We present a linear-time algorithm for determining the minimum height of a single-layer routing channel. The algorithm handles single-sided connections and multiterminal nets. It yields a simple routability test for single-layer switchboxes, correcting an error in the literature
This paper presents a new upper bound for channel routing of multiterminal nets on two layers. The r...
We provide efficient parallel algorithms for the minimum separation, offset range, and optimal offse...
We provide efficient parallel algorithms for the minimum separation, offset range, and optimal offse...
We present a linear-time algorithm for determining the minimum height of a single-layer routing chan...
This paper considers the optimal offset, feasible offset, and optimal placement problems for a more ...
The paper provides an efficient method to find all feasible offsets for a given separation in a VLSI...
We provide efficient parallel algorithms for the minimum separation, offset range, and optimal offse...
AbstractThis paper considers the optimal offset, feasible offset, and optimal placement problems for...
This paper provides an efficient method to find all feasible offsets for a given separation in a ver...
We provide efficient parallel algorithms for the minimum separation, offset range, and optimal offs...
AbstractThis paper considers the optimal offset, feasible offset, and optimal placement problems for...
Channel routing plays a central role in the physical design of VLSI chips. For two-layer dogleg-free...
Various problems are studied in the field of detailed VLSI routing. According to the position of the...
Channel routing is one of the basic problems in VLSI routing. While the minimum width can be ...
We provide efficient parallel algorithms for the minimum separation, offset range, and optimal offse...
This paper presents a new upper bound for channel routing of multiterminal nets on two layers. The r...
We provide efficient parallel algorithms for the minimum separation, offset range, and optimal offse...
We provide efficient parallel algorithms for the minimum separation, offset range, and optimal offse...
We present a linear-time algorithm for determining the minimum height of a single-layer routing chan...
This paper considers the optimal offset, feasible offset, and optimal placement problems for a more ...
The paper provides an efficient method to find all feasible offsets for a given separation in a VLSI...
We provide efficient parallel algorithms for the minimum separation, offset range, and optimal offse...
AbstractThis paper considers the optimal offset, feasible offset, and optimal placement problems for...
This paper provides an efficient method to find all feasible offsets for a given separation in a ver...
We provide efficient parallel algorithms for the minimum separation, offset range, and optimal offs...
AbstractThis paper considers the optimal offset, feasible offset, and optimal placement problems for...
Channel routing plays a central role in the physical design of VLSI chips. For two-layer dogleg-free...
Various problems are studied in the field of detailed VLSI routing. According to the position of the...
Channel routing is one of the basic problems in VLSI routing. While the minimum width can be ...
We provide efficient parallel algorithms for the minimum separation, offset range, and optimal offse...
This paper presents a new upper bound for channel routing of multiterminal nets on two layers. The r...
We provide efficient parallel algorithms for the minimum separation, offset range, and optimal offse...
We provide efficient parallel algorithms for the minimum separation, offset range, and optimal offse...