“…Performance analyses are discussed in [14,15,19,23,24,29]. Formal verification of Latency Insensitive systems is described in [14,73,74]. Some optimizations are described in [14,15,19,23,24,29].…”
“…Performance analyses are discussed in [14,15,19,23,24,29]. Formal verification of Latency Insensitive systems is described in [14,73,74]. Some optimizations are described in [14,15,19,23,24,29].…”
“…Formal, mathematically sound studies have shown how to guarantee equivalence with an appropriate LIP 1 and how to validate protocol correctness. 8 Concerning performance modeling, Lu and Koh have analyzed the upper bound achievable by Carloni, McMillan, and Sangiovanni-Vincentelli's LIP, using a netlist graph and max-plus algebra. 9 LIP performance depends on the amount of latency in wires, and this value is known only after layout.…”
Editor's note Latency-insensitive protocols (LIPs) represent a class of interblock protocols designed to overcome long multiclock interconnects. This article presents an adaptive solution to this problem, which the authors show to be more effective than earlier solutions in terms of power, area, and throughput.
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