Lectures on Mathematical Logic, Volume II /

"In this volume, logic starts from the observation that in everyday arguments, as brought forward by say a lawyer, statements are transformed linguistically, connecting them in formal ways irrespective of their contents. Understanding such arguments as deductive situations, or "sequents&qu...

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Bibliographic Details
Main Author: Felscher, Walter (Author)
Corporate Author: Taylor & Francis
Format: eBook
Language:English
Published: Boca Raton, FL : CRC Press, 2014.
Edition:First edition.
Subjects:
Online Access:Connect to the full text of this electronic book
Table of Contents:
  • chapter Introduction
  • chapter 1 Positive Rules for Deductive Situations
  • chapter 2 The Calculus KsP
  • chapter 3 The Calculi KtP and KuP
  • chapter 4 Inversion Operators
  • chapter 5 Tableaux
  • part 2 Cuts
  • chapter 1 Cut Elimination with Exchange Operators
  • chapter 2 Arithmetization
  • chapter 1 Explicit Retracing as a Motivation
  • chapter 2 The Reduction Operator R0
  • chapter 3 The Reduction Operator R1 and the Elimination Operator
  • chapter 1 Negation in Deductive Situations
  • chapter 2 The Calculi KM0 of Minimal Logic and KJ0 of Intuitionistic Logic
  • chapter 3 The Intermediary Calculi KM1, KJ1
  • chapter 4 The Calculi LM and LJ
  • chapter 5 K-Calculi for the Connective
  • chapter 6 Tableaux
  • part 5 Sequent Calculi for Classical Logic
  • chapter 1 The Multiple Calculus MK
  • chapter 2 Cut Elimination with Inversion Rules for MK
  • chapter 3 MK as a Calculus for Classical Logic
  • chapter 4 The Calculi MP, MM and MJ
  • chapter 5 The Peirce Rule
  • chapter 6 Tableaux
  • chapter 1 d-Algebras and d-Frames
  • chapter 2 e-Algebras, e-Frames and RPC-Semilattices
  • chapter 3 g-Algebras, g-Frames and RPC-Lattices
  • chapter 4 m-Algebras, m-Frames and m-Lattices
  • chapter 5 i-Algebras, i-Frames and Heyting Algebras
  • chapter 6 c-Algebras, c-Frames and Boolean Algebras
  • chapter 7 Translations from Classical into Intuitionistic Logic
  • part 7 Calculi of Formulas
  • chapter 1 Modus Ponens Calculi for Positive Logic
  • chapter 2 Modus Ponens Calculi for Minimal and for Intuitionistic Logic
  • chapter 3 Modus Ponens Calculi for Classical Logic
  • chapter Historical Notes to Chapters 1 - 7
  • chapter 1 Quantifier Rules for Deductive Situations
  • chapter 2 Sequent Calculi with Q-rules
  • chapter 3 The Replacement Theorem and Cut Elimination for Calculi with rep
  • chapter 4 The Substitution Theorem and Cut Elimination for Calculi with sub
  • chapter 5 The Sets SUB
  • chapter 6 The Substitution Theorem Resumed
  • chapter 7 Cut Elimination Resumed
  • chapter 8 Inversion Rules
  • chapter 1 The Calculi cxqt and cxqs
  • chapter 2 The Variants cxqt0 of cxqt
  • chapter 3 The Variants cxqt1 and cxqt2 of cxqt
  • chapter 4 The Calculi cxqsi
  • chapter 5 The Deduction Theorem and Other Metarules for the Calculi ccqti
  • chapter 6 Tautologies of Positive Quantifier Logic
  • chapter 7 Tautologies of Minimal Quantifier Logic
  • chapter 8 Tautologies of Classical Quantifier Logic
  • chapter 1 Translating Between Sequential and Modus Ponens Calculi
  • chapter 2 Relations between Classical and Intuitionistic Derivability
  • chapter 3 Equality Logic
  • chapter 4 Language Extensions with Predicate Symbols
  • chapter 5 Language Extensions with Function Symbols 1
  • chapter 6 Language Extensions with Function Symbols 2
  • chapter 7 The Midsequent Theorem
  • chapter 8 Herbrand's Theorem for Prenex Formulas
  • chapter 9 Tableaux.