This article presents a set of hardware experiments in the area of computer architecture. They combine their practical aspects with a set of simulation exercises.
We propose a series of practical applications including both asynchronous VME/synchronous ISA buses and parallelism. The system on which experiments are carried out is an 80 × 86 CPU-based prototype.
FulcherJ.., ‘Experience with teaching computer architecture’, Int. J. Elect. Enging Educ., 30 (1993), 329–342.
2.
PhilipsL.MechanP. and CavenorM. C., ‘Laboratory-based coursework in parallel processing using the transputer’, IEEE Trans. Educ., 37(3) (1994), 299–302.
3.
MorenoL.SigutJ. F.MerinoJ. J.SánchezJ. L. and BritoA., ‘Digital signal processor for a signal processing laboratory’, IEEE Trans. Educ., 42(3) (1999), 192–199.
4.
MorenoL.AcostaL.HamiltonA.SánchezJ. L.PiñeiroJ. D.MerinoJ. J. and AguilarR. M., ‘Experiments on a DC motor based system digital control course’, Int. J. Elec. Enging. Educ., 32 (1995), 163–178.
5.
SPIM has been developed by LarusJ. R. (Computer Science Department, University of Winsconsin-Madison, USA).
6.
WinDLX and Midas have been developed by GrünbacherH. (Vienna University of Technology, Austria).
7.
WinDLXV has been developed by CalpéRoberto and LópezPedro (Universidad Politécnica de Valencia, Spain).
8.
HP 1660-A Series 50/100-MHz State/500 MHz Timing Logic Analyzers Users' Reference (Hewlett Packard, Colorado Springs, 1994).
9.
DuatoJ.YalamanchiliS. and NiL., Interconnection Networks: An engineering approach (IEEE Computer Society, Los Alamitos, 1997).
10.
DecegamaA. L., The Technology of Parallel Processing (Prentice Hall, Englewood Cliffs, 1989).
11.
BlackJ. (ed.), The System Engineer's Handbook: A guide to building VME bus and VXI bus Systems (Academic Press, New York, 1992).