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1
Introduction
2
Random Oracle
3
Point Function Obfuscation
4
Digital Locker
5
Fuzzy Extractors
6
Multibit Output
7
Point Obfuscation with Associated Data
8
Virtual Black Box Security
9
Barter Secondary
10
Construction
11
Nonmalleability
12
Fuzzy Extractor
13
Robustness Guarantee
14
Secure Sketch
15
Summary
16
Questions
17
Continuous Normal Code
18
Continuous Persistent Code
19
Decision Trees
20
Decision Trees Construction
21
Normal Ability
22
Super Normal Ability
23
Deleted Resilience
24
Failure gracefully
25
Failure finding game
Description:
Watch a comprehensive session from Asiacrypt 2022 focusing on advanced cryptographic theory. Explore topics such as Random Oracle, Point Function Obfuscation, Digital Locker, and Fuzzy Extractors. Dive into complex concepts including Virtual Black Box Security, Nonmalleability, and Robustness Guarantee. Learn about Continuous Normal Code, Decision Trees, and Super Normal Ability. Understand the importance of Deleted Resilience and graceful failure in cryptographic systems. Engage with the content through a question and answer segment at the end of the 1-hour 17-minute talk.

Theory of Cryptographic Obfuscation and Fuzzy Extractors - Session 2

TheIACR
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