The proposed ACS circuit is implemented in 90 nm CMOS using static logic. A standard ACS circuit is also implemented for comparison purposes. The proposed ACS ...
The proposed ACS circuit is implemented in 90 nm CMOS using static logic. A standard ACS circuit is also implemented for comparison purposes. The proposed ACS ...
A full custom design of an energy-efficient and high-performance Add-Compare-Select (ACS) unit is presented, designed with fewer transistors and the ...
This paper presents a design of 8-bit × 8-bit unsigned multiplier for high-speed digital signal processing (DSP) applications. High-speed is achieved by a new ...
I. INTRODUCTION. Architectural selection can greatly reduce the energy consumption of digital operations with a high level of parallelism.
Area efficient, low power and robust design for add-compare-select units · Energy-efficent, high-performance viterbi ACS unit implementation in 90nm CMOS · An ...
Optimized ACS unit in a Viterbi decoder using 90nm CMOS technology, we can obtain the layout and the power calculation for a single ACS unit. The ACS unit ...
In this paper 90 nm CMOS technology is used to implement asynchronous field programmable VLSI system and as compared to dual rail and 4-phase encoding the ...
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This paper presents a new self-resetting CMOS design for an add-compare-select (ACS) unit, which is a key building block in a Viterbi decoder.
Abstract: High-speed, low-power design of Viterbi decoders for trellis coded modulation (TCM) systems is presented in this.