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Message Authentication and Provenance Verification for Industrial Control Systems
Ertem Esiner
, Utku Tefek
, Daisuke Mashima
, Binbin Chen
, Zbigniew Kalbarczyk
,
David M. Nicol
Coordinated Science Lab
Electrical and Computer Engineering
Information Trust Institute
Grainger College of Engineering
Siebel School of Computing and Data Science
Research output
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peer-review
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Keyphrases
Industrial Control Systems
100%
Message Authentication
100%
Sub-millisecond
25%
Bump
25%
Attacker
25%
Intrusion Detection System
25%
Human Users
25%
Human Interaction
25%
Smart Power Grids
25%
Message Delivery
25%
Firewall
25%
Formal Definition
25%
Authentication Mechanism
25%
Field Service
25%
Multi-factor Authentication
25%
Latency Overhead
25%
Failed Attacks
25%
ARM Cortex-M4
25%
Lightweight Block Cipher
25%
Middlebox
25%
Computer Science
Industrial Control System
100%
Message Authentication
100%
Attackers
25%
Intrusion Detection System
25%
Testbed
25%
Human Interaction
25%
Message Delivery
25%
Firewall
25%
Formal Definition
25%
Authentication Mechanism
25%
Cryptographic Primitive
25%
Successful Attack
25%
Provenance Chain
25%
Multifactor Authentication
25%
Smart Grid
25%