Add to ORKGthis paper we study the BST problem under both the pathlength (linear) and Elmore delay models [Elmore 1948]. We propose the new BST/DME algorithm which, similar to the DME construction of a zero-skew tree, computes a routing tree for a prescribed topology using two bottom-up and top-down phases. The enabling concept is a merging region, which generalizes the merging segment concept [Edahiro 1991; Boese and Kahng 1992; Chao et al. 1992a] for zero-skew clock tree
In the design of high performance VLSI systems, minimization of clock skew is an increasingly impor-...
This thesis studies the associative skew clock routing problem, which seeks a clock routing tree suc...
Abstract: Academic clock routing research results has often had limited impact on industry practice,...
We study the minimum-cost bounded-skewrouting tree (BST) problem under the linear delay model. This ...
We study the minimum-cost bounded-skewrouting tree (BST) prob-lem under the linear delay model. This...
: For engineering tradeoffs in "zero-skew" clock tree routing, for performance-driven Stei...
In this paper, we propose new approaches for solving the useful-skew tree (UST) routing problem [17]...
Routing zero skew clock tree with minimum cost is formulated as Path-length Balanced Tree (PBT) prob...
We introduce the associative skew clock routing problem, which seeks a clock routing tree such that...
In the design of high performance VLSI systems, minimization of clock skew is an increasingly import...
We give the first single-layer clock tree construction with exact zero skew according to the Elmore ...
We introduce the associative skew clock routing problem, which seeks a clock routing tree such that ...
This paper presents new single-layer, i.e., planar-embeddable, clock tree constructions with exact z...
We povide a new theoretical framework for constructing Steiner routing trees with minimum Elmore del...
[[abstract]]An exact zero skew clock routing algorithm using the Elmore delay model is presented. Re...
In the design of high performance VLSI systems, minimization of clock skew is an increasingly impor-...
This thesis studies the associative skew clock routing problem, which seeks a clock routing tree suc...
Abstract: Academic clock routing research results has often had limited impact on industry practice,...
We study the minimum-cost bounded-skewrouting tree (BST) problem under the linear delay model. This ...
We study the minimum-cost bounded-skewrouting tree (BST) prob-lem under the linear delay model. This...
: For engineering tradeoffs in "zero-skew" clock tree routing, for performance-driven Stei...
In this paper, we propose new approaches for solving the useful-skew tree (UST) routing problem [17]...
Routing zero skew clock tree with minimum cost is formulated as Path-length Balanced Tree (PBT) prob...
We introduce the associative skew clock routing problem, which seeks a clock routing tree such that...
In the design of high performance VLSI systems, minimization of clock skew is an increasingly import...
We give the first single-layer clock tree construction with exact zero skew according to the Elmore ...
We introduce the associative skew clock routing problem, which seeks a clock routing tree such that ...
This paper presents new single-layer, i.e., planar-embeddable, clock tree constructions with exact z...
We povide a new theoretical framework for constructing Steiner routing trees with minimum Elmore del...
[[abstract]]An exact zero skew clock routing algorithm using the Elmore delay model is presented. Re...
In the design of high performance VLSI systems, minimization of clock skew is an increasingly impor-...
This thesis studies the associative skew clock routing problem, which seeks a clock routing tree suc...
Abstract: Academic clock routing research results has often had limited impact on industry practice,...