作者简介
声明
摘要
Abstract
Table of Contents
Chapter 1 Introduction
§1.1 Motivation
§1.2 Research Objectives
1.2.1 Understanding Communication Infrastructures in the Smart Grid
1.2.2 Understanding Security Protections of Time-critical Control Messages
1.2.3 Demonstrating Iterative Cascading Failures in the Smart Grid
§1.3 Contributions
§1.4 Organization
Chapter 2 Communication Infrastructures towards the Smart Grid:Design,Implementation and Evaluation
§2.1 FREEDM Visions
2.1.1 System Overview
2.1.2 Communication Scenarios
2.1.3 Communication Requirements
2.1.4 Summarized Challenges
§2.2 GREEN HUB:A FREEDM System Demo
2.2.1 Physical Architecture of Green Hub
2.2.2 DNP3-based Communication Infrastructure of Green Hub
2.2.3 Implementations of DNP3-based Communication Infrastructure
§2.3 Communication Performances of Green Hub
2.3.1 Experiment Setup
2.3.2 EvaluationⅠ:Performance of the Communication Infrastructure
2.3.3 EvaluationⅡ:Baseline Performance of the DNP3 over TCP/IP frame-work
2.3.4 EvaluationⅢ:Practical Performance of the DNP3 over TCP/IP Framework in Green Hub
§2.4 Summary
Chapter 3 Security Protections of Time-Critical Control Messages in Substation Automation Systems
§3.1 Preliminary of Substation Automation Systems in the Smart Grid
3.1.1 Single Line Diagram of a Substation
3.1.2 System Architecture of Substation Automation
3.1.3 Security and Performance Requirements
§3.2 Security Scheme Candidates
3.2.1 RSA
3.2.2 Message Authentication Code
3.2.3 One-Time Signature
§3.3 A Small-Scale SAS Prototype
3.3.1 IEC61850-based Substation Automation System
3.3.2 Implementations of the SAS Prototype
§3.4 Performance Results and Analysis
3.4.1 Performance Metric
3.4.2 Parameter Settings
3.4.3 Measurements of Security Schemes
3.4.4 Analysis of Data Origin Authentication Schemes
§3.5 Summary
Chapter 4 System Resilience of the Interdependent Networks in the Smart Grid
§4.1 Cyber and Power Coupled Networks
4.1.1 Coupled Network Architecture
4.1.2 Interdependent Behaviors in the Fault Management
§4.2 INDEPNETSim:A Co-Simulation Framework for Interdependent Networks
4.2.1 Simulations of Message Transmissions
4.2.2 Simulations of Electricity Deliveries
§4.3 Performance Results
4.3.1 Experimental Setup
4.3.2 Performance Results
§4.4 Summary
Chapter 5 Conclusion and Future Directions
§5.1 Conclusion
§5.2 Future Directions
Acknowledgement
Bibliography
Publications