I3ilikj I JULY 199^C Ui1ilscr; Combined with Fiectronics BU LLD 'T 11-L=L1=11 1 ; LII Ltil
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(12) Patent Application Publication (10) Pub
US 20140.095539A1 (19) United States (12) Patent Application Publication (10) Pub. No.: US 2014/0095539 A1 Smit et al. (43) Pub. Date: Apr. 3, 2014 (54) SYSTEMAND METHOD FOR tinuation of application No. 09/933,493, filed on Aug. ASYNCHRONOUS CLIENT SERVER SESSION 20, 2001, now Pat. No. 8,112,529. COMMUNICATION Publication Classification (71) Applicant: MasterObjects, Inc., Zeist (NL) (51) Int. Cl. (72) Inventors: Mark Hans Smit, Maarssen (NL); G06F 7/30 (2006.01) Stefan M. van den Oord, Best (NL) (52) U.S. Cl. CPC ................................ G06F 17/30696 (2013.01) (73) Assignee: MasterObjects, Inc., Zeist (NL) USPC .......................................................... 707/772 (57) ABSTRACT (21) Appl. No.: 14/027,645 The invention provides a session-based bi-directional multi tier client-server asynchronous information database search (22) Filed: Sep. 16, 2013 and retrieval system for sending a character-by-character string of data to an intelligent server that can be configured to Related U.S. Application Data immediately analyze the lengthening string character-by (63) Continuation of application No. 13/366,905, filed on character and return to the client increasingly appropriate Feb. 6, 2012, now Pat. No. 8,539,024, which is a con database information as the client sends the string. Arif ... is A i is Kerstriler listick: ersistent {}:s: Sters is: ritesic sig: liais: lagi Sistisic's Sife fertiei stees Mediate C3:::::::::::::::: issisi Eisik Patent Application Publication Apr. 3, 2014 Sheet 1 of 17 US 2014/0095539 A1 Questobjects {ssrt Ouest(bjecis Server its - {tiestfijects Series: FIG. Patent Application Publication Apr. 3, 2014 Sheet 2 of 17 US 2014/0095539 A1 iii.;; 'ersistent Q38: Store Freferencelas:g&f Sissistic'st Sisyre Sviciikai: -- - . -
FCC-06-11A1.Pdf
Federal Communications Commission FCC 06-11 Before the FEDERAL COMMUNICATIONS COMMISSION WASHINGTON, D.C. 20554 In the Matter of ) ) Annual Assessment of the Status of Competition ) MB Docket No. 05-255 in the Market for the Delivery of Video ) Programming ) TWELFTH ANNUAL REPORT Adopted: February 10, 2006 Released: March 3, 2006 Comment Date: April 3, 2006 Reply Comment Date: April 18, 2006 By the Commission: Chairman Martin, Commissioners Copps, Adelstein, and Tate issuing separate statements. TABLE OF CONTENTS Heading Paragraph # I. INTRODUCTION.................................................................................................................................. 1 A. Scope of this Report......................................................................................................................... 2 B. Summary.......................................................................................................................................... 4 1. The Current State of Competition: 2005 ................................................................................... 4 2. General Findings ....................................................................................................................... 6 3. Specific Findings....................................................................................................................... 8 II. COMPETITORS IN THE MARKET FOR THE DELIVERY OF VIDEO PROGRAMMING ......... 27 A. Cable Television Service .............................................................................................................. -
Avionics Systems Development for Small Unmanned Aircraft Vladislav Gavrilets
