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Electronic Colloquium on Computational Complexity

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TR23-207 | 13th December 2023
Omri Ben-Eliezer, Tomer Grossman, Moni Naor

Does Prior Knowledge Help Detect Collisions?

Suppose you are given a function $f\colon [n] \to [n]$ via (black-box) query access to the function. You are looking to find something local, like a collision (a pair $x \neq y$ s.t.\ $f(x)=f(y)$). The question is whether knowing the `shape' of the function helps you or not (by shape ... more >>>


TR23-206 | 9th December 2023
Yilei Chen, Jiatu Li

Hardness of Range Avoidance and Remote Point for Restricted Circuits via Cryptography

Revisions: 1

A recent line of research has introduced a systematic approach to explore the complexity of explicit construction problems through the use of meta problems, namely, the range avoidance problem (abbrev. Avoid) and the remote point problem (abbrev. RPP). The upper and lower bounds for these meta problems provide a unified ... more >>>


TR23-205 | 21st December 2023
Marshall Ball, Dana Dachman-Soled

(Inefficient Prover) ZAPs from Hard-to-Invert Functions

A ZAP is a witness-indistinguishable two-message public-coin interactive proof with the following simple structure: the verifier sends a uniformly random string, the prover responds, and the verifier decides in polynomial time whether to accept or reject.

We show that one-way functions imply the existence of ... more >>>



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