1 Introduction  
1.1 Security of Networked Systems  
1.2 Applications  
1.3.1 Centralized Resilient Control Techniques  
1.3.2 Resilient Distributed Techniques  
2 Mathematical Preliminaries  
2.1 Graph Theory  
2.3 Spectral Graph Theory and Linear Systems  
2.4 Structured Systems Theory  
3 Notions of Resilience  
4 Connectivity: The Earliest Measure of Resilience  
5 Resilient Distributed Consensus  
5.1 Classical Approaches  
5.2 Purely Local Approaches  
5.3 Resilient Vector Consensus  
6 Resilient Distributed Optimization  
6.1 Factors that Affect the Performance of Resilient Distributed Optimization Algorithms  
6.2 Extension to Multi-Dimensional Functions  
7 Resilient Distributed Estimation and Inference  
7.2 Dynamic State Estimation and Inference  
8 Attack Detection and Identification Over Networks  
8.1 Attack Detection  
8.2 Attack Identification Procedure  
8.3 Other Attack Detection and Identification Approaches  
9 Graph-Theoretic Interpretations of the Attack Impact  
9.1 Controllability of Networks Under Attack  
9.2 System Norm Approaches  
10 Related Problems in Resilient Networked Control Systems  
10.3 Network Coherence as a Measure of Resiliency  
11 Resilience in Certain Classes of Graphs  
11.1 Paths, Cycles, Trees, and Complete Graphs  
11.4 Random Graphs  
12 Future Directions