Collaborative Research: NeTS-NR: Ultra-Broadband Optical Wireless Communication Networks

合作研究：NeTS-NR：超宽带光无线通信网络

• 批准号: 0435155
• 负责人: Chunming Qiao
• 金额: $ 25万
• 依托单位: SUNY at Buffalo
• 依托单位国家: 美国
• 项目类别: Continuing Grant
• 财政年份: 2004
• 资助国家: 美国
• 起止时间: 2004-09-01 至 2009-08-31
• 项目状态: 已结题
• 来源: https://www.nsf.gov/awardsearch/showAward?AWD_ID=0435155&HistoricalAwards=false
• 关键词: Collaborative; Research; NeTS; NR; Ultra

National Science FoundationNETS - Research in Network Technologies and Systems CISE/CNSABSTRACTProposal Number: 0435341Principal Investigator: Liu, QingchongInstitution: Oakland UniversityProposal Number: 0435155Principal Investigator: Chunming QiaoInstitution: SUNY at BuffaloProposal Title: Collaborative Research: NeTS-NR: Ultra-Broadband Optical Wireless Communication NetworksThis collaborative research project undertakes a multidisciplinary approach to optical wireless communications (OWC) networks and focuses on the first/last mile between the existing fiber-optic backbone and many homes and small of-fice buildings. The project aims at developing novel OWC networking and communications theory and techniques including those at the physical layer that overcome the scintillation (variation in light intensity) caused by the at-mospheric turbulence in OWC networks through sub-carrier modulation and coding, and those at the link and network layers that take into consideration the unique capabilities and constraints of OWC when designing optimal topol-ogy, survivable routing, and innovative dynamic reconfiguration algorithms to mitigate the negative effects of heavy or dense fog, as well as reduce the per link cost. As a result of the project effort, an OWC ring network will be built, running multimedia applications. The success of the project is expected to pro-vide an affordable ultra-broadband first/last mile access, enable new multime-dia applications to be delivered to residential homes and small office buildings, and serve as a stepping stone to the integration of heterogeneous technologies based on radio frequency (e.g., Wireless Local Area Networks, WLAN, and cellu-lar networks) and fibers. Dr. Admela JukanProgram Director, CISE/CNSAug 5, 2004.

National Science FoundationNETS - Research in Network Technologies and Systems CISE/CNSABSTRACTProposal Number: 0435341Principal Investigator: Liu, QingchongInstitution: Oakland UniversityProposal Number: 0435155Principal Investigator: Chunming QiaoInstitution: SUNY at BuffaloProposal Title: Collaborative Research: NeTS-NR: Ultra-Broadband Optical Wireless Communication网络该协作研究项目采用了用于光学无线通信（OWC）网络的多学科方法，并专注于现有的光纤骨干与许多房屋与许多家庭和小型建筑物之间的第一/最后一英里。 该项目旨在开发新型的OWC网络和通信理论以及包括在OWC网络中通过子载波的调制和编码在元素网络中的瞬间湍流引起的物理层（光强度变化）的物理层的新型OWC网络和通信理论，以及通过子载波的调制和编码引起的，以及那些链接和网络上的链接和网络层，这些链接和网络在设计型独特的功能和约束时，可以考虑到独特的范围，并在设计型独特的范围内，并在设计型独特的范围内，并在设计型号的范围内生存，并生存了型号，并构成了型号的型号，并在设计中构成了独特的型号，并在设计中构成了独特的型号，并在设计中构成了独特的范围，并且在设计型号和网络范围内，并且在设计中，并在设计中构成了独特的外观。重新配置算法减轻重雾或致密雾的负面影响，并降低每连接成本。 由于项目工作，将建立一个OWC环网络，并运行多媒体应用程序。该项目的成功有望促成负担得起的超大号一英里访问权限，使新的多电视应用应用程序可以交付到住宅房屋和小型办公楼，并作为基于无线电频率的异质技术的整合（例如，无线网络，无线网络，Wlan和Cellu-libs和fibers和fibers和fibs）的阶梯式石材。 CISE/CNSAUG 5，2004，Admela JukanProgram博士主任。