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PR (complexity)

  • Randomised Computation 1 TM Taking Advices 2 Karp-Lipton Theorem

    Randomised Computation 1 TM Taking Advices 2 Karp-Lipton Theorem

  • Lecture 10: Learning DNF, AC0, Juntas Feb 15, 2007 Lecturer: Ryan O’Donnell Scribe: Elaine Shi

    Lecture 10: Learning DNF, AC0, Juntas Feb 15, 2007 Lecturer: Ryan O’Donnell Scribe: Elaine Shi

  • BQP and the Polynomial Hierarchy 1 Introduction

    BQP and the Polynomial Hierarchy 1 Introduction

  • NP-Complete Problems and Physical Reality

    NP-Complete Problems and Physical Reality

  • 0.1 Axt, Loop Program, and Grzegorczyk Hier- Archies

    0.1 Axt, Loop Program, and Grzegorczyk Hier- Archies

  • Quantum Computational Complexity Theory Is to Un- Derstand the Implications of Quantum Physics to Computational Complexity Theory

    Quantum Computational Complexity Theory Is to Un- Derstand the Implications of Quantum Physics to Computational Complexity Theory

  • PR Functions Are Computable, PR Predicates) Lecture 11: March

    PR Functions Are Computable, PR Predicates) Lecture 11: March

  • General Models of Computation

    General Models of Computation

  • Hierarchies of Recursive Functions

    Hierarchies of Recursive Functions

  • Ion-Size Effect on Superconducting Transition Temperature Tc in …Er, Dy, Gd, Eu, Sm, and Nd؍R1؊X؊Yprxcayba2cu3o7؊Z Systems „R Li-Chun Tung, J

    Ion-Size Effect on Superconducting Transition Temperature Tc in …Er, Dy, Gd, Eu, Sm, and Nd؍R1؊X؊Yprxcayba2cu3o7؊Z Systems „R Li-Chun Tung, J

  • Quantum Complexity Theory

    Quantum Complexity Theory

  • Randomized Computation, Chernoff Bounds. 1 Randomized Time Complexity

    Randomized Computation, Chernoff Bounds. 1 Randomized Time Complexity

  • Quantum Interactive Proofs and the Complexity of Separability Testing

    Quantum Interactive Proofs and the Complexity of Separability Testing

  • The Complexity of Simulating Non-Signaling Distributions

    The Complexity of Simulating Non-Signaling Distributions

  • Projects. Probabilistically Checkable Proofs... Probabilistically Checkable Proofs PCP Example

    Projects. Probabilistically Checkable Proofs... Probabilistically Checkable Proofs PCP Example

  • Lecture 10 1 Interactive Proofs

    Lecture 10 1 Interactive Proofs

  • Lecture 6 1 the Complexity Class IP

    Lecture 6 1 the Complexity Class IP

  • Introduction to Interactive Proofs & the Sumcheck Protocol 1 Introduction

    Introduction to Interactive Proofs & the Sumcheck Protocol 1 Introduction

Top View
  • A Complete Characterization of Unitary Quantum Space Bill Fefferman (Quics, University of Maryland) Joint with Cedric Lin (Quics)
  • A Natural Encoding Scheme Proved Probabilistic Polynomial Complete*
  • Quantum Complexity Theory
  • On Applications of the Equilibrium Value Method
  • BQP and the Polynomial Hierarchy
  • NP Completeness
  • Lecture 22: Parity Is Not in AC0 11/18 Scribe: Nicholas Shiftan
  • How to Cope with NP-Completeness
  • BQP Vs. P, BPP, Accuracy Lecture 5 1 Reversible Computation 2 P ⊆
  • A Short Introduction to Implicit Computational Complexity
  • Lecture 3 Randomized Computation and the Polynomial-Time Hierarchy
  • Intro to Quantum Computations and Quantum Complexity
  • CSE200: Complexity Theory Randomized Algorithms
  • Probabilistic Complexity Classes, Error Reduction, and Average Case Complexity
  • Probabilistic Checkable Proofs Instructor: Rafael Pass Scribe: Jean-Baptiste Jeannin
  • The Complexity of Hardness Amplification and Derandomization
  • 1 Introduction to Complexity Theory
  • 1 Introduction


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