Mapping high-dimension wavefront computations to silicon

Abstract

The authors present a new template-matching algorithm with good recognition performance. However, this new algorithm exhibits a complex, four-dimensional, wavefront architecture. Thus, for VLSI implementation, reduced architectures with fewer connections and processors need to be derived. For this purpose, the authors develop a systematic reduction methodology to manually map wavefront computations from high-dimension to low-dimension. This methodology consists of seven steps. Based on this methodology, the authors derive several two-dimensional architectures which are suitable for VLSI implementation for the new template-matching algorithm and have simulated one of the architectures by using the Intel Hypercube Machine iPSC/2.<>