Cyber-physical system design with sensor networking technologies

Description

Cover Title Copyright Contents Cyber-physical systems – List of acronyms Preface 1 Wireless sensor networks: basics and fundamentals Abstract 1.1 Introduction 1.2 Wireless ad-hoc networks 1.2.1 Wireless sensor networks 1.2.2 Mobile ad-hoc networks 1.2.3 Vehicular ad-hoc networks 1.3 Wireless nanosensor networks (WNSNs) 1.3.1 Nano-communication mechanisms 1.3.2 Applications 1.4 WNSN for embedded system design 1.5 Summary and discussion References 2 Cyber-physical systems: basics and fundamentals Abstract 2.1 Introduction 2.1.1 Cyber-physical system (CPS) 2.2 CPS concept and requirements 2.3 CPS architectures 2.4 CPS applications 2.4.1 CPS for vehicular environments 2.4.2 CPS for agriculture 2.4.3 CPS for health and medical sciences 2.4.4 CPS for smart grid 2.4.5 Overview 2.5 Future aspects of CPS 2.6 Conclusion Acknowledgments References 3 Integrating wireless sensor networks and cyber-physical systems: challenges and opportunities Abstract 3.1 Introduction 3.1.1 Chapter overview 3.2 Wireless sensor networks 3.3 Cyber-physical systems 3.4 WSN-CPS architecture 3.5 Characteristics and challenges of WSN-CPS 3.5.1 CPS challenges 3.5.2 WSN-CPS challenges and characteristics 3.6 Opportunities 3.7 Conclusion Acknowledgments References 4 Enabling cyber-physical systems architectural design with wireless sensor network technologies Abstract 4.1 Introduction 4.2 Distinguishing WSN, MANET, M2M, and CPS 4.3 Cyber-physical system design challenges 4.4 Cyber-physical systems architecture 4.4.1 Introduction 4.4.2 Healthcare applications 4.4.3 Smart space applications 4.4.4 Emergency and real-time applications 4.4.5 Control applications 4.4.6 Environmental applications 4.4.7 Intelligent transportation applications 4.4.8 Summary 4.5 The role of WSN technologies in CPSs 4.6 Towards a new CPS architecture 4.7 Conclusion References 5 Cyber security in cyber-physical systems: on false data injection attacks in the smart grid Abstract 5.1 Introduction 5.2 CPSs and wireless sensor networks 5.3 Cyber threats in CPS 5.4 Case study: False data injection attacks in smart grid 5.4.1 An overview of the smart grid 5.4.2 Impact of false data injection attacks on electricity market operations 5.4.3 Performance evaluation 5.4.4 Impact of false data injection attacks on other applications 5.5 Discussion 5.5.1 Prevention 5.5.2 Detection 5.6 Conclusion Acknowledgments References 6 Data management in cyber-physical systems with wireless sensor networks Abstract 6.1 Introduction 6.2 Data management: WSN vs. WSN-CPS 6.2.1 Data management in WSNs 6.2.2 Constraints of data management in WSNs 6.2.3 WSN-CPSs compared to WSNs 6.3 Data management activities 6.3.1 Mobile data collection 6.3.2 Data processing 6.3.3 Data storage 6.3.4 Data querying 6.3.5 Data compression 6.3.6 Data analysis 6.4 Cyber-physical cloud computing: opportunities and challenges 6.4.1 Real time 6.4.2 Big Data 6.4.3 Data mining 6.4.4 Data integration 6.4.5 Load balancing 6.5 Conclusion References 7 Routing in wireless sensor networks for cyber-physical systems Abstract 7.1 Introduction 7.2 Design challenges and issues for routing in WSN within the context of CPS 7.3 Routing protocols in WSNs for CPSs 7.3.1 Taxonomy of routing protocols in WSNs for CPSs 7.3.2 Location-based routing protocols 7.3.3 Data-centric routing protocols 7.3.4 Hierarchical routing protocols 7.3.5 Summary of routing