Response time (computer systems), Competition, Computer science research, Cost-effective supercomputing, Engineering problems, Gordon Bell Prize, National Science Foundation, Parallel processing, Performance, Price, Scientific problems, Computer programming, Computer software, Computer systems programming, Data communication systems, Home offices, Home working, Interactive computer systems, Noise pollution, Office automation, Office buildings, Office noise level, Office size, Office space, Optimal programming office environment, Programmer performance, Programming productivity, Santa Teresa Programming Laboratory, Software productivity, Telecommunity, Work environment, Bandwidth, Collaborative work, Collage whiteboard tool, Communication channels (information theory), Computer hardware, Computer operating systems, Computer software, Computer software Visual Audio Tool, Computer software Whiteboard (WB), Critical path analysis, Distributed group work, Gateways (computer networks), Internet, Internet computer network, Internet infrastructure, Mrouters, Multicast backbone (Mbone) virtual network, Network Voice Terminal audio conferencing tool, Real-time audio, Real-time video, Reflectors, Resource allocation, Session Director (SD) conferencing tool, Shared whiteboards, Software tools, Teleconferencing, Videoconferencing applications, Virtual classroom, Virtual reality, Compton’s multimedia patent, Computer-related patent applications, Patent Office, Patent re-examination, Patent validity check, Computer aided design, Computer hardware, Computer products, Computer systems, Field programmable gate arrays, High level languages, Image processor, Microelectronics, Rapid systems prototyping, Software prototyping, Systems analysis, Technology, Time to market, Attached processor, Automation, Computational methods, Computational properties, Computer architecture, Computer hardware, Computer monitors, Computer systems, Crossbar networks, Custom computing platform, Data paths, Data transfer, Distributed memory, Experimental custom computing platform, High level languages, Image processing, Image processing applications, Image processing systems, Near application specific computational performance, Performance, Performance benchmarking techniques, Performance tasks, Pixels, Programmable processing elements, RAM based field programmable gate arrays, Real time image processing designs, Real-time image processing, Software control, Software prototyping, Splash-2, Systems analysis, Timing circuits, VTSplash, Common configurable hardware platform, Computer hardware, Computer programming, Computer simulation, Computer software, Data structures, Database systems, Databases, Execution processors, Hardware emulation, I/O, Large data sets, MIMD systems, Models, Multiprocessing systems, Multiprocessor architectures, Multiprocessor systems, Network protocols, Operating systems, Performance evaluation, Processors, Production compilers, Rapid prototyping engine, Rapid prototyping engine for multiprocessor systems, Real computer, Reliable design verification, RPM, Shared memory systems, Simulators, Software utilities, Synchronization, Target machine, Technology, Workloads, Algorithms, Assignment, Code generation, Commercial DSP processors, Computer hardware, Computer networks, Computer programming, Computer software, Core processors, Data communication systems, Data transfer, Development cost, Digital filters, Digital signal processing, DSP applications, Esprit project, Field-programmable gate arrays, General purpose reusable hardware, General-purpose hardware, Grape-II, Graphical Rapid Prototyping Environment, Heterogeneous multiprocessor, Homogeneous dataflow, Models, Optimization, Partitioning, Processors, Programming model, Prototyping hardware, Rapid-prototyping, Real-Time DSP Emulation System, Resource estimation, Retides, Routing, Scheduling, Structured-prototyping methodology, Synchronization, System-level prototyping environment, Codesign, Computer architecture, Computer hardware, Computer programming languages, Computer software, Computer systems, Design environments, Design flow, Design models, Hardware design, Models, Multiprocessing systems, Personal computers, Processors, Rapid system prototyping, Software design, Specification, Specification and description language, Synthesis steps, Systems analysis, Competition, Computer aided design, Computer graphics, Computer software, Design cycles, Design methodology management, Design process management, Design time, Design tools, Formal approach, Hierarchical systems, Management, Marketing, Methodology, Methodology management system, Methodology management system controls, Microelectronics industry, Parallel processing systems, Product development, Product development cycles, Product performance, Rapid prototyping, Systems analysis, Computer hardware, Computer programming, Computer programming languages, Computer software, Computer workstations, Data storage equipment, Data structures, Disciplined methodologies, Fat software, Hardware advances, Laws and legislation, Lean software, Memory capacity, Oberon system, Performance, Processor power, Software engineering, Software flexibility, Software functionality, Software girth, Software modules, Software research, Software streamlining, Streamline software, Subroutines, User convenience, Computer hardware, Computer software, Cost effectiveness, Cost-effective parallel computing, Costs, Data storage equipment, Hardware costs, Large memories, Main memory, Memory capacity, Parallel computing, Parallel processing systems, Performance, Silicon Graphics prices, Software engineering, Speedup, Speedups, Computer programming languages, Computer software, Database, First-order schedule estimate, Function points, Function-point metric, Management information systems, Productivity, Quality control, Scheduling, Software engineering, Software industry, Software performance, Software performance levels, Software productivity, Software projects, Software quality, Software schedules, Standards, Systems software, Time to market, ASIC, Computer architecture, Computer hardware, Computer simulation, Computer software, Design abstraction, Design analysis, Design capture, Design verification, EDA tools, Electronic design automation, Electronic design automation tools, Flowgraph, FPGA, High level languages, High-order language, Microprocessor chips, Performance, Product complexity, Product functionality, Simulation libraries, Simulators, Synthesis tools, System level design, System synthesis, System-level design, System-level simulation, Systems analysis, Technology, Toolset, Vendors
