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In deep submicron fabrication technology, transistors can now switch much faster, but wire resistances are now larger, and delay due to wires can exceed gate delay. Consequently, the interconnect delay is the dominant factor in the construction of wire routing in very large scale integrated (VLSI) circuits, which today, has feature dimensions in the nanometer range. Today, the state-of-the-art ...

The design of a VLSI circuit consists of a description of the circuit in terms of its components and subcomponents at various levels of detail To verify that the layout of a VLSI circuit conforms to its design one needs to work back wards from the lowest level description of the circuit and recognize the higher level components it constitutes This paper is concerned with the application of logi...

Very Large Scale Integration (VLSI) has made an extraordinary effect on the development of integrated circuit technology. It has not only decreased the dimension and the price but also improved the complexness of the circuits. There are, however, prospective issues which may slow down the efficient use and development of upcoming VLSI technology. Among these is the issue of circuit testing, whi...

Over the past few decades, several powerful placement algorithms have been used successfully in performing VLSI placement. With the increasing complexity of the VLSI chips, there is no clear dominant placement paradigm today. This work attempts to explore hybrid algorithms for large-scale VLSI placement. Our work aims to evaluate existing placement algorithms, estimate the ease of their reuse, ...