DESIGN AND TEST OF WAVE PIPELINED CIRCUITS
博士 === 國立臺灣大學 === 電機工程研究所 === 82 === Wave pipelining is a new timing technique to boost pipeline rate of a system from two to ten times as fast without additional re- gisters. Current research aims at the implementation, clock sch- emes, and layout issues...
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ndltd-TW-082NTU004420172016-07-18T04:09:33Z http://ndltd.ncl.edu.tw/handle/88989040495749892693 DESIGN AND TEST OF WAVE PIPELINED CIRCUITS 波管式電路之設計與測試 Shyur, Jui-Ching 徐瑞卿 博士 國立臺灣大學 電機工程研究所 82 Wave pipelining is a new timing technique to boost pipeline rate of a system from two to ten times as fast without additional re- gisters. Current research aims at the implementation, clock sch- emes, and layout issues. This work concentrates on the design flow and test of wave faults. The application is on synchronous CMOS digital systems where latches are used to form multi-stage pipelines. We handle the area-time issues of wave pipelined cir- cuits, achieve error- free design, and two step design flow. The feedback loop problem is also tackled. On the test part of the work, We define the wave fault, propose a statistical and proba- bility fault coverage, and a robust test generation algorithm. As a by-product of our research, we propose the formalism to de- sign lookahead circuits. We show that the iterative network imp- lementation of a FSM can be mapped to a lookahead circuit. Parng, Tai-Ming 龐台銘 1994 學位論文 ; thesis 172 zh-TW |
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博士 === 國立臺灣大學 === 電機工程研究所 === 82 === Wave pipelining is a new timing technique to boost pipeline
rate of a system from two to ten times as fast without
additional re- gisters. Current research aims at the
implementation, clock sch- emes, and layout issues. This work
concentrates on the design flow and test of wave faults. The
application is on synchronous CMOS digital systems where
latches are used to form multi-stage pipelines. We handle the
area-time issues of wave pipelined cir- cuits, achieve error-
free design, and two step design flow. The feedback loop
problem is also tackled. On the test part of the work, We
define the wave fault, propose a statistical and proba- bility
fault coverage, and a robust test generation algorithm. As a
by-product of our research, we propose the formalism to de-
sign lookahead circuits. We show that the iterative network
imp- lementation of a FSM can be mapped to a lookahead circuit.
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author2 |
Parng, Tai-Ming |
author_facet |
Parng, Tai-Ming Shyur, Jui-Ching 徐瑞卿 |
author |
Shyur, Jui-Ching 徐瑞卿 |
spellingShingle |
Shyur, Jui-Ching 徐瑞卿 DESIGN AND TEST OF WAVE PIPELINED CIRCUITS |
author_sort |
Shyur, Jui-Ching |
title |
DESIGN AND TEST OF WAVE PIPELINED CIRCUITS |
title_short |
DESIGN AND TEST OF WAVE PIPELINED CIRCUITS |
title_full |
DESIGN AND TEST OF WAVE PIPELINED CIRCUITS |
title_fullStr |
DESIGN AND TEST OF WAVE PIPELINED CIRCUITS |
title_full_unstemmed |
DESIGN AND TEST OF WAVE PIPELINED CIRCUITS |
title_sort |
design and test of wave pipelined circuits |
publishDate |
1994 |
url |
http://ndltd.ncl.edu.tw/handle/88989040495749892693 |
work_keys_str_mv |
AT shyurjuiching designandtestofwavepipelinedcircuits AT xúruìqīng designandtestofwavepipelinedcircuits AT shyurjuiching bōguǎnshìdiànlùzhīshèjìyǔcèshì AT xúruìqīng bōguǎnshìdiànlùzhīshèjìyǔcèshì |
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1718352466035081216 |