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In the era of platforms hosting multiple applications with arbitrary reconfiguration requirements, static configuration architectures are neither optimal nor desirable. The static reconfiguration architectures either incur excessive overheads or cannot support advanced features (like time-sharing and runtime parallelism). As a solution to this problem, we present a polymorphic configuration architecture (PCA) that provides each application with a configuration infrastructure tailored to its needs. [ABSTRACT FROM PUBLISHER] more...

This paper describes an environment to accelerate fault simulation by hardware emulation on FPGA. Fault simulation is an important subtask in test pattern generation and it is frequently used throughout the test generation process. The problems associated with fault simulation of digital circuits are explained. The proposed approach allows simulation speed-up of 40 to 500 times as compared to the state-of-the-art in software-based fault simulation. Based on the experiments, it can be concluded that it is beneficial to use emulation for circuits that require large numbers of test vectors while using simple but flexible algorithmic test vector generating circuits, e.g. built-in self-test. [ABSTRACT FROM AUTHOR] more...