Add to ORKGIn today’s VLSI design, one of the most critical performance metric is the interconnect delay. As designdimension shrinks, the interconnect delay becomes the dominant factor for overall signal delay. Buffer insertion is provento be an effective technique to minimize the interconnect delay. In conventional buffer insertion algorithms, the buffers areinserted on the fixed routing paths. However, in a modern design, there are macro blocks that prohibit any buffer insertionin their area. Many conventional buffer insertion algorithms do not consider these obstacles. This paper presents analgorithm for simultaneous routing and buffer insertion using look-ahead optimization technique. Simulation results showthat the proposed algorithm can produce ...
Buffer insertion and wire sizing have been proven effective in solving the timing optimization probl...
Buffer insertion is a fundamental technology for VLSI interconnect optimization. Several existing bu...
In modern VLSI design, interconnection delay dominates the circuit delay due to its heavy downstream...
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 ...
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...
This thesis proposes a graph-based maze routing and buffer insertion algorithm for nanometer Very La...
Abstract- As gate delays decrease faster than wire delays for each technology generation, buffer ins...
We consider the problem of minimizing the delay in transporting a signal across a distance in a VLSI...
Performance optimization in very-large-scale integration (VLSI) design is the key success in today's...
Abstract—The classic buffer insertion algorithm of van Gin-neken has time and space complexity ( 2),...
As the process technology advances into the deep submicron era, interconnect plays a dominant role i...
[[abstract]]©2007 SASIMI-For high-frequency designs, concurrent buffer and flip-flop insertion becom...
As VLSI technology enters the nanoscale regime, interconnect delay has become the bottleneck of the ...
Buffer insertion and wire sizing have been proven effective in solving the timing optimization probl...
Buffer insertion is a fundamental technology for VLSI interconnect optimization. Several existing bu...
In modern VLSI design, interconnection delay dominates the circuit delay due to its heavy downstream...
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 ...
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...
This thesis proposes a graph-based maze routing and buffer insertion algorithm for nanometer Very La...
Abstract- As gate delays decrease faster than wire delays for each technology generation, buffer ins...
We consider the problem of minimizing the delay in transporting a signal across a distance in a VLSI...
Performance optimization in very-large-scale integration (VLSI) design is the key success in today's...
Abstract—The classic buffer insertion algorithm of van Gin-neken has time and space complexity ( 2),...
As the process technology advances into the deep submicron era, interconnect plays a dominant role i...
[[abstract]]©2007 SASIMI-For high-frequency designs, concurrent buffer and flip-flop insertion becom...
As VLSI technology enters the nanoscale regime, interconnect delay has become the bottleneck of the ...
Buffer insertion and wire sizing have been proven effective in solving the timing optimization probl...
Buffer insertion is a fundamental technology for VLSI interconnect optimization. Several existing bu...
In modern VLSI design, interconnection delay dominates the circuit delay due to its heavy downstream...