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1
Intro
2
Kernel Functions
3
Kernel Density
4
Motivation
5
A A Trivial Solution
6
Analysis of Random Sampling
7
Prior Work and Our Result
8
Can we do better than random sampling?
9
Importance Sampling Estimator
10
Locality Sensitive Hashing (LSH)
11
Charikar-Siminelakis'17
12
Some Simplifying Assumptions
13
Ideal Importance Sampling
14
Our Approach
15
Using Andoni-Indyk LSH for Recovery
16
Collision Probabilities
17
Density Constraints
18
Size of Query's Bucket (Simplified)
19
Size of Query's Bucket (Detailed)
20
Query Time
21
Space
22
Basics of Data Dependent LSH
23
General Approach in Data Dependent LSH
24
Log-Density
25
Density Evolution of Query's Bucket
26
Effect of Hashing on Log-Densities
27
Technical Steps
28
Open Questions
Description:
Explore kernel density estimation through density constrained near neighbor search in this IEEE conference talk. Delve into kernel functions, density motivation, and analysis of random sampling. Examine importance sampling estimators and locality sensitive hashing techniques. Investigate the Charikar-Siminelakis'17 approach, including simplifying assumptions and ideal importance sampling. Learn about using Andoni-Indyk LSH for recovery, collision probabilities, and density constraints. Understand query time, space complexity, and the basics of data-dependent LSH. Analyze log-density, density evolution of query buckets, and the effect of hashing on log-densities. Conclude with technical steps and open questions in this field of computational statistics and machine learning.

Kernel Density Estimation through Density Constrained Near Neighbor Search

IEEE
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