Avionics Systems Development for Small Unmanned Aircraft by Vladislav Gavrilets Submitted to the Department of Aeronautics and Astronautics in partial fulfillment of the requirements for the degree of Master of Science in Aeronautics and Astronautics at the R ,SSACHUSETTS INSTITUTE OF TECHNOLOGY June 1998 @ Massachusetts Institute of Technology 1998. All rights reserved. A uthor ................... .......... ............ Department of Aeronautics and Astronautics May 22, 1998 Certified by ......................... ... \ John J. Deyst Professor of Aeronautics and Astronautics Thesis Supervisor Accepted by ...................... S1 Jaime Peraire Chairman, Department Committee on Graduate Students JUL Os)81"8 LIBRARIES Avionics Systems Development for Small Unmanned Aircraft by Vladislav Gavrilets Submitted to the Department of Aeronautics and Astronautics on May 22, 1998, in partial fulfillment of the requirements for the degree of Master of Science in Aeronautics and Astronautics Abstract The avionics systems for two small unmanned aerial vehicles (UAVs) are considered from the point of view of hardware selection, navigation and control algorithm design, and software development. Some common challenges for many small UAV systems are addressed, including gust disturbance rejection at low speeds, control power, and systems integration. A rapid prototyping simulation framework which grew out of these efforts is described. A number of navigation, attitude determination and control algorithms are suggested for use in specific applications. Thesis Supervisor: John J. Deyst Title: Professor of Aeronautics and Astronautics Acknowledgments The work described in this thesis was a result of team effort. Here I would like to thank people who contributed to both projects described in the thesis, and otherwise provided support during my two years at MIT. I would like to thank my advisor Professor John J. -
Operating System Structure
Operating System Structure Joey Echeverria [email protected] modified by: Matthew Brewer [email protected] Nov 15, 2006 Carnegie Mellon University: 15-410 Fall 2006 Overview • Motivations • Kernel Structures – Monolithic Kernels ∗ Kernel Extensions – Open Systems – Microkernels – Exokernels – More Microkernels • Final Thoughts Carnegie Mellon University: 15-410 Fall 2006 1 Motivations • Operating systems have a hard job. • Operating systems are: – Hardware Multiplexers – Abstraction layers – Protection boundaries – Complicated Carnegie Mellon University: 15-410 Fall 2006 2 Motivations • Hardware Multiplexer – Each process sees a “computer” as if it were alone – Requires allocation and multiplexing of: ∗ Memory ∗ Disk ∗ CPU ∗ IO in general (network, graphics, keyboard etc.) • If OS is multiplexing it must also allocate – Priorities, Classes? - HARD problems!!! Carnegie Mellon University: 15-410 Fall 2006 3 Motivations • Abstraction Layer – Presents “simple”, “uniform” interface to hardware – Applications see a well defined interface (system calls) ∗ Block Device (hard drive, flash card, network mount, USB drive) ∗ CD drive (SCSI, IDE) ∗ tty (teletype, serial terminal, virtual terminal) ∗ filesystem (ext2-4, reiserfs, UFS, FFS, NFS, AFS, JFFS2, CRAMFS) ∗ network stack (TCP/IP abstraction) Carnegie Mellon University: 15-410 Fall 2006 4 Motivations • Protection Boundaries – Protect processes from each other – Protect crucial services (like the kernel) from process – Note: Everyone trusts the kernel • Complicated – See Project 3 :) – Full -
Pc104 1884 Spring 01
Coming of age: A trinity of technology PC/104 – Linux – GPS Figure 1. MZ104 board in the hand – One of the first five origi- nal beta test MZ104 boards. This unit was designed, built, and By Doug Stead tested in less than 60 days. Shown without the SO_DIMM mem- ory module, main memory can be added in sizes 2 to 64 Mbytes using fast SDRAM. Heat is not a problem as the MachZ chip con- sumes less than 0.5 Watts of saving battery power, or engineer- ing additional heat dissipation in sealed enclosures. itary, medical, and telecom environments, or where a desktop system is not suitable. At the heart of the MZ104 is a 133 MHz 486 processor buried within the MachZ silicon. This PC-on-a-chip, measuring What the world needs now, aside from Engineering, has just released the MZ104, 35mm x 35mm, contains all the transistors love, sweet love, are more reliability, a brand new sibling to the world of and logic gates to produce the functional- efficiency, and ubiquity. Over the last PC/104 products. (See Figure 1.) ity of a multi-card solution (See Figure 2). decade, our company has been a witness The MachZ chip uses 0.25-micron tech- and a participant in the maturation of not The MZ104 is a 486+ PC/104 single-board nology and is packaged in a 388-pin Ball only our own technology of embedded computer, which is a fully compliant Grid Array (BGA). When operating at top x86 PC/104 single-board computers and PC/104 CPU engine. -
