaga, S. 33.11 1721 48.3 2543 Sugiyama, M. 49.4 2639 Tomita, M. 30.3 1569 48.4 2547 Suglyama, V. 6.24 305 42.22 2311 ValiverdO, F. 56.1 3027 Name Session Page Name Session Page Name Session Page VandenAudenaerde,G. 29.6 1537 Wei, H.J. 34.20 1801 Yamasaki, H. 35.11 1857 Van der Putten, F. 28.15 1489 Weinreich, G. 25.8 1297 Yamasaki, Y. 18A.2 909 van Eerdewilk, K.E. 8.1 385 Weinstein, E. 12.1 569 Yamashita, M. 15.6 797 Van Ginderdeuren, J. 29.6 1537 47.4 2503 Yamato, K. 24.6 1245 Van Hove, P.L. 28.7 1457 Weintraub, M. 3.1 81 Yamauchi, H. 8.5 401 van Meerbergen, J.L. 8.1 385 Weiss, A.J. 12.1 569 Yamazaki, T. 16.10 853 van Wijk, F.J. 8.1 385 Wellekens, C.J. 21.5 1081 56.12 3071 Veeneman, D. 56.13 3075 Welten, F.P. 8.1 385 Yaminysharif, M. 55.12 2975 Venetsanopoulos,A.N. 11B.1 545 Wengrovitz, M.S. 53.9 2875 Yanagida, M. 12.9 601 Venkateswar, V. 28.9 1465 Westphal, L.C. 34.18 1793 24.6 1245 VentS, 0. 21.21 1145 White, J.C. 22.4 1161 Yang, B. 35.6 1837 Vergara- White, L. 43.3 2323 Yang, S. 34.11 1765 Dominguez, L. 55.20 3007 White, R.L. 13.2 617 Yano, T. 35.15 1873 Verhelst, W. 3.11 121 Whyte, W.A. 20.10 1021 Yarlagadda, R. 5.9 201 38.3 2007 Widrow, B. 40.5 2107 Yasue, T. 29.10 1553 Verly, J.G. 28.7 1457 Wilcox, L.D. 2.9 73 Yasukawa, H. 26.3 1309 Vernazza, G. 53.3 2851 Wilkes, D.M. 43.9 2347 Yato, F. 21.18 1133 Versvik, I. 56.19 3099 Willey, 1. 15.2 781 49.6 2647 Vetter, W.J. 6.22 297 Williams, F.A. 54.4 2899 Yatsuzawa, Y. 16.2 821 Vetterli, M. 6.5 229 Wilpon, J.G. 14.18 765 Yatsuzuka, Y. 16.10 853 48.9 2567 21.1 1065 56.12 3071 Vicard, 0. 7.16 369 Wilson, P.J. 26.9 1333 Yazawa, J. 42.6 2247 42.10 2263 Winship, P. 8.12 429 Yazu, T. 38.6 2019 Vigouroux, N. 23.5 1209 Wittek, J.H. 8.1 385 Yegnanarayana, B. 32.11 1677 Viswanathan, V. 3.2 85 Wohlford, R.E. 14.14 749 Yeh, H.G. 41.2 2139 14.11 737 17.3 869 Yoshimura, H. 15.10 813 Wagner, M. 14.2 701 Wolf, J. 17.2 865 Youn, D.H. 19.4 961 42.1 2227 Wong, K.H. 39.7 2071 35.4 1829 Wahi, F.M. 46.4 2459 Wong, K.M. 47.1 2491 Youn, W.S. 14.6 717 Waibel, A. 42.16 2287 Wong, M.K. 37.4 1967 Yu, C. 55.3 2939 Wakita, H. 14.16 757 Wong, W.C. 3.7 105 Yu, H.J. 22.6 1169 37.5 1971 Wood, A.R. 23.4 1205 Yu, K.B. 27.14 1397 51.9 2783 Wood, S.L. 28.10 1469 36.3 1921 Walach, E. 11A.3 529 Woods, J.W. 20.6 1005 36.4 1925 Walker, R.S. 47.8 2519 28.15 1489 46.6 2467 Walter, C.W. 24.4 1237 Wooton, N.P. 41.19 2207 Yu, B. 49.13 2675 Walton, R.L. 28.7 1457 Wu, Z.X. 6.18 281 Yu, T.H. 46.5 2463 Wang, D.L. 50.10 2743 Wu, Z.Z. 32.9 1669 Yue, G. 55.16 2991 Wang, D.T. 26.9 1333 Xiong, R.M. 36.10 1947 Yumde, Y. 1.8 29 Wang, H. 12.6 589 Xu, G. 5.2 173 Zakarevicius, ftA. 35.12 1861 Wang, J.D. 6.13 261 Yachida, M. 34.15 1781 Zakharia, M.E. 35.3 1825 Wang, S.W. 6.4 225 34.16 1785 Zavidovique, B. 7.12 353 Wang, W. 14.2 701 Yagi, N. 15.5 793 39.8 2075 Wang, Y.P. 46.1 2447 Yagisawa, T. 30.5 1577 Zeger, K.A. 16.3 825 Wang, Zhong 36.8 1941 Yahagi, T. 19.5 965 Zervakis, M.E. 11B.1 545 Wang, Zhongde 20.4 997 Yahata, Y. 25.4 1281 Zhang, J. 38.7 2023 Ward, C.R. 35.17 1881 Yajima, S. 42.19 2299 Zhao, Q. 48.12 2579 Watanabe, A. 13.5 629 Yamada, H. 22.9 1181 Zhou, Y. 28.9 1465 Watanabe, H. 55.22 3015 Yamada, Keiji 11A.6 541 34.21 1805 Watanabe, M. 46.8 2475 Yamada, Kozo 7.18 377 Zhuang, X. 39.1 2047 Watanabe, S. 21.4 1077 38.6 2019 Zue, V.W. 7.6 329 Watanabe, T. 21.19 1137 Yamagishi, Y. 34.9 1757 23.2 1197 42.18 2295 Yamaguchi, K. 25.4 1281 51.1 2751 Watanuki, 0. 49.14 2679 Yamamoto, Kaoru 41.14 2187 51.5 2767 Watari, M. 21.3 1073 Yamamoto, Kazuhiko 22.9 1181 Zurcher, F. 16.11 857 21.13 1113 Yamane, N. 11B.6 565 VOLUME 1: Pages 1 - 766