Design of self-synchronized asynchronous sequential state machines using asymmetrical delay elements Public Deposited

http://ir.library.oregonstate.edu/concern/graduate_thesis_or_dissertations/8w32r827h

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  • A design style is presented for a self-synchronized, multiple input change, asynchronous state machine which processes input changes at a speed limited only by the required machine behavior and implementation technology. This state machine will operate at this ultimate speed because of a new asynchronous delay element with unequal rising and falling propagation delays. This new delay element is used in a clock generator circuit which monitors the machine's inputs to generate a clock pulse for each input state change. Two new functions, based on the machine's required behavior, are defined for a multiple output change machine. The first function specifies the time between intermediate state transitions in a multiple output change sequence. The second function indicates when the next state is a final stable state. The clock generator, new delay element, and new functions are used in two design examples. This design style is extended to the unbounded input change mode, pulse mode, and speed independent mode.
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