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- Notes for Lecture 3 1 Space-Bounded Complexity Classes
- Introduction to the Theory of Complexity
- Lecture 7: Nonuniformity 1 Time-Space Lower Bounds For
- The Complexity of Searching a Graph
- Determining Possible and Necessary Winners Under Common Voting Rules Given Partial Orders
- Lecture 1 1 Turing Machines
- Characterizing the NP-PSPACE Gap in the Satisfiability Problem For
- Complexity Theory: Overview of Definitions (D), Theorems (T) and Languages (L)
- Lecture 9: Undirected Connectivity in Log-Space 1 Algorithm
- II. a COMPLEXITY MEASURE in This Sl~Ction a Mathematical Technique
- Time-Optimal Interactive Proofs for Circuit Evaluation
- On the Np-Hardness of Blocks World
- Probabilistic Checking of Proofs and Hardness of Approximation Problems
- Lecture 21 1 Probabilistically Checkable Proofs
- Complexity Theory: Overview of Definitions (D), Theorems (T) and Languages (L) Chronological Order
- Advanced Complexity Theory: the Zig-Zag Product and USTCON
- Three NP-Complete Optimization Problems in Seidel's Switching
- Completeness in the Polynomial-Time Hierarchy a Compendium∗
- Calculation Matrix
- Two-Sorted Theories for L, SL, NL and P Phuong Nguyen University
- A Short History of Computational Complexity
- Show That the Following Problems Are NP-Complete
- Probabilistically Checkable Proofs and Their Consequences for Approximation Algorithms
- Fast Approximate Probabilistically Checkable Proofs ⋆
- CPTH: Assignment 2 February 21, 2021
- Recognizing Tough Graphs Is Np-Hard D. Bauer* S.L
- Probabilistically Checkable Arguments
- A P-Complete Problem and Approximations to It
- Probabilistically Checkable Arguments
- Symmetric Logspace Is Closed Under Complement Basic Research in Computer Science
- Interactive Proof System We Have Seen Interactive Proofs, in Various Disguised Forms, in the Definitions of NP, OTM, Cook Reduction and PH
- Undirected Connectivity in Log-Space∗
- Training a 3-Node Neural Network Is Np-Complete
- P-COMPLETE PROBLEMS and APPROXIMATE SOLUTIONS Sartaj
- Other Complexity Classes and Measures Chapter 29 of the Forthcoming CRC Handbook on Algorithms and Theory of Computation
- Training a 3-Node Neural Network Is NP-Complete
- The Power of Natural Properties As Oracles
- Notes on Space-Bounded Complexity
- Uniform Circuits, Boolean Proof Nets
- Presburger Modal Logic Is PSPACE-Complete Stéphane Demri, Denis Lugiez
- Foundation of Cryptography, Lecture 6 Interactive Proofs and Zero Knowledge
- Introduction to Complexity Theory
- Improved Sample Complexity for Incremental Autonomous Exploration in Mdps
- Notes on Sneaky Complete Languages
- Lecture 7: More on NL; NP-Completeness Lecturer: Heng Guo
- Computational Complexity. Lecture 9 Space Complexity
- Quantum Interactive Proof Systems Uses Somewhat Different Techniques
- Efficient Probabilistically Checkable Proofs and Applications to Approximation Abstract 1 Introduction
- 1 Overview 2 Submodular Functions
- The Complexity of Graph Connectivity
- The Mechanism Design Approach to Interactive Proofs a Dissertation
- Notes for Lecture 3 1 Space-Bounded Complexity Classes
- A Compendium of Problems Complete for P
- 1 a Log-Space Algorithm
- Physical Computation, P/Poly and P/Log⋆
- The Computational Complexity Column by Vikraman Arvind Institute of Mathematical Sciences, CIT Campus, Taramani Chennai 600113, India