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Logic for CS
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Logic for CS
by Prof S Arun Kumar

The theory of computation is based on concepts defined by logicians and mathematicians such as Alonzo Church and Alan Turing. Church first showed the existence of algorithmically unsolvable problems using his notion of lambda-definability. ... This theory established a precise correspondence between proofs and programs....

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level English
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Program Fee
FREE
About This Course

The theory of computation is based on concepts defined by logicians and mathematicians such as Alonzo Church and Alan Turing. Church first showed the existence of algorithmically unsolvable problems using his notion of lambda-definability. ... This theory established a precise correspondence between proofs and programs....


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Course Curriculum
1 Sections | 39 Lecture | 33h 40min total length
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Logic for CS

Module 1

| 33h 40min total length
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    Semantics of Propositional Logic

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    Propositional Logic Syntax

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    Introduction

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    Logical and Algebraic Concepts

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    Identities and Normal forms

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    Tautology Checking

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    References

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    Verification of WHILE Programs

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    Verification of Imperative Programs

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    Towards Logic Programming

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    First -Order Theories

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    Completeness of the Hilbert System

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    Completeness of Tableaux Method

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    Resolution and Tableaux

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    Resolution : Soundness and Completeness

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    More on Resolution in FOL

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    Resolution in FOL

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    Unification

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    Substitutions and Instantiations

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    Skalemization

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    Normal Forms

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    Existential Quantification

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    Predicate Logic: Proof Theory (Contd..)

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    First - Order Theories

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    Structures and Substructures

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    Models

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    Subsitutions

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    The Semantic of Predicate Logic

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    Introduction to Predicate Logic

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    The Hilbert System :Completeness

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    The Hilbert System : Soundness

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    Derived Rules

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    Proof Theory : Hilbert-style

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    Formal Theories

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    Maximally Consistent Sets

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    The Completeness Theorem

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    Consistency and Completeness

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    Analytic Tableaux

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    Propositional Unsatisfiability

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