MCA-NEWTON METHOD FOR CIRCUIT YIELD ESTIMATION AND OPTIMIZATION

Yu Xiaoyong; Zhu Hui

Volume 8 Issue 3

May 1986

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Yu Xiaoyong, Zhu Hui. MCA-NEWTON METHOD FOR CIRCUIT YIELD ESTIMATION AND OPTIMIZATION[J]. Journal of Electronics & Information Technology, 1986, 8(3): 169-179.

Citation:

Yu Xiaoyong, Zhu Hui. MCA-NEWTON METHOD FOR CIRCUIT YIELD ESTIMATION AND OPTIMIZATION[J]. Journal of Electronics & Information Technology, 1986, 8(3): 169-179.

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MCA-NEWTON METHOD FOR CIRCUIT YIELD ESTIMATION AND OPTIMIZATION

Received Date: 1984-08-29
Rev Recd Date: 1985-09-18
Publish Date: 1986-05-19

Abstract

Abstract

An algorithm for circuit yield estimation and optimization is described. To obtain the first and second derivatives of yield with respect to center and get the optimal circuit center, the Monte Carlo analysis and Newton method are employed. By using fail samples and rearranging sample frequencies according to their weights, two new methods for improving estimation and reducing computation are presented. Both theoretical analysis and calculation examples show that this algorithm performs well and can be used for middle-scale circuit design. No matter the region of acceptability is convex set or not, the algorithm is available.

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References(1)

References

R.K. Brayton, et al.,Proc. IEEE, 69(1981), 1334.[2]K.Singghal and J. F. Piney IEEE Trans. on CAS, CAS-28(1981), 692.[3]D. E. Hocevar, et al., ibid, CAS-30(1983 ), 180.[4]D. M. Himmelbiau著,张文燊等译,实用非线性规划,科学出版社,1983.[5]于骁勇,电子电路优化设计的一个算法,中国电子学会CAS学会第五届年会论文集(西安),1989,pp 364-8.[6]E. Wehrhahn and R. Spence, IEEE Proc. ISCAS84, pp. 1424-38.[7]R. S. Soin and R. Spence, IEE Proc., pt. G, 127 (1980) , 260.[8]D. Agnew, and P. E. Men, ibid., 127(1980). 270.[9]M. A. Styblinski, et al., IEEE Proc. ISCAS81, pp. 554-7.[10]K. S. Tahim and R. Spence, IEEE Trans. on CAS, CAS-26(1979), 768.[11]于骁勇,重庆大学硕士论文,1985.

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