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A hierarchical security architecture for smart grid
Quanyan Zhu,
Tamer Başar
Electrical and Computer Engineering
Coordinated Science Lab
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Keyphrases
Power Grid
100%
Hierarchical Protection
100%
Smart Grid
100%
Security Architecture
100%
Stuxnet
50%
In(III)
25%
Power System
25%
Personal Computer
25%
Security Issues
25%
Information Communication Technology
25%
Renewable Energy
25%
Energy Flow
25%
Siemens
25%
Electronic Technology
25%
Industrial Processes
25%
Energy Generation
25%
Nuclear Power Plant
25%
Iran
25%
Information Flow
25%
Networked Publics
25%
SCADA
25%
Software Vulnerability
25%
Software Updates
25%
IT Technologies
25%
Ethernet
25%
Proprietary Technology
25%
Georgia
25%
TCPIP
25%
Hackers
25%
Modern Information Technology
25%
Microsoft Windows
25%
US Power
25%
Nuclear Program
25%
Renewable Energy Integration
25%
Optimizing Energy Consumption
25%
Emergency Shutdown
25%
Modern Communication Technology
25%
Computer Worm
25%
Power Outage
25%
Computer Science
Smart Grid
100%
Security Architecture
100%
Stuxnet
100%
Personal Computer
50%
Energy Consumption
50%
Electronic Technology
50%
Public Networks
50%
Software Vulnerability
50%
Software Update
50%
Security Challenge
50%
Computer Worms
50%
Remote Location
50%
Energy Generation
50%
Engineering
Power Grid
100%
Smart Grid
100%
Energy Engineering
50%
Power Engineering
25%
Power Generation
25%
Personal Computer
25%
Nuclear Power Plant
25%
Siemens
25%
Computer Worms
25%
Renewable Energy Resources
25%
Power Outage
25%