NeTS-NR: Collaborative Research: High-Speed Self-Configuring Networks Based on Cost-Effective Plug-and-Play Optical (PPO) Nodes

国家科学基金会NETS-网络技术与系统研究CISE/CNSABSTRACT提案编号：0435393主要研究者：Fumagalli，Andrea机构：德克萨斯大学达拉斯分校提案编号：0435381主要研究者：惠荣庆机构：堪萨斯大学研究中心提案标题：NetS-NR：合作研究：基于经济高效的即插即用光（PPO）节点的高速自配置网络该项目设想并研究了连接大量廉价光节点的未来ad-hoc多千兆网络基础设施。用户将通过一个简单的即插即用操作，通过已经安装的光纤连接节点。 机载光学微型实验室、先进的传输模型和密集的信号处理是设计网络协议的关键组件，这些协议能够智能地调整光数据流和波长选择，并实现即插即用节点操作。本研究的目的是确定所需的技术，研究协议和算法，开发合适的传输模型，设计和制造集成光学微型实验室的关键部件，使设想的场景成为现实，并合并所有取得的成果，以证明PPO节点概念的可行性。Admela Jukan博士，CISE/CNSAug 5，2004.

National Science FoundationNETS - Research in Network Technologies and Systems CISE/CNSABSTRACTProposal Number: 0435393Principal Investigator: Fumagalli, AndreaInstitution: University of Texas at DallasProposal Number: 0435381Principal Investigator: Rongqing HuiInstitution: University of Kansas Center for Research IncProposal Title: NeTS-NR: Collaborative Research: High-Speed Self-Configuring Networks Based on Cost-Effective Plug-and-Play Optical (PPO) NodesThis project envisions and investigates a future ad-hoc multi-gigabit network infrastructure connecting a very large number of inexpensive optical nodes. Us-ers will connect nodes via already installed fibers by a simple plug-and-play op-eration. An on-board optical micro-lab, advanced transmission models, and an intensive signal processing are the key components to design network protocols that are able to intelligently adjust optical data flows and wavelength selection and to enable the plug-and-play node operation. The objective of this research is to identify the required technologies, to study protocols and algorithms, to develop suitable transmission models, to design and fabricate critical parts of an integrated optical micro-lab that will make the envisioned scenario a reality, and to amalgamate all the achieved results for proving the PPO node concept feasibility. Dr. Admela JukanProgram Director, CISE/CNSAug 5, 2004.