Field-Programmable Gate Arrays: Architectures and Tools for Rapid Prototyping

Overview of complex array-based PLDs.- Technologies and utilization of Field Programmable Gate Arrays.- Some considerations on Field Programmable Gate Arrays and their impact on system design.- SRAM-based FPGAs ease system verification.- MONTAGE: An FPGA for synchronous and asynchronous circuits.- ORCA: A new architecture for high-performance FPGAs.- Patching method for lookup-table type FPGA's.- Automatic one-hot re-encoding for FPGAs.- Minimization of permuted Reed-Muller Trees for cellular logic programmable Gate arrays.- Self-organizing Kohonen maps for FPGA placement.- High level synthesis in an FPGA-based computer aided prototyping environment.- New application of FPGAs to programmable digital communication circuits.- FPGA based logic synthesis of squarers using VHDL.- Optimized fuzzy controller architecture for field programmable gate arrays.- A real-time kernel — Rapid prototyping with VHDL and FPGAs.- JAPROC — A 8 bit micro controller design and its test environment.- Chameleon: A workstation of a different colour.- A highly parallel FPGA-based machine and its formal verification.- FPGA based self-test with deterministic test patterns.- FPGA implementation of systolic sequence alignment.- Using FPGAs to prototype a self-timed computer.- Using FPGAs to implement a reconfigurable highly parallel computer.- Novel high performance machine paradigms and fast-turnaround ASIC design methods: A consequence of, and, a challenge to, field-programmable logic.