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Lightweight Cryptography for IoT: A State-of-the-Art
Vishal Thakor
,
Mohammad Abdur Razzaque
, Muhammad R. A. Khandaker
Centre for Digital Innovation
Department of Computing & Games
School of Computing, Engineering & Digital Technologies
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Keyphrases
Internet of Things
100%
Lightweight Cryptography
100%
Cost Performance
50%
Vulnerability
50%
Performance Characteristics
50%
Cryptography
50%
Security Threats
50%
Control Process
50%
Performance Comparison
50%
Novel Algorithm
50%
Critical Infrastructure
50%
New Research Directions
50%
Smart Card
50%
Cyber Threats
50%
Sensors Etc
50%
Cryptanalysis
50%
Industrial Internet of Things (IIoT)
50%
Software Performance
50%
RFID Tags
50%
Lightweight Block Cipher
50%
Hardware Performance
50%
Explosive Growth
50%
Cost Characteristics
50%
Wireless Sensor
50%
Sub-branch
50%
Interconnected Systems
50%
Resource-constrained Devices
50%
5G Internet of Things
50%
Security Characteristics
50%
Industrial Control
50%
New Securities
50%
Lightweight Cryptographic Algorithms
50%
Computer Science
Lightweight Cryptography
100%
Internet-Of-Things
100%
Performance Comparison
33%
Critical Infrastructure
33%
Research Direction
33%
Smart Card
33%
Cryptanalysis
33%
Industrial Internet of Things
33%
Wireless Sensor
33%
Hardware Performance
33%
Cryptography Algorithm
33%
Software Performance
33%
Block Cipher
33%
Constrained Device
33%
Control Process
33%
Complex System
33%
Cryptography
33%