Temporary Restraining Order
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UNITED STATES BANKRUPTCY COURT Southern District of New York *SUBJECT to GENERAL and SPECIFIC NOTES to THESE SCHEDULES* SUMMARY
UNITED STATES BANKRUPTCY COURT Southern District of New York Refco Capital Markets, LTD Case Number: 05-60018 *SUBJECT TO GENERAL AND SPECIFIC NOTES TO THESE SCHEDULES* SUMMARY OF AMENDED SCHEDULES An asterisk (*) found in schedules herein indicates a change from the Debtor's original Schedules of Assets and Liabilities filed December 30, 2005. Any such change will also be indicated in the "Amended" column of the summary schedules with an "X". Indicate as to each schedule whether that schedule is attached and state the number of pages in each. Report the totals from Schedules A, B, C, D, E, F, I, and J in the boxes provided. Add the amounts from Schedules A and B to determine the total amount of the debtor's assets. Add the amounts from Schedules D, E, and F to determine the total amount of the debtor's liabilities. AMOUNTS SCHEDULED NAME OF SCHEDULE ATTACHED NO. OF SHEETS ASSETS LIABILITIES OTHER YES / NO A - REAL PROPERTY NO 0 $0 B - PERSONAL PROPERTY YES 30 $6,002,376,477 C - PROPERTY CLAIMED AS EXEMPT NO 0 D - CREDITORS HOLDING SECURED CLAIMS YES 2 $79,537,542 E - CREDITORS HOLDING UNSECURED YES 2 $0 PRIORITY CLAIMS F - CREDITORS HOLDING UNSECURED NON- YES 356 $5,366,962,476 PRIORITY CLAIMS G - EXECUTORY CONTRACTS AND UNEXPIRED YES 2 LEASES H - CODEBTORS YES 1 I - CURRENT INCOME OF INDIVIDUAL NO 0 N/A DEBTOR(S) J - CURRENT EXPENDITURES OF INDIVIDUAL NO 0 N/A DEBTOR(S) Total number of sheets of all Schedules 393 Total Assets > $6,002,376,477 $5,446,500,018 Total Liabilities > UNITED STATES BANKRUPTCY COURT Southern District of New York Refco Capital Markets, LTD Case Number: 05-60018 GENERAL NOTES PERTAINING TO SCHEDULES AND STATEMENTS FOR ALL DEBTORS On October 17, 2005 (the “Petition Date”), Refco Inc. -
Funding by Source Fiscal Year Ending 2019 (Period: 1 July 2018 - 30 June 2019) ICANN Operations (Excluding New Gtld)
Funding by Source Fiscal Year Ending 2019 (Period: 1 July 2018 - 30 June 2019) ICANN Operations (excluding New gTLD) This report summarizes the total amount of revenue by customer as it pertains to ICANN's fiscal year 2019 Customer Class Customer Name Country Total RAR Network Solutions, LLC United States $ 1,257,347 RAR Register.com, Inc. United States $ 304,520 RAR Arq Group Limited DBA Melbourne IT Australia $ 33,115 RAR ORANGE France $ 8,258 RAR COREhub, S.R.L. Spain $ 35,581 RAR NameSecure L.L.C. United States $ 19,773 RAR eNom, LLC United States $ 1,064,684 RAR GMO Internet, Inc. d/b/a Onamae.com Japan $ 883,849 RAR DeluXe Small Business Sales, Inc. d/b/a Aplus.net Canada $ 27,589 RAR Advanced Internet Technologies, Inc. (AIT) United States $ 13,424 RAR Domain Registration Services, Inc. dba dotEarth.com United States $ 6,840 RAR DomainPeople, Inc. United States $ 47,812 RAR Enameco, LLC United States $ 6,144 RAR NordNet SA France $ 14,382 RAR Tucows Domains Inc. Canada $ 1,699,112 RAR Ports Group AB Sweden $ 10,454 RAR Online SAS France $ 31,923 RAR Nominalia Internet S.L. Spain $ 25,947 RAR PSI-Japan, Inc. Japan $ 7,615 RAR Easyspace Limited United Kingdom $ 23,645 RAR Gandi SAS France $ 229,652 RAR OnlineNIC, Inc. China $ 126,419 RAR 1&1 IONOS SE Germany $ 892,999 RAR 1&1 Internet SE Germany $ 667 RAR UK-2 Limited Gibraltar $ 5,303 RAR EPAG Domainservices GmbH Germany $ 41,066 RAR TierraNet Inc. d/b/a DomainDiscover United States $ 39,531 RAR HANGANG Systems, Inc. -
JP Domain Name Registry Report 2020
