Titlebook: Serial-Data Computation; Stewart G. Smith,Peter B. Denyer Book 1988 Kluwer Academic Publishers, Boston 1988 Signal.control.linear optimiza

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書目名稱Serial-Data Computation影響因子(影響力)




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書目名稱Serial-Data Computation網(wǎng)絡(luò)公開度




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書目名稱Serial-Data Computation被引頻次




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Euphonious

機(jī)警

The First Generation,integrated circuits. There now exists the possibility to realise complex real-time computational algorithms which were previously of only theoretical interest [50]. Many of these algorithms are suitable for execution by dedicated pipelines of serial-data processors in compact VLSI architectures. How

Intentional

,Two’s Complement Multiplication,text of this text, this chapter addresses the historical and theoretical background to serial-data multiplication. A short (and by no means comprehensive) overview of bit-parallel multiplication is included for contextual reasons. More detailed treatment of the subject may be found in [81, 151, 159,

Ornament

Throughput Enhancement,levelled concern the high cost of operand storage, whether in memories, registers or pipelining latches, and the low processing throughput in relation to bit-parallel functional equivalents. For instance a bit-serial multiplier must firstly load then store the coefficient word in a static register f

investigate

The Second Generation,nd the difficulty of maintaining this investment through changes in fabrication technology. Techniques are required to enable compiler users to specify new functional elements to suit their application. Provision of this functional flexibility should not re-impose the burden of complexity (lifted by

錯(cuò)誤

Concluding Remarks,s designers rapid access to powerful systems solutions in the field of real-time, fixed-function numerical computation, e.g. digital signal processing. This text builds on work previously carried out at the University of Edinburgh in design automation using bit-serial architectures. The subject matt

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使混合

0893-3405 e bit-serial tradition at Edinburgh University (EU) stretches back some 6 years to the conception of the FIRST silicon compiler. FIRST owes much of its inspiration to Dick Lyon, then at Xerox P ARC, who proposed a ‘structured-design‘ methodology for construction of signal processing systems from bit