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Extra resources for ACM, Programming languages -- Past, Present, and Future - Sixteen Prominent Computer Scientiest Assess Our Field
Is the Chairman and Chief Scientist of Tera Computer Systems. Smith is a recognized authority on high-performance computer architecture and programming languages for parallel computers, and is the principal architect of the MTA system. Prior to co-founding Tera, Smith was a Fellow of the Supercomputing Research Center, a division of the Institute for Defense Analyses. He was honored in 1990 with the Eckert-Mauchly Award given jointly by the Institute for Electrical and Electronic Engineers and the Association for Computing Machinery, and was elected a Fellow of both organi- 56 Andrew S.
D. student, then it depends on the research area he is in, and then my advice would be the same as that for the researcher; that I hope there would be some potential von Neumann who would look at this issue of software engineering, and particularly this issue of software reliability-I have a talk whose title is, "How Reliable Can We Make Software", and we're nowhere near having the same kind of understanding of constructing reliable software as we have of constructing reliable hardware, or of conducting reliable communications over a noisy channel.
Unless a person is going to be a Civil Engineer, for example, he may never see these types of languages. But the existence of these narrow languages is natural. There are several reasons why there are so many programming languages, but there are two major ones. The first major reason is functionality. That is to say, the language is best suited for certain types of applications. I wouldn't want to write a payroll program in LISP, which is a list oriented language, suitable for artificial intelligence.