Q. J. Yu and E. S. Kuh, "Moment Models of General Transmission Lines with Application to MCM Interconnect Analysis," in Proc. MCMC 95, pp.158-163, 1995. Home/Search Document Details and Download
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Performance Optimization of VLSI Interconnect Layout - Cong, He, Koh, Madden (1996) (27 citations) (Correct)
....the non uniform lumped RLC segment model by [KaMu94, YuKu95b] with the moment computation algorithm by [YuKu95b] the moments of a transmission line tree interconnect up to the order of p can be computed in O(np 2 ) time, where n is the number of nodes in the tree. Another work of Yu and Kuh [YuKu95a] computes the moments of a transmission line tree interconnect directly, without first performing non uniform segmentation of the transmission lines. This algorithm also has a computational complexity of O(np 2 ) Higher order moments are extremely useful for circuit analysis. In general, ....
....by modeling each wire segment as a lossy transmission line, and sizes the wire segments in an interconnect tree to minimize the maximum delay. The maximum delay and its sensitivities with respect to wire widths are computed via high order moments. Based on the exact moment matching method in [YuKu95a], the higher moments and their sensitivities with respect to the wire widths are computed recursively from the lower moments and the sensitivities can be computed analytically. Thus, the maximum delay and its sensitivities with respect to the wire widths can be computed efficiently. The following ....
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Q. Yu and E. S. Kuh "Moment Models of General Transmission Line with Application to MCM Interconnect Analysis," Proc. IEEE Multi-Chip Module Conf., 1995, pp. 594-598.
A Sensitivity-Based Wiresizing Approach to Interconnect.. - Tianxiong Xue Ernest (1996) (20 citations) Self-citation (Kuh) (Correct)
....wiresizing algorithm for interconnect delay optimization of lossy transmission line topology under MCM technologies. Our approach computes the maximum delay and its sensitivities with respect to the widths of wires in the topology via high order moments based on an exact moment matching model[6]. Compared with other approaches, it achieves analytical sensitivity computation and calculates higher order moments (sensitivities) recursively from lower order moments for tree network. It can yield optimal wiresizing solution for interconnect delay minimization. Experiments show that the delay ....
....this paper, a sensitivity based wiresizing algorithm is presented for the maximum delay minimization of lossy transmission line topologies. It computes the maximum delay and its sensitivities with respect to the width of wires in the topology via high order moments. An exact moment matching model[6] is adopted in moment computation, whose parameters can be computed efficiently. Compared with other methods, our approach achieves analytical sensitivity computation and calculates higher order moments (sensitivities) recursively from lower order moments for tree network. The delay sensitivities ....
[Article contains additional citation context not shown here]
Q. J. Yu, E. S. Kuh, "Moment Models of General Transmission Lines with Application to MCM Interconnect Analysis," Proc. MCMC 95, pp. 158163, 1995.
MCM Interconnect Design Using Two-Pole Approximation - Jianhua Shao And (Correct)
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Q. J. Yu and E. S. Kuh, "Moment Models of General Transmission Lines with Application to MCM Interconnect Analysis," in Proc. MCMC 95, pp.158-163, 1995.
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