Abstract is missing.
- Development of a load balancing tool for the GRAPE rapid prototyping environmentGreet Bilsen, Marc Engels, Rudy Lauwereins, Jean A. Peperstraete. 2-16 [doi]
- PDG: a process-level debugger for concurrent programs in the GRAPE rapid prototyping environmentChris Caerts, Rudy Lauwereins, Jean A. Peperstraete. 17-30 [doi]
- The 1993 AnyBoard rapid-prototyping environmentDavid E. van den Bout, Opher Kahn, Douglas Thomae. 31-40 [doi]
- Taxonomy of rapid-prototyping methods and toolsSujai Asur, Steve Hufnagel. 42-56 [doi]
- Verification and validation in an iterative software development environmentDarrell F. Oresky, Christine Haapala. 57-67 [doi]
- Stochastic statecharts and rapid prototype software architectureDennis B. Mulcare. 68-77 [doi]
- A reusable rapid prototyping environment for monitoring in a discrete part manufacturing and semi process industryMilena M. Didic, Wojciech Molisz, Theodore Arabatzis, Nick Blackwell. 80-88 [doi]
- Rapid prototyping using the VMEbus in an open systems architecture real-time environmentMalcolm J. Airst, Eric J. Norgren. 89-99 [doi]
- Parallel switch level fault simulation algorithm/complexity verification using compiled code VHDLChristopher A. Ryan, Joseph G. Tront. 100-105 [doi]
- Interactive system design in ESCAPEHans Fleurkens. 108-113 [doi]
- A constrained prototyping tool: RSP _WMarc Lombardi, S. Digonnet, F. Zago. 114-119 [doi]
- The design of a library support system for a telecommunication system synthesis environmentOryal Tanir, Vinod K. Agarwal, P. C. P. Bhatt. 120-131 [doi]
- Rapid prototyping using laser restructurable VLSI circuitsRex Lee, Wilfrido Moreno, Orlando Hernandez, Ed Harrold, Denny Whittaker. 134-140 [doi]
- Design and implementation of an interface control unit for rapid prototypingMohammad S. Khan, Earl E. Swartzlander Jr.. 141-148 [doi]
- Real-time scheduling for software prototypingLuqi, M. Shing, J. Brockett. 150-163 [doi]
- Controlling prototyping and evolutionary developmentM. Stephens, P. Bates. 164-185 [doi]
- REE-a requirements engineering environment for analyzing and validating software and system requirementsC. Burns. 188-193 [doi]
- A generic prototype model for distributed systems based on high level object oriented specificationFabrice Kordon. 194-204 [doi]
- Advanced requirements engineering workstationJames L. Sidoran. 205-208 [doi]
- Development of neural network tools for rapid computer system designDavid W. Gassen, Jo Dale Carothers. 210-223 [doi]
- Mathematical foundation for the design of testing systemsM. Reston. 224-235 [doi]
- Prototyping distributed systems using an object-oriented specification languageAbbas Dehkhoda, Doris L. Carver. 236-245 [doi]