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    block this user An-Ping Li

    Research Fellow

    Beijing 100085, P.R.China

    A Timed Automaton-Based Method for Accurate Computation of Circuit Delay in the Presence of Cross-Talk

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    . We present a timed automaton-based method for accurate computation of the delays of combinational circuits. In our method, circuits are represented as networks of timed automata, one per circuit element. The state space of the network represents the evolution of the circuit over time and delay is computed by performing a symbolic traversal of this state space. Based on the topological structure of the circuit, a partitioning of the network and a corresponding conjunctively decomposed OBDD representation of the state space is derived. The delay computation algorithm operates on this decomposed representation and, on a class of circuits, obtains performance orders of magnitude better than a non-specialized traversal algorithm. We demonstrate the use of timed automata for accurate modeling of gate delay and cross-talk. We introduce a gate delay model which accurately represents transistor level delays. We also construct a timed automaton that models delay variations due to cross-talk fo...

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    Title : A Timed Automaton-Based Method for Accurate Computation of Circuit Delay in the Presence of Cross-Talk
    Abstract : . We present a timed automaton-based method for accurate computation of the delays of combinational circuits. In our method, circuits are represented as networks of timed automata, one per circuit element. The state space of the network represents the evolution of the circuit over time and delay is computed by performing a symbolic traversal of this state space. Based on the topological structure of the circuit, a partitioning of the network and a corresponding conjunctively decomposed OBDD representation of the state space is derived. The delay computation algorithm operates on this decomposed representation and, on a class of circuits, obtains performance orders of magnitude better than a non-specialized traversal algorithm. We demonstrate the use of timed automata for accurate modeling of gate delay and cross-talk. We introduce a gate delay model which accurately represents transistor level delays. We also construct a timed automaton that models delay variations due to cross-talk fo...
    Subject : unspecified
    Area : Mathematics
    Language : English
    Affiliations
    Url : http://www-verimag.imag.fr/~yovine/articles/fmcad98.ps.gz
    Doi : 10.1.1.22.4045

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    An-Ping's Peer Evaluation activity

    Emailed by 1
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    Downloads 685
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    Full text requests 9
    Followed by 2

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