protocols in WSN for CPS 7.4 Future directions of routing protocols in WSN for CPS 7.5 Conclusion 7.6 Acknowledgments 7.7 Appendix: List of Acronyms References 8 Resource management in cyber-physical systems Abstract 8.1 Introduction 8.2 Resource allocation 8.3 Game theory 8.4 Cooperative relaying 8.5 Recent results 8.5.1 Fairness versus efficiency 8.5.2 Unifying framework for multi-resource allocation 8.5.3 Advanced resource allocation in wireless sensor networks 8.6 Future directions Reference 9 Mobile sensors in wireless sensor network cyber-physical systems Abstract 9.1 Introduction 9.2 Mobile WSN-CPS Applications 9.2.1 Smart transportation CPS 9.2.2 Smart medical CPS 9.2.3 Smart social CPS 9.3 Challenges and opportunities 9.4 Conclusions 9.5 Acknowledgments References 10 Intelligent wireless sensor networks (iWSNs) in cyber-physical systems Abstract 10.1 Intelligent systems 10.2 Wireless sensor networks 10.3 Deployment of WSN in cyber-physical systems 10.4 Intelligent wireless sensor networks 10.5 WSN versus iWSN 10.6 Example applications with distinct intelligence level 10.6.1 Smart grid 10.6.2 Smart field monitoring 10.6.3 Applications need variant smartness 10.7 Summary References 11 Resilient wireless sensor networks for cyber-physical systems Abstract 11.1 Introduction 11.1.1 Cyber-physical systems and sensor networks 11.1.2 Information-security goals and cyber-physical systems 11.2 Objectives of WSN for CPS 11.2.1 Main objectives 11.2.2 Examples 11.3 Attacks against sensors 11.3.1 Types of attacks 11.3.2 Examples of attacks and vulnerabilities in CPS 11.4 Notion of attack resilience 11.4.1 Security and resilience 11.4.2 Random failures and intentional attacks 11.4.3 Challenges 11.5 Attack-resilient design 11.5.1 Approaches for attack resilience 11.5.2 Examples 11.6 Conclusions and future directions 11.7 Acknowledgments References 12 Case studies of WSN-CPS applications Abstract 12.1 Introduction 12.2 Smart space systems 12.2.1 Fixture monitoring systems 12.2.2 Energy-efficient smart buildings 12.2.3 Preference-based smart home 12.3 Healthcare systems 12.3.1 Sensor-assisted sleep- facilitating systems 12.3.2 Body motion monitoring 12.4 Emergency response systems 12.4.1 Emergency evacuation systems 12.4.2 Search and rescue systems 12.5 Human activity inference 12.5.1 Conversation behavior analyzer 12.5.2 Mood detection 12.5.3 Road safety helpers 12.5.4 Social activity inference 12.5.5 Virtual-physical games 12.6 Smart city systems 12.6.1 Urban-scale monitoring 12.6.2 Urban mobility and activity diaries 12.6.3 Intelligent transportation systems 12.7 Conclusion: discussion, comparison, and future challenges 12.7.1 Discussion and comparison 12.7.2 Opportunities and challenges beyond References 13 Medical cyber-physical systems Abstract 13.1 Introduction 13.2 Background and related works 13.2.1 Model-based developments 13.2.2 Medical guidelines 13.2.3 User-centred design 13.3 Technical components 13.3.1 Real-time dialogue server 13.3.2 Mobile sensor architecture for continuous monitoring and care 13.3.3 Data mining suite 13.3.4 Semantic model for clinical information and patients 13.4 Towards cognitive prostheses 13.5 Challenges and opportunities 13.5.1 Clinical data intelligence models 13.5.2 Semantic patient models and intelligent access 13.5.3 Towards integrated decision support 13.6 Conclusion 13.7 Acknowledgments References Index A B C D E F G H I J K L M N O P Q R S T U V W Z Back Cover