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UniWit

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First seen 7/17/2026

Last seen 7/26/2026

Evidence 13 chunks

01

NEIGHBORHOOD

5 nodes · 7 edges

graph · UniWit · depth=1

02

RELATIONSHIPS

12 connections

UniGen ← compares with 100% 5e evidence

UniGen is explicitly compared against UniWit in terms of theoretical guarantees and runtime performance.

Leapfrogging Heuristic uses → 100% 3e evidence

Chakraborty et al. proposed the leapfrogging heuristic to improve UniWit's scalability at the cost of guarantees.

Uniform Generation of SAT Witnesses implements → 100% 2e evidence

UniWit is a near-uniform generator of SAT witnesses.

Supratik Chakraborty authored by → 95% 2e evidence

Chakraborty is listed as an author of UniWit.

Kuldeep S. Meel authored by → 95% 2e evidence

Meel is listed as an author of UniWit.

Moshe Y. Vardi authored by → 95% 2e evidence

Vardi is listed as an author of UniWit.

UniGen Paper (DAC 2014) ← evaluates 100% 2e evidence

The paper evaluates UniWit as a reference baseline for performance comparison.

XOR-based Hash Partitioning uses → 100% 2e evidence

UniWit uses 3-wise independent linear hash functions for XOR-based partitioning.

Hashing-Based Sampling implements → 100% 1e evidence

UniWit uses hashing-based techniques for generating SAT witnesses.

hashing-based sampling implements → 97% 1e evidence

UniWit is a hashing-based SAT witness generator using 3-wise independent linear hash functions.

XOR clauses uses → 95% 1e evidence

UniWit uses XOR clauses of size |X|/2 on average, causing scalability issues.

uniform SAT witness generation implements → 96% 1e evidence

UniWit is a hashing-based algorithm for near-uniform generation of SAT witnesses.