A simple but efficient method of code assignment in state machines has been presented in this paper. The approach is unique in that it takes into consideration the power-consuming transitions between the states and does not rely on Hamming distance between state codes alone. In this approach, the codes used for encoding are chosen from all available codes. It then proceeds to group the selected codes based on power consuming transitions between them. The states are also grouped based on the transition probabilities. The final code assignment is performed by matching the elements between these two groups. 1
This paper presents a state assignment technique to reduce dynamic power consumption in finite state...
Traditionally, state assignment algorithms follow the two-step strategy of first constraint generati...
Reducing the area and power dissipation of FSM circuit is of significant importance for EDA technolo...
This paper proposes a multi-code state assignment to realize the priority encoding by restraining r...
The use of programmable counters in the state assignment of finite state machines is discussed. A s...
The problem of minimizing the power consumption in synchronous sequential circuits is explored in th...
The authors describe a state assignment algorithm for FSMs which produces an assignment of non-neces...
Traditionally, state assignment algorithms follow the two-step strategy of first constraint generati...
ISBN: 0897915771The authors point out that the synthesis of single fault tolerant finite-state machi...
In this paper we address the state assignment problem for Finite State Machines (FSMs). In particula...
[[abstract]]We address the problem of state assignment to minimize both area and power dissipation f...
This paper presents Metamorphosis 1 -- a novel technique for optimal state assignment targeting mu...
The problem of minimizing power consumption during the state encoding of a finite-state machine is a...
State assignment problems still need satisfactory solutions to make asynchronous circuit synthesis m...
Abstract. The paper concerns the problem of state assignment for finite state machines (FSM), target...
This paper presents a state assignment technique to reduce dynamic power consumption in finite state...
Traditionally, state assignment algorithms follow the two-step strategy of first constraint generati...
Reducing the area and power dissipation of FSM circuit is of significant importance for EDA technolo...
This paper proposes a multi-code state assignment to realize the priority encoding by restraining r...
The use of programmable counters in the state assignment of finite state machines is discussed. A s...
The problem of minimizing the power consumption in synchronous sequential circuits is explored in th...
The authors describe a state assignment algorithm for FSMs which produces an assignment of non-neces...
Traditionally, state assignment algorithms follow the two-step strategy of first constraint generati...
ISBN: 0897915771The authors point out that the synthesis of single fault tolerant finite-state machi...
In this paper we address the state assignment problem for Finite State Machines (FSMs). In particula...
[[abstract]]We address the problem of state assignment to minimize both area and power dissipation f...
This paper presents Metamorphosis 1 -- a novel technique for optimal state assignment targeting mu...
The problem of minimizing power consumption during the state encoding of a finite-state machine is a...
State assignment problems still need satisfactory solutions to make asynchronous circuit synthesis m...
Abstract. The paper concerns the problem of state assignment for finite state machines (FSM), target...
This paper presents a state assignment technique to reduce dynamic power consumption in finite state...
Traditionally, state assignment algorithms follow the two-step strategy of first constraint generati...
Reducing the area and power dissipation of FSM circuit is of significant importance for EDA technolo...