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Electronic Colloquium on Computational Complexity

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TR24-132 | 6th September 2024
Arkadev Chattopadhyay, Pavel Dvorak

Super-critical Trade-offs in Resolution over Parities Via Lifting

Revisions: 1

Razborov [J. ACM, 2016] exhibited the following surprisingly strong trade-off phenomenon in propositional proof complexity: for a parameter $k = k(n)$, there exists $k$-CNF formulas over $n$ variables, having resolution refutations of $O(k)$ width, but every tree-like refutation of width $n^{1-\epsilon}/k$ needs size $\text{exp}\big(n^{\Omega(k)}\big)$. We extend this result to tree-like ... more >>>


TR24-131 | 5th September 2024
Hadar Strauss

Emulating Computationally Sound Public-Coin IPPs in the Pre-Coordinated Model

Revisions: 1

Interactive proofs of proximity (IPPs) for a property are relaxed proof systems analogous to property testers in which the goal is for the verifier to be convinced to accept inputs that are in the property, and to not be fooled into accepting inputs that are far from the property.

... more >>>

TR24-130 | 30th August 2024
Sabee Grewal, Vinayak Kumar

Improved Circuit Lower Bounds With Applications to Exponential Separations Between Quantum and Classical Circuits

Revisions: 1

Kumar (CCC, 2023) used a novel switching lemma to prove exponential-size lower bounds for a circuit class $GC^0$ that not only contains $AC^0$ but can---with a single gate---compute functions that require exponential-size $TC^0$ circuits. Their main result was that switching-lemma lower bounds for $AC^0$ lift to $GC^0$ with no loss ... more >>>



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