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Pseudorandom generators for low degree polynomials
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Constructions of Low-Degree and Error-Correcting \in-Biased Generators
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Testing k-wise and almost k-wise independence
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Pseudorandom Bits for Polynomials
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Inverse conjecture for the gowers norm is false
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Unconditional pseudorandom generators for low degree polynomials
STOC '08 Proceedings of the fortieth annual ACM symposium on Theory of computing
The Sum of d Small-Bias Generators Fools Polynomials of Degree d
CCC '08 Proceedings of the 2008 IEEE 23rd Annual Conference on Computational Complexity
Noisy Interpolating Sets for Low Degree Polynomials
CCC '08 Proceedings of the 2008 IEEE 23rd Annual Conference on Computational Complexity
Perturbed identity matrices have high rank: Proof and applications
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Random Low Degree Polynomials are Hard to Approximate
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Pseudorandom Bits for Polynomials
SIAM Journal on Computing
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A distribution Don a set $S \subset \mathbb Z_{p}^{N}$ 茂戮驴-fools polynomials of degree at most din Nvariables over $\mathbb Z_{p}$ if for any such polynomial P, the distribution of P(x) when xis chosen according to Ddiffers from the distribution when xis chosen uniformly by at most 茂戮驴in the 茂戮驴1norm. Distributions of this type generalize the notion of 茂戮驴-biased spaces and have been studied in several recent papers. We establish tight bounds on the minimum possible size of the support Sof such a distribution, showing that any such Ssatisfies $$ |S|\geq c_{1} \cdot \left(\frac{(\frac{N}{2d})^{d} \cdot \log{p}}{\epsilon^{2}\log{(\frac{1}{\epsilon})}}+p\right). $$This is nearly optimal as there is such an Sof size at most $$ c_{2} \cdot \frac{(\frac{3N}{d})^{d} \cdot \log{p} + p}{\epsilon^{2}}. $$