2020.1-12 JP ドメイン名レジストリレポート 2 01 JP Domain Name 7 Registry Report https://jprs.co.jp/en/ Japan Registry Services Co.,Ltd. Introduction Registry Report Index As technology advances the Internet is being used in more broad and diverse areas of society. Especially in 2020, the spread of COVID-19 accelerated the trend toward working from home as well as streaming and viewing video online, changing both people’s lifestyles and the dynamics of industries. These shifts highlighted the importance of the communication infrastructure that underpins Internet services and technologies and the significance of the Domain Name System (DNS) and domain 01 Registry Activities names that form the basis of the Internet. 01・1 Goal of JPRS as the JP Domain Name Registry 02 With this background, the number of JP domain names surpassed 1.6 million in October 2020. As of January 2021, JP domain name registrations exceeded 1.62 01・2 Major Topics of 2020 03 million. Of that, 1.09 million are registered as General-use JP domain names, 01・3 International Relations 09 accounting for about 70% of total registrations. 510,000 names are Organizational Type JP domain names, the domain name space categorized by organizational type of 01・4 Activities in Japan 18 registrants. Over 440,000 names are registered under “co.jp,” making it the most 01・5 Overview of this Term’s Activities and Challenges for the Future 22 registered category in Organizational Type JP domain names; many companies are using “co.jp” domain names. JPRS celebrated its 20th anniversary on December 26, 2020. -
Comparative Case Study on Alternative Resolution Systems for Domain Name Disputes
Fall 08 COMPARATIVE CASE STUDY ON ALTERNATIVE RESOLUTION SYSTEMS FOR DOMAIN NAME DISPUTES 1 COMPARATIVE CASE STUDY ON ALTERNATIVE RESOLUTION SYSTEMS FOR DOMAIN NAME DISPUTES ------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------ COMPARATIVE CASE STUDY ON ALTERNATIVE RESOLUTION SYSTEMS FOR DOMAIN NAME DISPUTES ISBN 978-92-9156-261-9 doi: 10.2814/294649 TB-06-18-312-EN-N © European Union Intellectual Property Office, 2018 Reproduction is authorised provided the source is acknowledged 2 Fall 08 COMPARATIVE CASE STUDY ON ALTERNATIVE RESOLUTION SYSTEMS FOR DOMAIN NAME DISPUTES ------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------ COMPARATIVE CASE STUDY ON ALTERNATIVE RESOLUTION SYSTEMS FOR DOMAIN NAME DISPUTES TABLE OF CONTENTS 1 EXECUTIVE SUMMARY ...................................................................................................................... 5 2 GENERAL BACKGROUND ................................................................................................................. 8 3 METHODOLOGY .................................................................................................................................. 9 4 OVERVIEW OF DISPUTE RESOLUTION POLICIES ....................................................................... 11 The UDRP ............................................................................................................................ -
The Domination of the English Language in the Global Village: Efforts to Further Develop the Internet by Populating It with Non-Latin-Based Languages, 12 Rich
Richmond Journal of Law and Technology Volume 12 | Issue 1 Article 3 2005 The ominD ation of the English Language in the Global Village: Efforts to Further Develop the Internet By Populating It With Non-Latin-Based Languages Molly Torsen Follow this and additional works at: http://scholarship.richmond.edu/jolt Part of the Internet Law Commons Recommended Citation Molly Torsen, The Domination of the English Language in the Global Village: Efforts to Further Develop the Internet By Populating It With Non-Latin-Based Languages, 12 Rich. J.L. & Tech 2 (2005). Available at: http://scholarship.richmond.edu/jolt/vol12/iss1/3 This Article is brought to you for free and open access by UR Scholarship Repository. It has been accepted for inclusion in Richmond Journal of Law and Technology by an authorized administrator of UR Scholarship Repository. For more information, please contact [email protected]. Richmond Journal of Law & Technology Volume XII, Issue1 THE DOMINATION OF THE ENGLISH LANGUAGE IN THE GLOBAL VILLAGE: EFFORTS TO FURTHER DEVELOP THE INTERNET BY POPULATING IT WITH NON-LATIN-BASED LANGUAGES Molly Torsen* *University of Washington School of Law, J.D., 2005. The author would like to thank Christian Degueldre, Bryan Stech and Jane Winn. Ms. Torsen is currently at the AHRC Research Centre for Studies in Intellectual Property and Technology at the University of Edinburgh School of Law performing intellectual property research. Cite as: Molly Torsen, The Domination of the English Language in the Global Village: Efforts to Further Develop the Internet by Populating It with Non-Latin-Based Languages, 12 RICH. -
