"This volume brings together 19 invited papers presented at the Workshop on Control of Cyber-Physical Systems held at The Johns Hopkins University in Baltimore, USA on March 20-21, 2013" --preface.
Robust global almost sure synchronization on a circle via stochastic hybrid control
CPS modeling integration hub and design space exploration with application to microrobotics
Cloud conveyors system: a versatile application for exploring cyber-physical systems
Cyber-attack forecast modeling and complexity reduction using a game-theoretic framework
Formulating cyber-security as convex optimization problems
LQ control under security constraints
Quanitfying cyber-security for networked control systems
Security and infiltration of networks: a structural controllability and observability perspective
Modeling and designing network defense against control channel jamming attacks: a passivity-based approach
Parameter-invariant actuator fault diagnostics in cyber-physical systems with application to building automation
Resilient parameter-invariant control with application to vehicle cruise control
Towards the unificaton of locomotion and manipulation through control Lyapunov functions and quadratic programs
Distributed multiparty DC power flow algorithm with secure exchange of information
A distributed feedback control approach to the optimal reactive power flow problem
Optimal control of multi-agent persistent monitoring systems with performance constraints
Resilient distributed control of multi-agent cyber-physical systems
Robust team-triggered coordiantion of neworked cyberphysical systems
Arbitrated network control systems : a co-design of control and platform for cyber-physical systems
Mean square limitations of spatially invariant networked systems.
Control of Cyber-Physical Systems : Workshop Held at The Johns Hopkins University, March 2013. ISBN 9783319011585. Published by Springer in 2013. Publication and catalogue information, links to buy online and reader comments.