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Latency insensitive (LI) designs can tolerate arbitrary computation and communication latencies. Synchronous elasticization converts an ordinary clocked design into LI. It uses communication protocols such as the Synchronous Elastic Flow (SELF). Comparing to its lazy implementations, eager SELF has no combinational cycles and can provide performance advantage. Yet, it uses eager forks (EForks) consuming...
Latency insensitivity is a promising design paradigm in the nanometer era since it has potential benefits of increased modularity and robustness to variations. Synchronous elasticization is one approach (among others) of transforming an ordinary clocked circuit into a latency insensitive design. This paper presents practical considerations of elasticizing reconvergent fanouts. It also investigates...
Creating latency insensitive or asynchronous designs from clocked designs has potential benefits of increased modularity and robustness to variations. Several transformations have been suggested in the literature and each of these require a handshake control network (examples include synchronous elasticization and desynchronization). Numerous implementations of the control network are possible. This...
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