Vida Vakilotojar

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This paper describes the design and verification of a highperformance asynchronous differential equation solver. The design has low control overhead which allows the average-case delay to be 48% faster (tested at 22 C and 3.3V) than any comparable synchronous design (simulated at 100 C and 3V). The techniques to reduce completion sensing overhead and hide(More)
This paper describes a tool-supported methodology for the register-transfer-level formal verification of a growing hardware design paradigm--timed asynchronous systems. These systems are a network of communicating asynchronous and synchronous components and have correctness constraints that depend on specified bounded delays. This paper formalizes the(More)
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