In this paper, we present a new method to improve global routing results. By using an amplified congestion estimate to influence a rip-up and reroute approach, we obtain substantial reductions in total congestion. In comparisons with a recently published tool on publicly available benchmarks, our new router is roughly twice as fast, obtains 15.1 % reductions in total wire length, and 65.2% reductions in the number of overcongested graph edges. A direct implementation of an old approach also performs extremely well, indicating that some known techniques have been overlooked
Modern large-scale circuit designs have created great demand for fast and high-quality global routin...
Local nets are a major contributing factor to mismatch be-tween the global routing (GR) and detailed...
For the congestion issue, we found that the existing congestion models will very often over-estimate...
Abstract—Global routing is an important step for physical design. In this paper, we develop a new gl...
[[abstract]]In this paper, we present a new global router, NTHU-Route, for modern designs. NTHU-Rout...
Abstract-- It is well known that congestion control becomes more and more important in modern grid-b...
Abstract — Global routing for modern large-scale circuit de-signs has attracted much attention in th...
Despite the significant improvement on network performance provided by global routing strategies, th...
This research work presents a new methodology for congestion driven Global Routing (GR) and Cross ...
Since the first integrated circuits in the late 1950s, the semiconductor industry has enjoyed expone...
Abstract — In this paper, we propose a new global router, BoxRouter, powered by the concept of box e...
Abstract—Congestion mitigation and overflow avoidance are two of the major goals of the global routi...
As the complexity of physical implementation continues to grow with technology scaling, routability ...
Abstract—Global routing remains a fundamental physical design prob-lem. We observe that large circui...
In this paper, we develop a multi-level physical hierarchy genera-tion (mPG) algorithm integrated wi...
Modern large-scale circuit designs have created great demand for fast and high-quality global routin...
Local nets are a major contributing factor to mismatch be-tween the global routing (GR) and detailed...
For the congestion issue, we found that the existing congestion models will very often over-estimate...
Abstract—Global routing is an important step for physical design. In this paper, we develop a new gl...
[[abstract]]In this paper, we present a new global router, NTHU-Route, for modern designs. NTHU-Rout...
Abstract-- It is well known that congestion control becomes more and more important in modern grid-b...
Abstract — Global routing for modern large-scale circuit de-signs has attracted much attention in th...
Despite the significant improvement on network performance provided by global routing strategies, th...
This research work presents a new methodology for congestion driven Global Routing (GR) and Cross ...
Since the first integrated circuits in the late 1950s, the semiconductor industry has enjoyed expone...
Abstract — In this paper, we propose a new global router, BoxRouter, powered by the concept of box e...
Abstract—Congestion mitigation and overflow avoidance are two of the major goals of the global routi...
As the complexity of physical implementation continues to grow with technology scaling, routability ...
Abstract—Global routing remains a fundamental physical design prob-lem. We observe that large circui...
In this paper, we develop a multi-level physical hierarchy genera-tion (mPG) algorithm integrated wi...
Modern large-scale circuit designs have created great demand for fast and high-quality global routin...
Local nets are a major contributing factor to mismatch be-tween the global routing (GR) and detailed...
For the congestion issue, we found that the existing congestion models will very often over-estimate...