Media Summary: MIT 6.006 Introduction to Algorithms, Fall 2011 View the complete course: Instructor: Erik Demaine ... Instructor: Ramprasad Saptharishi This is the first of three lectures building towards's Ryan Williams' recent breakthrough result ... Agenda: Administrivia; problems of interest: GCD, primality, connectivity, matching, determinant, SAT, , CNF-minimization, ...

Css 203 1 Computational Complexity - Detailed Analysis & Overview

MIT 6.006 Introduction to Algorithms, Fall 2011 View the complete course: Instructor: Erik Demaine ... Instructor: Ramprasad Saptharishi This is the first of three lectures building towards's Ryan Williams' recent breakthrough result ... Agenda: Administrivia; problems of interest: GCD, primality, connectivity, matching, determinant, SAT, , CNF-minimization, ... Agenda: Arthur-Merlin protocols, MA, AM, properties of AM protocols, GI - NP-complete? public coins = private coins. Instructor: ... Agenda: IP ⊂ PSPACE; P^ ⊂ IP (via ); extension to TQBF; IP = PSPACE Instructor: Prahladh Harsha. Agenda: What is a proof?; Graph non-isomorphism; Interactive Proofs (formal definition); what we can prove; an interactive proof ...

Agenda: Universal TM simulation, Classes P and NP, non-determinisim, polynomial Agenda: Randomised space; Barrington's theorem Instructor: Ramprasad Saptharishi. Agenda: Probabilistic classes, Error reduction, relationship to other Agenda: Approximate counting with an NP oracle; self-reducibility properties of the Permanent Instructor: Ramprasad Saptharishi.

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Lecture 23: Computational Complexity
[CSS.203.1] Computational Complexity - Introduction to Catalytic Computation
[CSS.203.1] Computational Complexity - Lecture 11
[CSS.203.1] Computational Complexity - Lecture 1
[CSS.203.1] Computational Complexity - Lecture 7
[CSS.203.1] Computational Complexity - Lecture 25
[CSS.203.1] Computational Complexity - Lecture 23
[CSS.203.1] Computational Complexity - Lecture 22
[CSS.203.1] Computational Complexity - Lecture 2
[CSS.203.1] Computational Complexity - Lecture 16
[CSS.203.1] Computational Complexity - Lecture 14
[CSS.203.1] Computational Complexity - Lecture 20
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Lecture 23: Computational Complexity

Lecture 23: Computational Complexity

MIT 6.006 Introduction to Algorithms, Fall 2011 View the complete course: http://ocw.mit.edu/6-006F11 Instructor: Erik Demaine ...

[CSS.203.1] Computational Complexity - Introduction to Catalytic Computation

[CSS.203.1] Computational Complexity - Introduction to Catalytic Computation

Instructor: Ramprasad Saptharishi This is the first of three lectures building towards's Ryan Williams' recent breakthrough result ...

[CSS.203.1] Computational Complexity - Lecture 11

[CSS.203.1] Computational Complexity - Lecture 11

Agenda:

[CSS.203.1] Computational Complexity - Lecture 1

[CSS.203.1] Computational Complexity - Lecture 1

Agenda: Administrivia; problems of interest: GCD, primality, connectivity, matching, determinant, SAT, #SAT, CNF-minimization, ...

[CSS.203.1] Computational Complexity - Lecture 7

[CSS.203.1] Computational Complexity - Lecture 7

Agenda: Space

[CSS.203.1] Computational Complexity - Lecture 25

[CSS.203.1] Computational Complexity - Lecture 25

Agenda: Arthur-Merlin protocols, MA, AM, properties of AM protocols, GI - NP-complete? public coins = private coins. Instructor: ...

[CSS.203.1] Computational Complexity - Lecture 23

[CSS.203.1] Computational Complexity - Lecture 23

Agenda: IP ⊂ PSPACE; P^#P ⊂ IP (via #SAT); extension to TQBF; IP = PSPACE Instructor: Prahladh Harsha.

[CSS.203.1] Computational Complexity - Lecture 22

[CSS.203.1] Computational Complexity - Lecture 22

Agenda: What is a proof?; Graph non-isomorphism; Interactive Proofs (formal definition); what we can prove; an interactive proof ...

[CSS.203.1] Computational Complexity - Lecture 2

[CSS.203.1] Computational Complexity - Lecture 2

Agenda: Universal TM simulation, Classes P and NP, non-determinisim, polynomial

[CSS.203.1] Computational Complexity - Lecture 16

[CSS.203.1] Computational Complexity - Lecture 16

Agenda: Randomised space; Barrington's theorem Instructor: Ramprasad Saptharishi.

[CSS.203.1] Computational Complexity - Lecture 14

[CSS.203.1] Computational Complexity - Lecture 14

Agenda: Probabilistic classes, Error reduction, relationship to other

[CSS.203.1] Computational Complexity - Lecture 20

[CSS.203.1] Computational Complexity - Lecture 20

Agenda: Approximate counting with an NP oracle; self-reducibility properties of the Permanent Instructor: Ramprasad Saptharishi.