Titlebook: Synchronization Design for Digital Systems; Teresa H. Meng Book 1991 Kluwer Academic Publishers 1991 Adaptive Filter.Demultiplexer.Multipl

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A Chip Set for Adaptive Filters,e with which self-timed systems can be designed with a minimum amount of design efforts. The experimental implementation showed that self-timed design simplifies the design process since no effort was devoted to clock distribution, nor were any timing simulations to verify clock skew necessary.

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Self-Timed Programmable Processors,ssors have recently drawn some attention from computer architecture designers [.,.,.]. The debate over which design discipline provides the most cost-effective system has not been resolved in four decades, and is technology-dependent. However, the interest in designing fully self-timed processors st

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A Chip Set for Adaptive Filters,global clock synchronization. To demonstrate this approach for a typical signal processing task, the system architecture and circuit design of a chip set for implementing high rate adaptive lattice filters is described. The first part of this chapter discusses the performance considerations involved

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Isochronous Interconnect,the operations in the digital system are ordered according to the completion of previous operations rather than being slaved to a clock. This is a promising approach for future scaled integrated circuit technologies, where interconnect delays tend to become large relative to circuit speeds, because

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Automatic Verification,ultiprocessors, are best regarded as a collection of communicating processes (e.g. controllers, switching networks, and other processes). Unfortunately, it has long been recognized in the study of operating systems that concurrent systems are susceptible to subtle synchronization errors. We believe

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