RECE\VED Tio~ , 0 \992
DECTEC INTERNATIONAL INC. P.D. BOX 2275, 1 962 MILLS ROAD, SIDNEY, BRITISH COLUMBIA, CANADA VBL 3SB PHONE: (604) 655-4463 . ._.... FAX: (604) 655-3906 RECE\VED tiO~ , 0 \992 • COMMISSION ftDEkAL coMMUNICATIONS y OFF:"Ir.E OF THE SECRETAR October 8, 1991 RECEIVED OCT 15 IY9, Ms Donna Searcy Secretary, Federal Communications Commission FCC M/' 1919 M Street ,.,IL BRANCH Washington, DC 20515 Dear Ms. Searcy, This letter is presented in support of a filing submitted to the Commission by the Consumer Satellite Coalition on July 1, 1991. The document filed by the CSC requested a public hearing/inquiry on the monopolistic business practices of General Instrument Corporation and the distribution and sale to consumers by the General Instrument division of Forstmann Little Corporation of a defective descrambling product which is used by consumers and cable operators to unscramble programming delivered over satellite. As a research and development firm which has spent the past three years developing a universal scrambling system designed to run multiple encryption and decryption processes through one single decoder, we submit that General Instrument has deceived the pUblic, the governments of the united States and Canada, television programmers, hollywood producers, satellite and consumer electronic retailers, and the manufacturers of Integrated Receiver Descramblers in the sales and upgrade programs associated with its videocipher II scrambling system, (exhibit A). Through our work as a well-respected research and development company who has been -
Providing Policy Control Over Object Operations in a Mach Based System
The following paper was originally published in the Proceedings of the Fifth USENIX UNIX Security Symposium Salt Lake City, Utah, June 1995. Providing Policy Control Over Object Operations in a Mach Based System Spencer E. Minear Secure Computing Corporation Roseville, Minnesota For more information about USENIX Association contact: 1. Phone: 510 528-8649 2. FAX: 510 548-5738 3. Email: [email protected] 4. WWW URL: http://www.usenix.org Providing Policy Control Over Object Operations in a Mach Based System Spencer E. Minear Secure Computing Corporation 2675 Long Lake Road, Roseville, Minnesota 55113-2536 Email: [email protected] 28 April 1995 Abstract 1 Introduction The fundamental tenet on which this work is based is that high-integrity secure and safety- In both secure and safety-critical systems it critical systems benefit from an architecture is desirable to have a very clear relationship which possesses the following characteristics: between the system’s mandatory security pol- icy and its proven operational semantics. This 1. The system must have a clear, mandatory relationship is made clearer if the system ar- security policy which defines its desired chitecture provides strong separation between operation, the enforcement mechanisms and the policy 2. The system’s enforcement mechanisms decisions, and if the policy decision software must provide control over all system op- is clearly identifiable in the system’s architec- erations, ture. 3. The decision logic implementing the sys- tem’s mandatory security policy must be This paper describes a prototype Unix sys- encapsulated in a very limited number of tem based on Mach which provides manda- system elements, tory control over all kernel-supported opera- 4. -
Integrated Videocipher II CATV/DBS Scrambling System
