Home

DATA PROCESSORS COMPUTER ACCESSORIES

Brand Owner (click to sort)
6A Liming Network Systems Co., Ltd.
7 LAYERS 7 layers AG
A TO A Liming Network Systems Co., Ltd.
ABN AMRO GLOBALGATEWAY CONNECTION BOX ABN AMRO Holding N.V.
AFDX AIRBUS DEUTSCHLAND GMBH
ALWAYS ONLINE. EVEN OFFLINE Tixi.Com GmbH Telecommunication Systems
ANATOMY ART Von Hagens, Gunther Whalley, Angelina
ASYNTIS ASYNTIS GmbH
BACTIFLOW CHEMUNEX
BC BOURSE CONNECT BOURSE CONNECT
BERTELSMANN BERTELSMANN AKTIENGESELLSCHAFT
BODY WORLDS Hagens, Gunther von
CHERUB Cherub Technology Co., Ltd.
CM4ALL Content Management AG
COPPERJET Allied Data Technologies B.V.
DAYANG DAYANG TECHNOLOGY DEVELOPMENT INC.
DEBIS DAIMLERCHRYSLER SERVICES AG
DEBIS DAIMLERCHRYSLER SERVICES AG
DEBIS DAIMLERCHRYSLER SERVICES AG
DELAVAL DeLaval Holding AB
DENKWERK denkwerk neue medien holding GmbH
DEVELOCITY PALMERWHEELER LIMITED
DISKUS WERKE Diskus Werke Schleiftechnik GmbH
EADS EADS DEUTSCHLAND GMBH
EASYLON GESYTEC Gesellschaft fur Systemtechnik und Datenverarbeitung mbH
EJC Snijder, Nicolaas Roelof
ENDERMO LPG SYSTEMS
FLEXMOUSE Virtual Paper eMedia Solutions GmbH
FOSS FOSS A/S
FRAMATOME ANP FRAMATOME
FRIEND@ friendlyway AG
G-LEC G-LEC Europe GmbH
GAMEMON Shenzhen Gameware Electronic Ltd.
GAMPAQ Shao Jian Deng
GEM-MEX Applied Formal Methods Institute Inc.
GYRATION THOMSON
H5B5 H5B5 GMBH
HOLLYSYS BEIJING HOLLYSYS CO., LTD
HONEYBOX Scheucher, Christian
ICR NETWORK INTERNATIONAL CYBER RESOURCES NETWORK ICR Network B.V.
IMEDIATION IMEDIATION
INN CREA INNOVATION AND CREATION COMPANY INNCREA KIMYA MAKINA YAZILIM ELEKTRONIKSANAYI VE TICARET LIMITED SIRKETI
INTEL CORE INTEL CORPORATION
ISOBAR COMMUNICATIONS AEGIS LUXEMBOURG SARL
KEEBOO SEVENIX CORPORATION
KEEBOOK KEEBOO CORPORATION
KORPERWELTEN Hagens, Gunther von
LC POWER Silent Power Electronics GmbH
LC POWER Silent Power Electronics GmbH
MEANING GREEN Meaning Green AB
MECHYDRONIC Putzmeister Aktiengesellschaft
MODULAR3 TRUMPF GmbH + Co. KG
MONTAGES Applied Formal Methods Institute Inc.
MPCOS Gemplus
NET VALUE ONLINE Netvalue (S.A.)
NET VALUE WAPMETER Netvalue (S.A.)
NETAC NETAC TECHNOLOGY CO., LTD.
NETSNAPPER SUNBAY SOFTWARE AG
NEURODAN Neurodan A/S
NI HAO NI HAO
NIHILENT EVOLVING IDEAS Nihilent Technologies Private Limited
OMNIPLUS DAIMLERCHRYSLER AG
ONEVIEW Oneview Interest Systems & Services Gmbh
OPTOJENA Piezosystem Jena Prazisionsjustierelemente GmbH
OR1 KARL STORZ ENDOSCOPY KARL STORZ GMBH & CO. KG
PATSYSTEMS REFLECTOR Patsystems (UK) Ltd.
PATSYSTEMS STRATEGY MASTER Patsystems (UK) Ltd.
POCKET CHEFF TANGO SOFTWARE HOUSE LTDA.
SCREENEXCHANGE FAME INTERNATIONAL LIMITED
SENSITIVITY Sensitivity Limited
SERVO The Boston Consulting Group GmbH
SYNOVATE AEGIS TRADEMARKS B.V.
SYNTAX.NET Syntax Systems Ltd./ Systemes Syntaxe Ltee
SYSTEMATICS Westinghouse Brake and Signal Holdings Limited
T GAMES Deutsche Telekom AG
T LIFESTYLE Deutsche Telekom AG
TERPROM EAGLE OWL BAE SYSTEMS plc
THE CHELSEA FLOWER SHOW The Royal Horticultural Society
THE MOMENTUM ENGINE AEGIS TRADEMARK BV
THE WEASEL REIN, wolf-Heider
TRIPLE-S Triple-S Strukturen-Software-Systeme GmbH
VMI MINORPLANET LIMITED
WORLDGUIDE Worldguide AG
XAN IMMOBILIENGESELLSCHAFT HELMUT FISCHER GMBH & CO. KG.
XPL Deutsche Post AG
ZUMTOBEL STAFF ZUMTOBEL AKTIENGESELLSCHAFT
Technical Examples
  1. A basic input/output system (BIOS) for use in a computer system having a plurality of processors is described. The BIOS is embodied in a computer readable medium as computer program instructions which are operable to facilitate substantially simultaneous operation of the plurality of processors. According to one embodiment, the processors are simultaneously enabled to test of different portions of the system memory.
