Probabilistic Proof Systems in Complexity Theory
Explore the world of probabilistic proof systems in complexity theory through the works of Oded Goldreich from the Weizmann Institute of Science. Dive into concepts like NP-proof systems, interactive proof systems, completeness, soundness, and efficient verification procedures with a focus on applic
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Derandomizing Algorithms: Challenges and Solutions
Delve into the realm of derandomizing algorithms with Oded Goldreich from the Weizmann Institute of Science as he discusses standard and quantified derandomization challenges, exploring the search problems and proofs underlying the quest to find input solutions for specific circuit classes. Discover
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Boolean Circuits of Depth-Three and Arithmetic Circuits with General Gates
Explore the relationship between Boolean circuits of depth-three and arithmetic circuits with general gates, investigating the complexity of multi-linear functions through various circuit models and lower bounds. Oded Goldreich and Avi Wigderson's work sheds light on the structure and limitations of
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Benny Chor's Research Insights
Discover key research insights from Benny Chor's work, including randomness extraction, verifiable secret sharing, the security of RSA bits, and private information retrieval. Explore foundational concepts in theoretical computer science presented by Oded Goldreich.
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New Concepts in Public-Key Encryption and Pseudorandom Generators
Explore the latest advancements in public-key encryption, local pseudorandom generators, and the low-degree method in cryptography. Discover ABW-like public-key encryption, Goldreich's function, pseudorandomness claims, and more in this innovative research work.
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Elders' Vision and Critique of Privileged Scientists - Insights from Oded Goldreich
Explore valuable advice for aspiring and tenured scientists, along with a critique of privileged scientists, as shared by Oded Goldreich from the Weizmann Institute of Science. Understand the importance of a commitment to science, the gap in skills, and the contrast between careerism and the true vo
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Testing Graphs in Vertex Distribution-Free Models by Oded Goldreich
Explore the world of property testing in graphs with vertex distribution-free models proposed by Oded Goldreich from Weizmann Institute of Science. Learn about sublinear-time approximate decision and practical scenarios to make testing more realistic.
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Testing Distributions of Huge Objects Oded Goldreich Weizmann Institute of Science Dana Ron Tel Aviv University
Explore the testing properties of strings and distributions in the context of huge objects, focusing on super-fast approximate decision-making, sample and query complexity, and distance measures such as Total Variation and normalized Hamming. Algorithmic testing methods for distributions over large
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Foundations of Cryptography Lecture 5 Highlights
Explore key concepts covered in Foundations of Cryptography Lecture 5, including secret-key encryption, PRGs, PRFs, the Goldreich-Goldwasser-Micali construction, identification protocols, authentication, and more. Learn about challenges like adversary impersonation and unpredictability in cryptograp
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Non-Adaptive vs. Adaptive Queries in the Dense Graph Testing Model
Explore the concepts of non-adaptive and adaptive queries in the dense graph testing model by Oded Goldreich and Avi Wigderson. Learn about property testing, super-fast approximate decisions, and the PT in the Dense Graph Model. Discover known results on testable properties like bipartiteness and tr
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