Abstract: Recently, several algorithms for interconnect optimization via repeater insertion and wire sizing have appeared based on the Elmore delay model.

Noise-aware repeater insertion and wire-sizing for on-chip interconnect using hierarchical moment-matching. Authors: Chung-Ping Chen. Chung-Ping Chen.

Recently, several algorithms for interconnect optimization via repeater insertion and wire sizing have appeared based on the. Elmore delay model. Using the ...

This work proposes a moment-matching based technique to interconnect optimization that allows for much higher accuracy while preserving the hierarchical ...

Recognizing the conservatism of these delay and noise models, we propose a moment-matching based technique to interconnect optimization that allows for much ...

We have presented an approach to repeater insertion and wire sizing that is based on the optimal Lillis/Ginneken dynamic programming framework. However, using ...

Recognizing the conservatism of these delay and noise models, we propose a moment-matching based technique to interconnect optimization that allows for much ...

This work proposes a moment-matching based technique to interconnect optimization that allows for much higher accuracy while preserving the hierarchical ...

Abstract: Recently, several algorithms for interconnect optimization via repeater insertion and wire sizing have appeared based on the Elmore delay model.

Repeater insertion outperforms wire sizing in ... Noise-aware repeater insertion and wire sizing for on-chip interconnect using hierarchical moment-matching ...