(Enter summary)
Abstract: This work compares and analyses conventional and logic programming systems using a qualitative
and quantitative approach. Logic programming is known to be easier and simpler than imperative
programming, but it is not very popular because of its believed inefficiency. Our work shows that logic
programming can be as efficient as imperative programming for a wide range of symbolic and scientific
applications. We used different Prolog-based systems, including SICStus, XSB, Yap, CLP(R) and Aurora... (Update)
Context of citations to this paper: More
...logic programming systems and parallel C compatible systems. In contrast, previous works such as [16] 13] 6] 7] 5] 15] 14] [3] and [8] have also studied the performance of logic programming systems in other contexts. The paper is organised as follows. Section 2...
.... of CLP, however, is that for a fixed set of constraints the computation time is in general longer than for traditional constraint solvers [8]. 3.3 Constraint Propagation The CSP is processed by a general constraint solving procedure. This procedure transforms the CSP into a...
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BibTeX entry: (Update)
V. M. Calegario and I. C. Dutra. Performance Comparison between Conventional and Logic Programming Systems. Technical Report ES-478/98, COPPE/Systems Engineering and Computer Science, Setembro 1998. http://citeseer.ist.psu.edu/calegario98performance.html More
@misc{ calegario98performance,
author = "V. Calegario and I. Dutra",
title = "Performance Comparison between Conventional and Logic Programming Systems",
text = "V. M. Calegario and I. C. Dutra. Performance Comparison between Conventional
and Logic Programming Systems. Technical Report ES-478/98, COPPE/Systems
Engineering and Computer Science, Setembro 1998.",
year = "1998",
url = "citeseer.ist.psu.edu/calegario98performance.html" }
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