Cycle-Based Decomposition of Markov Chains With Applications to Low-Power Synthesis and Sequence Compaction for Finite State Machines.
Ali IranliMassoud PedramPublished in: IEEE Trans. Comput. Aided Des. Integr. Circuits Syst. (2006)
Keyphrases
- low power
- markov chain
- finite state machines
- functional decomposition
- logic circuits
- power consumption
- low cost
- high speed
- steady state
- finite state automata
- transition probabilities
- finite state
- probabilistic automata
- power dissipation
- model checking
- random numbers
- state space
- markov model
- stationary distribution
- single chip
- markov process
- low power consumption
- vlsi circuits
- random walk
- vlsi architecture
- digital circuits
- markov processes
- regular expressions
- digital signal processing
- cmos technology
- transition matrix
- real time
- image processing
- database
- information theoretic
- machine learning
- pseudorandom
- power reduction
- hidden markov models