JP Domain Name Registry Report 2012
2012.1-12 Introduction As the Internet is being used in increasingly diverse areas of society, the need for domain names is growing and the area of domain name use is getting broader. Against this background, the total number of registered JP domain names reached 1.3 million in August 2012. In the same year, JPRS introduced the“Prefecture Type JP Domain Name,” a new second-level name space using the names of all the 47 prefectures in Japan, with an aim to meet the growing demand for domain names. In the global domain name industry, 2012 marked a year of further development of the TLD space, with the progress of ICANN*1’s New gTLD Program and the launch of the applications for new gTLD strings. On the other hand, we have also seen a number of challenges related to the Internet infrastructure, such as the spread of damage caused by malware which rewrites DNS server settings, and the vulnerability of DNS software. As a company supporting the basis of the Internet society through JP domain names and DNS management, JPRS is striving to make the Internet safe for everyone to use. To this end, JPRS promptly provides information and deals with risks and challenges as they arise. JPRS also actively contributes to discussions of global issues and conveys relevant information to the community in Japan. In addition to the above, JPRS is committed to its ongoing operations to improve JP domain name services, develop systems, and carry out promotional activities to facilitate the use of JP domain names and deliver greater value to users. -
JP Domain Name Registry Report 2010
2010.1-12 Japan Registry Services Co., Ltd. http://jprs.co.jp/en/ Japan Registry Services Co., Ltd. Introduction In 2010, .JP was recognized as one of the world’s safest country code top-level domains (ccTLDs) for the second consecutive year*¹. This, we believe, is the result of our careful management of domain name registration, appropriate services for JP Registrars and service providers, as well as cooperative activities with JPCERT/CC*² and other security-related organizations at home and abroad. Also in 2010, we continued to face threats to the foundation of the Internet, such as the exhaustion of IPv4 address inventory and the discovery of vulnerabilities in DNS software. As a company supporting the basis of the Internet society through JP domain names and DNS, JPRS is striving to make the Internet safe for everyone to use. To this end, JPRS promptly provides information and deals with risks and problems as they arise. JPRS also actively contributes to discussions of global issues and conveys relevant information to parties in Japan. In addition to the above, JPRS is committed to its ongoing operations to improve JP domain name services, develop systems, and carry out promotional activities to facilitate the use of JP domain names and deliver greater value to users. The management and administration of JP domain names require a high level of commitment to enhancing the public interest and encouraging sound competition. Recognizing this vital nature of its services and influence on society, JPRS annually publishes the“Registry Report” on its management and administration of .JP domain names. -
Fy20-Funding-Source
Funding by Source Fiscal Year 2020 (Period: 1 July 2019 - 30 June 2020) ICANN Operations (excludes New gTLD) This report summarizes the funding received from each legal entity as it pertains to ICANN's Fiscal Year 2020. The most current fiscal year and all prior year reports are available in PDF format or Excel format on ICANN's Financial page. See: https://www.icann.org/resources/pages/governance/current-en Class Customer Name Country or Territory Total Registrar ! #1 Host Australia, LLC United States of America $5,954 Registrar ! #1 Host Canada, LLC United States of America $5,905 Registrar ! #1 Host China, LLC United States of America $5,903 Registrar ! #1 Host Germany, LLC United States of America $5,881 Registrar ! #1 Host Israel, Inc. China $1,000 Registrar ! #1 Host Japan, LLC United States of America $5,892 Registrar ! #1 Host Korea, LLC United States of America $5,913 country code Top Level