Abstract VLSI design is probably the most fascinating application area of combinatorial optimization. Virtually all classical combinatorial optimization problems, and many new ones, occur naturally as subtasks. Due to the rapid technological development and major theoretical advances

Visualization techniques were applied to several different types of VLSI design and simulation data. A number of different visualizations have been tried, with varying results. Examples include 3D visualization of voltage and currents from fullwave interconnect analysis, on-chip clock distribution

The Mead-Conway VLSI design and implementation methodologies were deliberately generated to be simple and accessible, and yet have wide coverage and efficiency in application. An overview is given of the methods used to "design the design methodology. " We sketch the results

Visualization techniques were applied to several different types of VLSI design and simulation data. A number of different visualizations have been tried, with varying results. Examples include 3D visualization of voltage and currents from fullwave interconnect analysis, on-chip clock distribution

. In this paper, the VLSI design of normalization algorithm is proposed. This paper performs these following tasks. Firstly, the flow of enhancement algorithm and the basic principle of normalization algorithm is introduced. Then, a scheme of VLSI design of normalization algorithm is proposed and described

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The task of producing a VLSI architecture that will solve a given problem contains many design decisions. The effects of these decisions on the final design are often difficult to quantify. We will compare three different implementations of a systolic architecture for solving the knapsack problem

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