Lienig, J. (1997b). Physical design of VLSI circuits and the application of genetic algorithms. Evolutionary Algorithms in Engineering Applications, pages 277--292. D. Dasgupta and Z. Michalewicz eds.  Home/Search   Document Details and Download   Summary   Related Articles

....only those with good fitness values for the next iteration. These methods have been demonstrated to successfully synthesize novel design configurations of: VLSI layouts (Wong et al. 1989; Chatterje and Hartley, 1990; Cheng and Gen, 1996; Naito et al. 1996; Salami et al. 1996; Lienig, 1997a; Lienig, 1997b; Mihaila, 1997; Drechsler, 1998) structures (Goldberg, 1987; Bense and Kikuchi, 1988; Chapman et al. 1994; Reddy and Cagan, 1995a; Reddy and Cagan, 1995b; Chapman and Jakiela, 1996; Duda and Jakiela, 1997; Shea et al. 1997; Shea and Cagan, 1997; Campbell, 2000; Jakiela et al. 2000) DRAFT ....

....(or placement of components) of different systems. For example, the VLSI electronic chip layout design problem (Wong et al. 1989; Chatterje and Hartley, 1990; Cheng and Gen, 1996; Drechsler, 1998) and automated synthesis of topology and sizing of analog electrical circuits (Lienig, 1997a; Lienig, 1997b; Mazumder and Rudnick, 1999) Field programmable gate arrays (FPGA) or reconfigurable hardware, has been the subject of much research, with (Mihaila, 1997; Naito et al. 1996; Salami et al. 1996) being a small sample of such work. Another example is the pipe network layout design of branched ....

Lienig, J. (1997b). Physical design of VLSI circuits and the application of genetic algorithms. Evolutionary Algorithms in Engineering Applications, pages 277--292. D. Dasgupta and Z. Michalewicz eds.

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