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Cached: Identifying cache-based timing channels in production software
Shuai Wang
, Pei Wang
, Xiao Liu
, Danfeng Zhang
,
Dinghao Wu
College of Information Sciences and Technology
Comparative Literature
Computer Science and Engineering
Research output
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Chapter in Book/Report/Conference proceeding
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Conference contribution
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Dive into the research topics of 'Cached: Identifying cache-based timing channels in production software'. Together they form a unique fingerprint.
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Keyphrases
Caching
100%
Cache Performance
100%
Timing Channels
100%
Cryptosystem
60%
Vulnerability
40%
Cryptographic Algorithms
40%
Novel Technique
20%
Evaluation Results
20%
Software Developers
20%
Power Usage
20%
Modern Computer
20%
Memory Systems
20%
Memory Consumption
20%
Time Consumption
20%
Symbolic Execution
20%
Symbolic Constraints
20%
Computer Memory
20%
Algorithm Implementation
20%
Physical Implementation
20%
Timing Difference
20%
Hierarchical Design
20%
Threat Model
20%
Execution Trace
20%
Secret Data
20%
Attack Target
20%
Program Point
20%
Memory Access Pattern
20%
Side Channel
20%
Side-channel Attacks
20%
Constraint Solving
20%
Computer Science
Cryptography
100%
Side Channel Attack
66%
Evaluation Result
33%
Modern Computer
33%
Symbolic Execution
33%
Memory System
33%
Secret Information
33%
Software Developer
33%
Threat Model
33%
Execution Trace
33%
Memory Access Pattern
33%
side-channel
33%
Potential Vulnerability
33%
Side Channel
33%
Reported Vulnerability
33%
Cryptographic Algorithm
33%
Advanced Encryption Standard
33%