Secure Wireless Sensor Networks: Building Blocks and Applications

Sensor networks are ideal candidates for a wide range of applications, such as monitoring of critical infrastructures, data acquisition in hazardous environments, and military operations. It is necessary to guarantee the security and resilience of sensor networks (as well as their applications) as they become more and more popular. Despite many security schemes have been proposed to protect building blocks such as routing and key management, some other building blocks (e.g., mobile sink and time synchronization) are largely ignored. This book, therefore, provides security building blocks for sensor networks and develops a potential killer application for sensor networks. The two proposed security building blocks will help the sensor networks tolerate mobile sink compromises and be resilient against attacks on the time synchronization, respectively. SVATS, a sensor-network-based vehicle anti-theft system, is designed to address the limitations of high cost, high false-alarm rate and the easy disabling drawbacks of the current vehicle theft tracking and alarming systems. This system can detect vehicle theft within seconds and track stolen vehicles as well.

Hui Song: Ph.D. in Computer Science and Engineering from Penn State. Now Assistant Professor at Frostburg State in Maryland. Research areas: network security, wireless networks and mobile computing. Guohong Cao: Ph.D. in Computer Science from Ohio State. Now Full Professor at Penn State. Research Interests: wireless networks and mobile computing.