Add to ORKGAbstract- This paper studies the problem of buffer planning for interconnect-centric floorplanning. We devise a congestion-driven buffer insertion algorithm, in which single-pair shortest-path model is used to compute optimal buffer locations and simultaneously to preserve the monotonicity of routing paths. Congestion estimation is achieved by an approach of probabilistic analysis. In order to get more buffers inserted, on the basis of a rough estimation of buffer locations, some channels determined by the boundaries of circuit block are inserted, while the topology of the placement keeps unchanged. Furthermore, we change the distribution of the dead space among blocks to optimize the time closure and routing congestion. The performance of ...
This thesis proposes a graph-based maze routing and buffer insertion algorithm for nanometer Very La...
We describe a new algorithm for floorplan evaluation using timing-driven buffered routing according ...
Abstract- As gate delays decrease faster than wire delays for each technology generation, buffer ins...
The dominating contribution of interconnect to system performance has made it critical to plan the r...
By dividing the packing area into routing tiles, we can give the budget of the buffer insertion. And...
As the process technology advances into the deep submicron era, interconnect plays a dominant role i...
Abstract—In traditional floorplanners, area minimization is an important issue. However, due to the ...
In traditional floorplanners, area minimization is an important issue. However, due to the recent ad...
This paper studies buffer block planning for interconnect-driven floorplanning in deep submicron des...
Interconnect delay has become a critical factor in determining the performance of integrated circuit...
Interconnect delay has become a critical factor in determining the performance of integrated circuit...
We propose a grid-graph algorithm for interconnect routing and buffer insertion in nanometer VLSI la...
Abstract During the routing of global interconnects, macro blocks form useful routing regions which ...
In today’s VLSI design, one of the most critical performance metric is the interconnect delay. As de...
We describe a new algorithm for floorplan evalua-tion using timing-driven buffered routing according...
This thesis proposes a graph-based maze routing and buffer insertion algorithm for nanometer Very La...
We describe a new algorithm for floorplan evaluation using timing-driven buffered routing according ...
Abstract- As gate delays decrease faster than wire delays for each technology generation, buffer ins...
The dominating contribution of interconnect to system performance has made it critical to plan the r...
By dividing the packing area into routing tiles, we can give the budget of the buffer insertion. And...
As the process technology advances into the deep submicron era, interconnect plays a dominant role i...
Abstract—In traditional floorplanners, area minimization is an important issue. However, due to the ...
In traditional floorplanners, area minimization is an important issue. However, due to the recent ad...
This paper studies buffer block planning for interconnect-driven floorplanning in deep submicron des...
Interconnect delay has become a critical factor in determining the performance of integrated circuit...
Interconnect delay has become a critical factor in determining the performance of integrated circuit...
We propose a grid-graph algorithm for interconnect routing and buffer insertion in nanometer VLSI la...
Abstract During the routing of global interconnects, macro blocks form useful routing regions which ...
In today’s VLSI design, one of the most critical performance metric is the interconnect delay. As de...
We describe a new algorithm for floorplan evalua-tion using timing-driven buffered routing according...
This thesis proposes a graph-based maze routing and buffer insertion algorithm for nanometer Very La...
We describe a new algorithm for floorplan evaluation using timing-driven buffered routing according ...
Abstract- As gate delays decrease faster than wire delays for each technology generation, buffer ins...