Domain (ccTLD) .au Domain Administration Australia $102,395 New gTLD Registry .BOX INC. Cayman Islands $27,765 New gTLD Registry .CLUB DOMAINS, LLC United States of America $328,523 country code Top Level Domain (ccTLD) .CO Internet SAS Colombia $75,000 country code Top Level Domain (ccTLD) .hr Registry Croatia $500 New gTLD Registry .TOP Registry China $853,088 Registrar $$$ Private Label Internet Service Kiosk, Inc. (dba "PLISK.com") United States of America $5,310 Registrar 007Names, Inc. United States of America $6,270 Registrar 0101 Internet, Inc. Hong Kong, China $5,487 Registrar 1&1 IONOS SE Germany $861,721 New gTLD Registry 1&1 Mail & Media GmbH Germany $25,000 Registrar 101domain GRS Limited United States of America $27,127 Registrar 10dencehispahard, S.L. -
An Automated Frameworkfor Detecting IDN Homographs
ShamFinder: An Automated Framework for Detecting IDN Homographs∗ Hiroaki Suzuki Daiki Chiba Yoshiro Yoneya Waseda University NTT Secure Platform Laboratories Japan Registry Services Tokyo, Japan Tokyo, Japan Tokyo, Japan [email protected] [email protected] [email protected] Tatsuya Mori Shigeki Goto Waseda University/NICT/RIKEN Waseda University AIP Tokyo, Japan Tokyo, Japan [email protected] [email protected] ABSTRACT Chinese, Cyrillic, Hangul, Hebrew, Hiragana, or Tamil. IDN The internationalized domain name (IDN) is a mechanism was first proposed by Dürst in 1996 as an Internet Draft (I- that enables us to use Unicode characters in domain names. D) [19]. Subsequently, a system known as Internationalizing The set of Unicode characters contains several pairs of charac- Domain Names in Applications (IDNA) was adopted as an ters that are visually identical with each other; e.g., the Latin Internet standard [11]. Currently, the IDNA system is widely character ‘a’ (U+0061) and Cyrillic character ‘0’(U+0430). deployed in various domains including hundreds of top-level Visually identical characters such as these are generally domains (TLDs). In addition, the majority of modern web known as homoglyphs. IDN homograph attacks, which are browsers are capable of accommodating IDNs. widely known, abuse Unicode homoglyphs to create looka- Character sets permitted to be used as IDNs contain sev- like URLs. Although the threat posed by IDN homograph eral pairs of characters that are visually similar with each attacks is not new, the recent rise of IDN adoption in both other. These characters are known as homoglyphs. -
Motion-Enhanced Quantum Entanglement in the Dynamics of Excitation Transfer *
ISSN: 0256-307X 中国物理快报 Chinese Physics Letters Volume 32 Number 8 August 2015 A Series Journal of the Chinese Physical Society Distributed by IOP Publishing Online: http://iopscience.iop.org/0256-307X http://cpl.iphy.ac.cn C HINESE P HYSICAL S OCIET Y CHIN. PHYS. LETT. Vol. 32, No. 8 (2015) 088701 Motion-Enhanced Quantum Entanglement in the Dynamics of Excitation Transfer * SONG Wei(y伟)1**, HUANG Yi-Sheng(黄怿v)2, YANG Ming(杨¶)2, CAO Zhuo-Liang(ùRû)1 1Institute for Quantum Control and Quantum Information, and School of Electronic and Information Engineering, Hefei Normal University, Hefei 230601 2School of Physics and Material Science, Anhui University, Hefei 230601 (Received 15 March 2015) We investigate the dynamics of entanglement in the excitation transfer through a model consisting of three interacting molecules coupled to environments. It is shown that the entanglement can be further enhanced if the distance between the molecules is oscillating. Our results demonstrate that the motional effect plays a constructive role on quantum entanglement in the dynamics of excitation transfer. This mechanism might provide a useful guideline for designing artificial systems to battle against decoherence. PACS: 87.15.A−, 87.15.hj, 03.67.−a DOI: 10.1088/0256-307X/32/8/088701 Usually quantum entanglement is regarded as a of quantum coherence in light harvesting efficiency. fragile resource and very sensitive to noise. Thus we In particular, Sarovar et al.[25] present numerical evi- need rigorous laboratory conditions to manufacture dences for the existence of entanglement in the FMO and maintain entanglement. It is believed that en- complex for relatively long times.