Many of the problems which arise in the teaching of computer engineering can be avoided by using digital system simulation. In this contribution an interactive minicomputer-based digital system simulator is described which enables students to design and effectively evaluate simple computer architectures.
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References
1.
HeathF. J. and GrubbD. T., ‘A digital computer for sixth-forms’Int. J. Elect. Eng. Educ., 3, No. 1, (1965).
2.
BestP. J.DepledgeP. G.EscuderM. A. and PownerE. T., ‘Introduction to microprocessor systems — part 3’. The Challenge of Microprocessors, Ed. HartleyM. G., Manchester University Press (1979).
3.
MajithiaJ. C.BanksW. and JansenJ., ‘Two examples in minicomputer design’, Int. J. Elect. Eng. Educ., 12, pp. 374–384 (1975).
4.
KaneG. R., ‘Personal minicomputer to aid undergraduate instruction in computer system design’IEEE Trans, on Education, E-20, 1, pp. 10–13 (1977).
5.
ZakyS. G.VranisecZ. G. and HamacherV. C., ‘On the teaching of computer organisation to engineering undergraduates’IEEE Trans, on Education, E-20, 1, pp. 27–30 (1977).
6.
BrewerM. A., Design Automation of Digital Systems, Vol. 1, chapter 3, Prentice Hall (1972).
7.
HayesG. G., ‘Computer-aided design: Simulation of digital design logic’IEEE Trans, on Computers, C-18, 1, pp. 1–10 (1969).
8.
BiancomoniV., ‘Logic simulator programs set pace in computer-aided design’, Electronics, 50, 21, pp. 98–101 (1977).
9.
AshbyD. H. and JohnsonD., ‘Simulating digital logic networks’, Electronic Engineering, 49, 598, pp. 71–72 (1977).
10.
WalkerA. J., An Interactive Minicomputer Based Digital System Simulator, Internal Report, Department of Electrical Engineering, University of the Witwatersrand, Johannesburg (August, 1980).