Nanocomputer

ISBN-13: 9786204983233 / Angielski / Miękka / 112 str.

Ganesh Narasimhan

Opis

In this article, we survey a variety of aspects of theoretical models of computation, with an emphasis on those modeling issues that are particularly important for the engineering of efficient nano-scale computers.Most traditional models of computing (such as those treated in Savage's textbook [ ]) ignore a number of important fundamental physical effects that can dramatically impact computational performance at the nanoscale, such as the basic thermodynamic limits on information processing [ ], and the possibility of utilizing quantum physical superpositions (essentially, weighted combinations) of logic states [ ]. New, alternative models of computing that allow reversible computing [ ], while respecting the laws of thermodynamics, may (gradually, over the next ~50 years) achieve a level of performance and cost-efficiency on all types of computational tasks that is literally thousands of times greater than the best that is physically possible using conventional irreversible models [ ].

O autorze

Dr.E.N.Ganesh working now at present as Dean (School of Engineering) at VELS University (VISTAS) at Chennai. I am Having 26 years of Teaching Experience out of which 8 years as Principal and 3 years as Dean at present. I am a M.Tech Graduate from IIT Madras in Microelectronics and VLSI Design, and PhD from JNTU Hyderabad in Nanotechnology.