SYSTEM SIMULATION WITH DIGITAL COMPUTER

by Narsingh Deo, Washington State University.

A basic textbook for those who wish to use digital computers for simulating engineering and business systems. The book is a self-contained introduction to digital simulation techniques and emphasizes the use of FORTRAN in simulation. Contains an excellent discussion of the design and evaluation of simulation experiments together with flowcharts and program listings. It is written in a lucid style by an experienced author of several internationally renowned textbooks in Computer Science.

288 pages

PROBABILITY AND STATISTICS WITH RELIABILITY, QUEUING, AND COMPUTER SCIENCE APPLICATIONS

by Kishor Shridharbhal Trivedi, Duke University, North Carolina.

The aim of the book is to provide an introduction to probability, stochastic processes, and statistics for students of computer science, electrical/computer engineering, reliability engineering and applied mathematics. It prepares the student for solving practical stochastic modelling problems and for the more advanced courses on queuing or reliability theory. The text emphasizes on applications, illustrating each theoretical concept by solved examples relating to algorithm analysis or communication related problems.

640 pages

DISCRETE-EVENT SYSTEM SIMULATION, 3rd ed.

by Jerry Banks, Georgia Institute of Technology, John S. Carson, II, AutoSimulation, Inc., and Barry L. Nelson, North-Western University.

This third edition has been reorganized with new and updated material and a new chapter on the simulation of computer systems. The book first introduces simulation concepts via examples drawn from general areas of application, and provides background material on probability, statistics, and queuing theory.

608 pages

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