CAREER: Towards Trustworthy and Resilient Sensor Networks

传感器网络是关键基础设施保护等广泛应用的理想候选者。保证传感器网络和传感应用的可靠性和弹性是必要的，特别是当这些应用的故障可能导致影响安全、安保、经济和社会的灾难性事件时。该项目的目标是开发实用技术，以建立可靠和有弹性的传感器网络，以及促进这些技术教育的教学材料。研究重点是传感器网络中的广播认证、可信和弹性时钟同步以及轻量级和协同入侵检测。为了应对传感器网络安全中的独特挑战（例如，资源约束，节点妥协威胁），本项目寻求加密技术的有效集成

Sensor networks are ideal candidates for a wide range of applications such as critical infrastructure protection. It is necessary to guarantee the trustworthiness and resilience of sensor networks as well as the sensing applications, especially when the failure of these applications may result in catastrophic events with impacts affecting safety, security, the economy and society at large. The objective of this project is to develop practical techniques for building trustworthy and resilient sensor networks as well as instructional materials that facilitate the education of these techniques. The research activities are focused on practical broadcast authentication, trustworthy and resilient clock synchronization, and light-weight and collaborative intrusion detection in sensor networks. To handle the unique challenges (e.g., resource constraints, threat of node compromises) in sensor network security, this project seeks effective integration of cryptographic