Blogs about: Hardness Of Approximation

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Why is discrete Fourier analysis useful in obtaining hardness of approximation results?

avschild wrote 4 months ago: In my last post, I gave a PCP for the Label Cover problem that translated into a MAX-E3LIN instance. … more →

Tags: 3Sat, (In)approximability, pcps

Hardness of Approximating MAX-3SAT and MAX-E3LIN

avschild wrote 5 months ago: In this post, I will start proving that MAX-3SAT is NP-hard to approximate within a factor better th … more →

Tags: (In)approximability, pcps

The MAX-3SAT Problem and the Method of Conditional Expectation

avschild wrote 5 months ago: In this post, I will discuss the MAX-3SAT problem. Over the course of the next few posts, I will giv … more →

Tags: randomized algorithms, Approximation Algorithms, (In)approximability, 3Sat

Probabilistically Checkable Proofs (PCPs) and Hardness of Approximation

avschild wrote 5 months ago: In the previous blog post, I introduced the idea of hardness amplification and used it to prove that … more →

Tags: (In)approximability, NP-completeness, pcps

Hardness of approximating independent set

avschild wrote 5 months ago: I will start my blog by illustrating that NP-completeness has more implications than just exact hard … more →

Tags: Approximation Algorithms, computational complexity, Computer Science, (In)approximability, independent set, NP-completeness, P vs NP

Hypercontractivity and its Applications8 comments

James Lee wrote 3 years ago: My student Punya Biswal just completed this great survey on hypercontractivity and its application i … more →

Tags: Math, Hypercontractivity, Fourier analysis of boolean functions, log-Sobolev inequalities

Lecture P1. From Integrality Gaps to Dictatorship Tests2 comments

James Lee wrote 3 years ago: Here are Prasad Raghavendra‘s notes on one of two guest lectures he gave for CSE 599S. Prasad … more →

Tags: CSE 599S, invariance principle, discrete harmonic analysis


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