PRINTED INSTRUCTION MANUALS COMPUTER

Brand Owner (click to sort) Address Description
COGNOS INTERNATIONAL BUSINESS MACHINES CORPORATION New Orchard Road Armonk NY 10504 printed instruction manuals for computer programs used in application development;
IMPROMPTU INTERNATIONAL BUSINESS MACHINES CORPORATION New Orchard Road Armonk NY 10504 printed instruction manuals for computer programs used in applications development;
POWERDESIGNER SYBASE, INC. One Sybase Drive Dublin CA 94568 printed instruction manuals for computer programs used in applications development;POWER DESIGNER;
POWERHOUSE UNICOM SYSTEMS, INC. c/o UNICOM PLAZA, Suite 310 15535 San Fernando Mission Boulevard Mission Hills CA 91345 printed instruction manuals for computer programs used in applications development;power house;
PROGNOSIS INTEGRATED RESEARCH PTY. LIMITED LEVEL 10, 168 WALKER STREET NORTH SYDNEY, NSW 2059 Australia PRINTED INSTRUCTION MANUALS FOR COMPUTER PROGRAMS IN THE FIELD OF STATUS AND STATISTICAL MANAGEMENT OF COMPUTER SYSTEMS ON A NETWORK-WIDE BASIS;
SEARCHAGENT FULCRUM TECHNOLOGIES INC. 785 Carling Avenue Ottawa, Ontario K1S 5H4 Canada printed instruction manuals for computer programs used in the fields of information storage and retrieval and applications development;SEARCH AGENT;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. A method for adaptive runtime reconfiguration of a co-processor instruction set, in a computer system with at least a main processor communicatively connected to at least one reconfigurable co-processor, includes the steps of configuring the co-processor to implement an instruction set comprising one or more co-processor instructions, issuing a co-processor instruction to the co-processor, and determining whether the instruction is implemented in the co-processor. For an instruction not implemented in the co-processor instruction set, raising a stall signal to delay the main processor, determining whether there is enough space in the co-processor for the non-implemented instruction, and if there is enough space for said instruction, reconfiguring the instruction set of the co-processor by adding the non-implemented instruction to the co-processor instruction set. The stall signal is cleared and the instruction is executed.