工学 >>> 光学工程 >>> 光信息技术 >>> 光通信器件与系统技术 光电成像技术 显示技术 光存储与记录 全息技术和三维成像 光计算 自适应光学 光电信息处理
搜索结果: 1-9 共查到光信息技术 next generation相关记录9条 . 查询时间(0.12 秒)
Imagine watching the World Cup or the Super Bowl in 3-D in the comfort of your own home. That option may be available sooner than you think. With support from the National Science Foundation (NSF), op...
Development of system technology for effective networking infrastructure for next generation e-health applications is addressed. An integrated optical wireless access architecture based on radio-over-...
As services migrate from being primarily TDM-based to more packet-centric, it makes sense to also integrate into the transport equipment those functions that are needed to provide optimized connectivi...
The components for next-generation access networks enable broader-band delivery by higher-speed operation, more wavelengths, and more integration. Economic considerations determine more and less likel...
Current and Next-Generation Broadband Access Technologies.
We investigate the use of integrated packet/circuit/wavelength switches in next-generation optical core networks and compare different node architectures for a 46 node,25,840 route-km US network.
This paper discusses the prospects of and challenges facing the next generation transport network architectures. Enhancements expected in optical path technologies are highlighted and state-of-the-art...
The impact of fibre parameters on coherent system performance is presented. Not unlike intensity transmission, low loss, large effective area and high local dispersion are preferred for optimizing coh...
This paper discusses future evolution scenarios of PON systems for residential-service application as well as for large business and mobile backhaul applications given the typical network configuratio...

中国研究生教育排行榜-

正在加载...

中国学术期刊排行榜-

正在加载...

世界大学科研机构排行榜-

正在加载...

中国大学排行榜-

正在加载...

人 物-

正在加载...

课 件-

正在加载...

视听资料-

正在加载...

研招资料 -

正在加载...

知识要闻-

正在加载...

国际动态-

正在加载...

会议中心-

正在加载...

学术指南-

正在加载...

学术站点-

正在加载...