CRI: Secure Wireless Ad-hoc Networking and Sensor Networking

摘要建议：CNS 0454416PI：Sirisha MedidiInstitution：华盛顿州大学项目：NSF 04-588简明计算研究基础结构标题：CRI：安全无线自组织网络和传感器网络系统华盛顿州立大学的研究人员将购买用于传感器网络研究的实验室设备。他们将建立一个具有AN-HOC网络能力的实验室，包括几台具有无线功能的计算机和个人数字助理(PDA)，以及一个50个微尘的传感器网络。PI将在如下主题上进行实验研究：(I)检测自组织网络中的不当行为，(Ii)识别和隔离自组织网络中的恶意节点，(Iii)区分自组织网络中的拥塞和不良行为，(Iv)自组织网络中的服务质量路由，(V)自组织网络中的安全路由，(Vi)传感器网络中能量高效的信息传播，以及(Vii)接收者发起的传感器网络的MAC。该基础设施将允许他们在现实的试验台上进行性能测试和研究验证。这项研究的更广泛影响包括解决传感器网络在研究和社会应用中日益增长的应用。这些设施将用于教育和课程工作，包括华盛顿州立大学与附近的爱达荷州莫斯科大学联合提供的课程。

AbstractProposal: CNS 0454416PI: Sirisha MedidiInstitution: Washington State University Program: NSF 04-588 CISE Computing Research InfrastructureTitle: CRI: Secure Wireless Ad-hoc Networking and Sensor Networking Systems Investigators at Washington State University will acquire laboratory equipment for sensor networking research. They will establish a laboratory with an-hoc network capabilities consisting of several wireless enabled computers and personal digital assistants (PDAs), and a sensor network of 50 motes. The PI's will conduct experimental research on topics such as: (i) detecting misbehavior in ad-hoc networks, (ii) identifying and isolating malicious nodes in ad-hoc networks, (iii) distinguishing congestion from misbehavior in ad-hoc networks, (iv) quality of service routing in ad-hoc networks, (v) secure routing in ad-hoc networks, (vi) energy-efficient information dissemination in sensor networks, and (vii) receiver initiated MAC for sensor networks. The infrastructure will allow them to do performance testing and validation of their research in a realistic testbed. Broader impacts of the research include addressing the growing applications of sensor networks in research and societal applications. The facilities will be available for education and course work, including courses that Washington State University offers jointly with the nearby University of Idaho in Moscow, ID.