4%...:-y HE 7601 .S46 COMMUNICATIONS Gr · ee FORUM "Direct Broadcast Satellite" November 1, 1990 Seminar Notes T r I- MASSACHUSETTS INSTITUTE OF TECHNOLOGY i' MASSACHUSETTS INSTITUTE OF TECHNOLOGY COMMUNICATIONS FORUM "Direct Broadcast Satellite" November 1, 1990 Seminar Notes Prof. Andrew Lippman, M.I.T., Organizer Thomas Wolzien, NBC Cable Dr. Vivien Horner, SkyPix Corporation Dr. Mark F. Medress, General Instrument Corporation Elizabeth H. Prodromou, M.I.T., Rapporteur __ ·~~~__~_~~____ This session of the MIT Communications Forum brought together three speakers for a discussion of issues related to direct broadcast satellite technology and services. The idea of direct-to-home satellite television has been around for many years, but it exists in America primarily for those who do not connect to a cable system. However, the possiblity of high power satellites, flat receiver dishes as small as a serving tray, 256 ahannels on one bird and HDTV have created new opportunities for communications that could exceed the potential of cable. Most plans involve the first widespread use of digital video as a consumer item, a fundamental change to television. The speakers in this panel will address the broadcasting plans and technical innovations for new approaches to DBS that are slated to go on- the-air as early as next year. Prof. Andrew Lippman of the MIT Medi Laboratory introduced the speakers, with some summary opening remarks on direct broadcast satellite (DBS) technology. He noted that, while the Communications Forum periodically has held discussions on HDTV, today's discussion was somewhat different than those in the past insofar as the discussion will point to the convergence between many programming and technological developments. -
Privacy Protection for Programming: Is Modifying Satellite Descramblers a Violation of the Wiretap Law? United States V. Hux, 940 F.2D 314 (8Th Cir
Washington University Law Review Volume 70 Issue 1 January 1992 Privacy Protection for Programming: Is Modifying Satellite Descramblers a Violation of the Wiretap Law? United States v. Hux, 940 F.2d 314 (8th Cir. 1991) Thomas N. FitzGibbon Washington University School of Law Follow this and additional works at: https://openscholarship.wustl.edu/law_lawreview Part of the Communications Law Commons Recommended Citation Thomas N. FitzGibbon, Privacy Protection for Programming: Is Modifying Satellite Descramblers a Violation of the Wiretap Law? United States v. Hux, 940 F.2d 314 (8th Cir. 1991), 70 WASH. U. L. Q. 231 (1992). Available at: https://openscholarship.wustl.edu/law_lawreview/vol70/iss1/8 This Case Comment is brought to you for free and open access by the Law School at Washington University Open Scholarship. It has been accepted for inclusion in Washington University Law Review by an authorized administrator of Washington University Open Scholarship. For more information, please contact [email protected]. PRIVACY PROTECTION FOR PROGRAMMING: Is MODIFYING SATELLITE DESCRAMBLERS A VIOLATION OF THE WIRETAP LAW? United States v. Hux, 940 F.2d 314 (8th Cir. 1991) In United States v. Hux I the Eighth Circuit concluded that the Wire- tap Law2 did not proscribe the modification of satellite descramblers to 3 receive encrypted programming. On two occasions, an undercover agent requested that the defendant, Austin Jerry Hux, modify a satellite descrambler module* to receive pre- mium pay television channels without the user paying the provider of the program.' Hux performed both of these modifications and received $400 for each.6 A Federal Grand Jury returned a four-count indictment against Hux: two counts of manufacturing an electronic device for the purpose of sur- reptitiously intercepting electronic communications under the Wiretap 1. -
Echo 974 2008 April