  2. A policy-based network security management system is disclosed. In one embodiment, the system comprises a security management controller comprising one or more processors; a computer-readable medium carrying one or more sequences of instructions for policy-based network security management, wherein execution of the one or more sequences of instructions by the one or more processors causes the one or more processors to perform the steps of receiving a set of data regarding a user of a computer network; automatically deciding on a course of action based on the set of data, wherein the course of action may be adverse to the user although the set of data is insufficient to establish whether the user is performing a malicious action; and sending signals to one or more network elements in the computer network to implement the decision.
  3. A platform and method of deploying virtual processing areas networks are described. A plurality of computer processors are connected to an internal communication network. At least one control node is in communication with an external communication network and an external storage network has an external storage address space. The at least one control node is connected to the internal network and thereby is in communication with the plurality of computer processors. Configuration logic defines and establishes a virtual processing area network having a corresponding set of computer processors from the plurality of processors, a virtual local area communication network providing communication among the set of computer processors, and a virtual storage space with a defined correspondence to the address space of the storage network.
  4. A multiprocessor, parallel computer is made tolerant to hardware failures by providing extra groups of redundant standby processors and by designing the system so that these extra groups of processors can be swapped with any group which experiences a hardware failure. This swapping can be under software control, thereby permitting the entire computer to sustain a hardware failure but, after swapping in the standby processors, to still appear to software as a pristine, fully functioning system.
  5. A parallel processing architecture comprising a cluster of embedded processors that share a common code distribution bus. Pages or blocks of code are concurrently loaded into respective program memories of some or all of these processors (typically all processors assigned to a particular task) over the code distribution bus, and are executed in parallel by these processors. A task control processor determines when all of the processors assigned to a particular task have finished executing the current code page, and then loads a new code page (e.g., the next sequential code page within a task) into the program memories of these processors for execution. The processors within the cluster preferably share a common memory (1 per cluster) that is used to receive data inputs from, and to provide data outputs to, a higher level processor. Multiple interconnected clusters may be integrated within a common integrated circuit device.

Thank you for using Findownersearch.com. If you have any comments or suggestions, please contact us.

Copyright © Uchisearch, LLC 2007-2008