Add to ORKGThis paper presents a state assignment technique called priority encoding, which uses multi-code assignment plus clock gating to reduce power dissipation in sequential circuits. The basic idea is to assign multiple codes to states so as to enable more effective clock gating in the sequential circuit. Practical design examples are studied and simulated by PSPICE. Experimental results demonstrate that the priority encoding technique can result in sizable power saving. I
Clock gating is an effective technique for minimizing dynamic power in sequential circuits. However,...
The power consumption of a sequential circuit can be reduced by decomposing it into subcircuits whic...
Clock gating is an effective technique for minimizing dynamic power in sequential circuits. However,...
This paper presents a state assignment technique called priority encoding which uses multi-code assi...
This paper proposes a multi-code state assignment to realize the priority encoding by restraining r...
We address the problem of optimizing logic-level sequential circuits for low power. We present a pow...
This paper presents a novel circuit design technique to reduce the power dissipation in sequential c...
The problem of minimizing the power consumption in synchronous sequential circuits is explored in th...
The problem of minimizing the power consumption in synchronous sequential circuits is explored in th...
In this thesis, we address the problem of optimizing sequential logic circuits for low power. We pre...
In this paper we describe an area efficient power minimization scheme “Control Generated Clocking I‘...
The problem of minimizing the power consumption in synchronous sequential circuits is explored in th...
The problem of minimizing the power consumption in synchronous sequential circuits is explored in th...
Abstract – This paper presents a novel circuit design technique to reduce the power dissipation in s...
In this paper we describe an area efficient power minimization scheme “Control Generated Clocking I‘...
Clock gating is an effective technique for minimizing dynamic power in sequential circuits. However,...
The power consumption of a sequential circuit can be reduced by decomposing it into subcircuits whic...
Clock gating is an effective technique for minimizing dynamic power in sequential circuits. However,...
This paper presents a state assignment technique called priority encoding which uses multi-code assi...
This paper proposes a multi-code state assignment to realize the priority encoding by restraining r...
We address the problem of optimizing logic-level sequential circuits for low power. We present a pow...
This paper presents a novel circuit design technique to reduce the power dissipation in sequential c...
The problem of minimizing the power consumption in synchronous sequential circuits is explored in th...
The problem of minimizing the power consumption in synchronous sequential circuits is explored in th...
In this thesis, we address the problem of optimizing sequential logic circuits for low power. We pre...
In this paper we describe an area efficient power minimization scheme “Control Generated Clocking I‘...
The problem of minimizing the power consumption in synchronous sequential circuits is explored in th...
The problem of minimizing the power consumption in synchronous sequential circuits is explored in th...
Abstract – This paper presents a novel circuit design technique to reduce the power dissipation in s...
In this paper we describe an area efficient power minimization scheme “Control Generated Clocking I‘...
Clock gating is an effective technique for minimizing dynamic power in sequential circuits. However,...
The power consumption of a sequential circuit can be reduced by decomposing it into subcircuits whic...
Clock gating is an effective technique for minimizing dynamic power in sequential circuits. However,...