Titlebook: Automated Deduction - A Basis for Applications Volume I Foundations - Calculi and Methods Volume II ; Wolfgang Bibel,Peter H. Schmitt Book

事物的方面

https://doi.org/10.1007/978-94-017-0437-3Evolution; Extension; automated reasoning; automated theorem proving; calculus; complex system; expert sys

insomnia

978-90-481-5052-6Springer Science+Business Media B.V. 1998

明智的人

outer-ear

Conclusion: Gissing’s Great Good PlaceProving termination is a central problem in software development and formal methods for termination analysis are essential for program verification. However, since the halting problem is undecidable and totality of functions is not even semi-decidable, there is no procedure to prove or disprove the termination of . algorithms.

使成波狀

Gissing’s Early Social Novels, 1880–1887This chapter describes the first half of the formal, machine-supported verification of a Prolog compiler with the KIV system.

Control-Group

Git for Electronic Circuit DesignReuse of approved components and concepts is a major characteristic of mature engineering disciplines. In software engineering it has even been considered from the very beginning (cf. Mcllroy’s (1968) contribution to the seminal NATO conference) but despite ongoing interest and research it is by no means an established practice.

Microaneurysm

Lattice-Ordered Groups in DeductionGroups and lattices are standard examples of theories used to test deductive systems. In this chapter we investigate how automated theorem provers can support interactive theorem proving in the field of lattice-ordered groups.

judiciousness

Termination Analysis for Functional ProgramsProving termination is a central problem in software development and formal methods for termination analysis are essential for program verification. However, since the halting problem is undecidable and totality of functions is not even semi-decidable, there is no procedure to prove or disprove the termination of . algorithms.

Flounder

The WAM Case Study: Verifying Compiler Correctness for Prolog with KIVThis chapter describes the first half of the formal, machine-supported verification of a Prolog compiler with the KIV system.

overrule