Programming languages are often classified according to their
paradigms, e.g. imperative, functional, logic, constraint-based,
object-oriented, or aspect-oriented. A paradigm characterizes the
style, concepts, and methods of the language for describing
situations and processes and for solving problems, and each
paradigm serves best for programming in particular application
areas. Real-world problems, however, are often best implemented by
a combination of concepts from different paradigms, because they
comprise aspects from several realms, and this combination is more
comfortably realized using multiparadigm programming languages.
This book deals with the theory and practice of multiparadigm
constraint programming languages. The author first elaborates on
programming paradigms and languages, constraints, and the merging
of programming concepts which yields multiparadigm (constraint)
programming languages. In the second part the author inspects two
concrete approaches on multiparadigm constraint programming the
concurrent constraint functional language CCFL, which combines the
functional and the constraint-based paradigms and allows the
description of concurrent processes; and a general framework for
multiparadigm constraint programming and its implementation,
Meta-S.
The book is appropriate for researchers and graduate students in
the areas of programming and artificial intelligence.
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