Solving Higher-Order Equations Download

Author: Christian Prehofer
Edition: 1998
Binding: Kindle Edition
ISBN: B000PY3SQE

Solving Higher-Order Equations: From Logic to Programming (Progress in Theoretical Computer Science)

This monograph develops techniques for equational reasoning and declarative programming based on higher-order logic. Get Solving Higher-Order Equations computer books for free.
The author presents a framework for the full integration of declarative programming models and shows its application. On the technical side, he integrates the main results of both worlds. The book presents completeness results as common in logic programming and also generalizes evaluation strategies found in current functional programming languages to this setting. The book includes a thorough introduction to higher-order equational logic, higher-order rewriting, and unification. This followed by a stepwise development from general equational reasoning toward effective methods for declarative programming in higher-order logic Check Solving Higher-Order Equations our best computer books for 2013. All books are available in pdf format and downloadable from rapidshare, 4shared, and mediafire.

Solving Higher-Order Equations Download

The author presents a framework for the full integration of declarative programming models and shows its application. On the technical side, he integrates the main results of both worlds. The book presents completeness results as common in logic programming and also generalizes evaluation strategies found in current functional programming languages to this setting. The book includes a thorough introduction to higher-order equational logic, higher-order rewriting, and unification he author presents a framework for the full integration of declarative programming models and shows its application. On the technical side, he integrates the main results of both worlds. The book presents completeness results as common in logic programming and also generalizes evaluation strategies found in current functional programming languages to this setting. The book includes a thorough introduction to higher-order equational logic, higher-order rewriting, and unification. This followed by a stepwise development from general equational reasoning toward effective methods for declarative programming in higher-order logic

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