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Isaac M. Hair
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[c5]Isaac M. Hair
, Amit Sahai
:
SVPp Is Deterministically NP-Hard for All p > 2, Even to Approximate within a Factor of 2log1-εn. STOC 2026: 1716-1727
[i9]Isaac M. Hair, Amit Sahai:
Deterministic Hardness of Approximation For SVP in all Finite ℓp Norms. CoRR abs/2604.01451 (2026)
[i8]Isaac M. Hair, Amit Sahai:
Public Key Encryption from High-Corruption Constraint Satisfaction Problems. CoRR abs/2604.10479 (2026)
[i7]Isaac M. Hair, Amit Sahai:
List Recovery for Random Low-Rate Linear Codes. CoRR abs/2605.30101 (2026)- 2025
[c4]Timothy M. Chan, Isaac M. Hair
:
A Linear Time Algorithm for the Maximum Overlap of Two Convex Polygons Under Translation. SoCG 2025: 31:1-31:16
[c3]Riddhi Ghosal
, Isaac M. Hair
, Aayush Jain
, Amit Sahai
:
Using the Planted Clique Conjecture for Cryptography: Public-Key Encryption from Planted Clique and Noisy k-LIN over Expanders. STOC 2025: 1921-1932
[i6]Timothy M. Chan, Isaac M. Hair:
A Linear Time Algorithm for the Maximum Overlap of Two Convex Polygons Under Translation. CoRR abs/2504.18352 (2025)
[i5]Isaac M. Hair, Amit Sahai:
SVPp is NP-Hard for all p > 2, Even to Approximate Within a Factor of 2{log1-ϵ n. CoRR abs/2511.04125 (2025)
[i4]Isaac M. Hair, Amit Sahai:
SVP$_p$ is NP-Hard for all $p > 2$, Even to Approximate Within a Factor of $2^{\log^{1-\epsilon} n}$. Electron. Colloquium Comput. Complex. TR25: Article TR25-153 (2025)
[i3]Riddhi Ghosal, Isaac M. Hair, Aayush Jain, Amit Sahai:
Using the Planted Clique Conjecture for Cryptography: Public-Key Encryption from Planted Clique and Noisy k-LIN Over Expanders. IACR Cryptol. ePrint Arch. 2025: 1501 (2025)
[i2]Isaac M. Hair, Amit Sahai:
SVPp is Deterministically NP-Hard for all p > 2, Even to Approximate Within a Factor of 2log1-ε n. IACR Cryptol. ePrint Arch. 2025: 2181 (2025)- 2024
[c2]Timothy M. Chan, Isaac M. Hair
:
Convex Polygon Containment: Improving Quadratic to Near Linear Time. SoCG 2024: 34:1-34:15
[c1]Guillem López-Paradís, Isaac M. Hair
, Sid Kannan, Roman Rabbat, Parker Murray, Alex Lopes, Rory Zahedi, Winston Zuo, Jonathan Balkind:
The Case For Data Centre Hyperloops. ISCA 2024: 230-244
[i1]Timothy M. Chan, Isaac M. Hair:
Convex Polygon Containment: Improving Quadratic to Near Linear Time. CoRR abs/2403.13292 (2024)
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