» » Number Theory and Mathematical Logic: Primitive Recursive Functions

by OU Course Team

• ISBN: 0749257512
• Category: Math & Science
• Author: OU Course Team
• Subcategory: Mathematics
• Other formats: mbr rtf mobi lrf
• Language: English
• Publisher: Open University Worldwide (January 1, 2004)
• Pages: 68 pages
• FB2 size: 1744 kb
• EPUB size: 1813 kb
• Rating: 4.7

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Primitive recursive arithmetic (PRA) is a quantifier-free formalization of the natural numbers. It was first proposed by Skolem as a formalization of his finitist conception of the foundations of arithmetic, and it is widely agreed that all reasoning of PRA is finitist. Many also believe that all of finitism is captured by PRA, but others believe finitism can be extended to forms of recursion beyond primitive recursion, up to ε0, which is the proof-theoretic ordinal of Peano arithmetic.

If there is a Primitive Recursive function that computes an upper bound for the number of times the body of the sole .

If there is a Primitive Recursive function that computes an upper bound for the number of times the body of the sole unbounded loop of the Kleene normal form needs to be performed then we can replace the unbounded loop by a bounded one and have overall a Primitive Recursive construction. Clearly, the semantic equivalence of Primitive Recursive functions (of any given arity) is co-semi-decidable, because we can enumerate all possible inputs and apply the functions to them until a difference emerges. Because Primitive Re- cursive functions can only differ by return values (not by termination behaviour) different functions will be found out.

There's a chapter on recursive functions, starting with primitive recursive functions, and a subsequent section on recursive relations.

In this course we develop mathematical logic using elementary set theory as given, just as one would do with other branches of mathematics, like group theory or probability theory. For more on the course material, see. Shoeneld, J. Mathematical Logic, Reading, Addison-Wesley, 1967.

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Mathematical Logic and Algorithms Theory We present a course developed by the team of Tomsk State University of. .This course offers basic knowledge in mathematical logic.

Mathematical Logic and Algorithms Theory. This is an illustrated basic course in mathematical logic. We invite everyone who wants to be creative in mathematics and programming. We present a course developed by the team of Tomsk State University of Control Systems and Radioelectronics.

Mathematical logic is a subfield of mathematics exploring the applications of formal logic to mathematics. It bears close connections to metamathematics, the foundations of mathematics, and theoretical computer science. The unifying themes in mathematical logic include the study of the expressive power of formal systems and the deductive power of formal proof systems.

A Course on Mathematical Logic. Book · January 2008 with 13 Reads. In this chapter we shall study recursive functions. How we measure 'reads'. We shall also introduce techniques to show how a general decision problem can be converted into showing whether a partcular function is recursive. The text also discusses the major results of Gdel, Church, Kleene, Rosser, and Turing.

Primitive recursive functions form an important building block on the way to a full formalization of computability. Most of the functions normally studied in number theory are primitive recursive. These functions are also important in proof theory. For example, addition and division, the factorial and exponential function, and the function which returns the nth prime are all primitive recursive. So are many approximations to real-valued functions.

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