COMPUTER PROGRAMS HIGH LEVEL

Brand Owner (click to sort) Address Description
ANSWER:BUILDER STERLING SOFTWARE, INC. 300 Crescent Court, Suite 1200 Dallas TX 75201 computer programs for a high-level, batch application development tool, enabling the development of large-scale, high-volume batch processing applications requiring access to single or multiple databases, and printed instructional manuals, therefor, sold as a unit;
ANSWER:TRANSACT STERLING SOFTWARE, INC. 300 Crescent Court, Suite 1200 Dallas TX 75201 computer programs for a high-level system generating applications which empower the development of large-scale, interactive online transaction processing applications for accessing and updating multiple mainframe databases, and printed instructional manuals, therefor, sold as a unit;
VISION:BUILDER STERLING SOFTWARE, INC. 300 Crescent Court, Suite 1200 Dallas TX 75201 computer programs for a high-level, batch application development tool, enabling the development of large-scale, high-volume batch processing applications requiring access to single or multiple databases and printed instructional manuals, therefor, sold as a unit;VISION BUILDER;
VISION:TRANSACT STERLING SOFTWARE, INC. 300 Crescent Court, Suite 1200 Dallas TX 75201 computer programs for a high-level system generating applications which empower the development of large-scale, interactive online transaction processing applications for accessing and updating multiple mainframe databases and printed instructional manuals, therefor, sold as a unit;
 

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

    
Technical Examples
  1. A computer-implemented method and system for performing graphics rendering on demand on a graphics subsystem, with only nominal host system operations being required. High-level specifications of graphics operations in a computer program are captured as I/O hardware programs in a memory. A graphics processor in the subsystem issues instructions in the captured programs to a graphics accelerator, which executes the instructions to perform graphics operations. The graphics accelerator has a status indicator containing status information relating to hardware events incident to the graphics operations. Under the control of instructions in the captured program, the graphics processor monitors the status indicator, and either issues, or delays issuing, the instructions in the captured programs, depending upon the status information in the indicator.