Add to ORKGA physical design flow consists of producing a production-worthy layout from a gate-level netlist subject to a set of constraints. This paper focuses on the problems imposed by shrinking process technologies. It exposes the problems o
International audienceThis paper presents a new transistor level design flow where it is possible to...
In the context of physical synthesis, large-scale standard-cell placement algorithms must facilitate...
Design closure becomes hard to achieve at physical layout stage due to the emergence of long global ...
For the last several technology generations, VLSI designs in new technology nodes have had to confro...
Abstract—For the last several technology generations, VLSI designs in new technology nodes have had ...
In conventional design, higher levels of synthesis produce a netlist, from which layout synthesis bu...
In todayÕs competitive environment, companies are under enormous pressure to reduce the time and cos...
Integrated logic synthesis and physical design (physical syn-thesis) continues to play a very import...
[[abstract]]As feature sizes shrink to deep sub-micron, the performance of VLSI chips becomes domina...
This paper will discuss how we optimize our physical verification flow in our IC Design Department h...
One of the challenges of high speed digital circuit design has been to achieve timing closure. With ...
We present new concepts to integrate logic synthesis and physical design. Our methodology uses gener...
A shift is proposed in the design of VLSI circuits. In conventional design, higher levels of synthes...
In this paper, we shall present the progress and results of the ongoing project at UCLA on synthesis...
We will review a few key algorithmic and analysis concepts with application to physical design probl...
International audienceThis paper presents a new transistor level design flow where it is possible to...
In the context of physical synthesis, large-scale standard-cell placement algorithms must facilitate...
Design closure becomes hard to achieve at physical layout stage due to the emergence of long global ...
For the last several technology generations, VLSI designs in new technology nodes have had to confro...
Abstract—For the last several technology generations, VLSI designs in new technology nodes have had ...
In conventional design, higher levels of synthesis produce a netlist, from which layout synthesis bu...
In todayÕs competitive environment, companies are under enormous pressure to reduce the time and cos...
Integrated logic synthesis and physical design (physical syn-thesis) continues to play a very import...
[[abstract]]As feature sizes shrink to deep sub-micron, the performance of VLSI chips becomes domina...
This paper will discuss how we optimize our physical verification flow in our IC Design Department h...
One of the challenges of high speed digital circuit design has been to achieve timing closure. With ...
We present new concepts to integrate logic synthesis and physical design. Our methodology uses gener...
A shift is proposed in the design of VLSI circuits. In conventional design, higher levels of synthes...
In this paper, we shall present the progress and results of the ongoing project at UCLA on synthesis...
We will review a few key algorithmic and analysis concepts with application to physical design probl...
International audienceThis paper presents a new transistor level design flow where it is possible to...
In the context of physical synthesis, large-scale standard-cell placement algorithms must facilitate...
Design closure becomes hard to achieve at physical layout stage due to the emergence of long global ...