Case 8:03-cv-00950-DOC-JTL Document 974 Filed 04/10/2008 Page 1 of 48 1 CHAD M. HAGAN (pro hac vice) CHRISTINE WILLETTS (pro hac vice) 2 T. WADE WELCH & ASSOCIATES 2401 Fountainview, Suite 700 3 Houston, Texas 77057 Telephone: (713) 952-4334 4 Facsimile: (713) 952-4994 5 Attorneys for Plaintiffs ECHOSTAR SATELLITE CORP., et al. 6 DARIN W. SNYDER (S.B. #136003) - [email protected] 7 DAVID R. EBERHART (S.B. #195474) - [email protected] O’MELVENY & MYERS LLP 8 275 Battery Street, Suite 2600 San Francisco, California 94111 9 Telephone: (415) 984-8700 Facsimile: (415) 984-8701 10 Attorneys for Defendants 11 NDS GROUP PLC and NDS AMERICAS, INC. 12 13 UNITED STATES DISTRICT COURT 14 CENTRAL DISTRICT OF CALIFORNIA 15 SOUTHERN DIVISION 16 17 ECHOSTAR SATELLITE CORP., et al., Case No. SA CV 03-950 DOC(JTLx) 18 SECOND AMENDED JOINT TRIAL Plaintiffs, EXHIBIT LIST 19 v. 20 NDS GROUP PLC, et al., 21 Date: April 9, 2008 Defendants Time: 8:30 a.m. 22 Location: Dept. 9 Judge: Hon. David O. Carter 23 24 25 26 27 28 JOINT TRIAL EXHIBIT LIST Case No. SA CV 03-950 DOC (JTLx) Case 8:03-cv-00950-DOC-JTL Document 974 Filed 04/10/2008 Page 2 of 48 Pursuant to Local Rule 16-6.1, Plaintiffs and Defendants hereby submit their Joint Trial Exhibit List. Plaintiffs and Defendants reserve the right to amend the Joint Trial Exhibit List to add documents obtained as a result of any additional discovery and as may be necessary for impeachment, rebuttal, or otherwise based upon the evidence adduced at trial. -
I/O Kit Drivers for L4
THE UNIVERSITY OF NEW SOUTH WALES SCHOOL OF COMPUTER SCIENCE AND ENGINEERING I/O Kit Drivers for L4 Geoffrey Lee Submitted as a requirement for the degree Bachelor of Engineering (Computer Engineering) Submitted: November 3, 2005 Supervisor: Professor Gernot Heiser Accessor: Dr. Sergio Ruocco 2 Contents 1 Introduction 9 1.1 Overview . 9 1.2 Outline . 9 2 Background 11 2.1 Introduction . 11 2.2 Darwin . 11 2.2.1 Overview . 11 2.2.2 User environment . 11 2.2.3 Kernel environment . 11 2.3 Mac OS X . 13 2.4 L4 ................................................ 14 2.5 Motivation . 15 2.5.1 Performance . 15 2.5.2 Robustness . 15 2.5.3 Ease of porting . 16 2.6 Justification . 16 3 The I/O Kit 17 3.1 An Overview of the I/O Kit . 17 3.1.1 Driver layering . 17 3.1.2 Families and drivers . 17 3.1.3 Drivers and nubs . 19 3.1.4 The I/O Registry and the I/O Catalog . 19 3.1.5 Work loops . 19 3.1.6 Direct memory access . 20 3.1.7 Asynchronous events . 21 3.1.8 Power management . 21 3.1.9 Hot-plugging . 23 3.2 An Overview of a Typical I/O Kit Driver . 23 3.3 The I/O Kit Driver Code . 24 3.4 The Driver Property List . 24 4 Related Work 27 4.1 OSKit . 27 4.2 L4-Darwin . 27 4.3 Device Driver OS . 29 3 4 CONTENTS 4.4 User-level Device Drivers . 29 4.5 Nooks . -
Dr. Mark F. Medre.Ss Videocipher Division General Instrument
Dr. Mark F. Medre.ss Vice President New Business Development VideoCipher Division General Instrument Corporation 6262 Lusk Boulevard Mira Mesa Business Park San Diego CA 92121 619 / 535-2408 FAX 619 / 535-2485 GENERAL From the desk of: INSTRUMENT MARK MEDRESS Takc -LS'iuthnuf/ sate 1);Of,loke LIZ wiz& ;vt Loca(4'1\142A kyr' Chilk 4efittmw- LoA Pc/4N Cot— aw4 UAdAL,,, The Beauty of General Instrument's All-Digital Television Transmission System. • Watch DiqiCipher Technology n Acti; -b01cic:0,1G;;0;01:31oliclicionolioihio J0010110000110101001011001010010110 10;1016iwicoolulic!olioirl0.00:01 110111000010110101101011010011011000IC 1:0110,hio!oiolocooloilocoolioicioc 10100101100100110010110010110010101IC DI1011000101010110110101101011011010110 ),:y11oic.00lotiooloicolodloo:ouloci DI100101011010111000010110101101010110 DI10110101101101111010101000010110000 olookooloitoc.oliooloi,,ir,!mit000 01101010110100101101011011011100001011 loio,oliLliolotte;0110110,31101:31111C101 DI011000011010100101100101001011001C 11010 1 11000010!101011 0101C110'0C1C.1101 1110000101101011010110100110110001010 DroihiG:olot000piolicoccwoloinnic 001011001001100101100101100101011010 louicqc!1r:ou0r:030ui0d0l0n0l0pc 110001010101101101011010110110101101101 Cable System Hoolooloncoicicoiclicoloomooithic 0101011010111000010110101101010110100 Error MIN Correction Ii Home Satellite Decompression and Reconstruction Digitized Standard TV or HDTV Signal Broadcast Before Compression 1011010 001101 0101101 100100 Digital Television Data 101010 11010111 101101111 Compressed to a