光缓存,optical buffer
1)optical buffer光缓存
1.Research and analysis of single wavelengthoptical buffer;单波长光缓存的研究与分析
2.Performance study on optical packet switch with feedbackoptical buffer;具有反馈式光缓存的OPS节点结构性能研究
3.Study onoptical buffer-based multi-priority traffic contentions in OBS networks;OBS网络基于光缓存的多优先级业务冲突研究
英文短句/例句
1.The Research on Optical Buffer Technology in Optical Packet Switching Network;光分组交换网络中光缓存技术的研究
2.Research on the Multi-wavelength Signals Buffering Based on DLOB and Slow Light Via Stimulated Brillouin Scattering基于双环耦合全光缓存器和SBS慢光的多波长信号缓存研究
3.Novel All-optical Buffer Based on Dual-Semiconductor Optical Amplifier;基于双SOA的新型全光缓存器的研究
4.Investigation of All Optical Buffer Based on Gain Transparent Semiconductor Optical Amplifiers基于增益透明SOA的全光缓存器的研究
5.Novel structure of optical buffers in optical fiber LAN光纤局域网中一种新的光缓存器级联结构
6.Optical Fiber Methane Sensor Based on Double Loop Optical Buffer基于全光缓存器的光纤传感甲烷多点监测系统
7.Research on Control Technology of Optical Buffer Which is Based on Polarisation Rotation;基于SOA偏振旋转的全光缓存器控制技术研究
8.Research on Optical Buffer Based on SOA Polarization Rotation;利用SOA偏振旋转效应实现全光缓存的初步研究
9.Investigation on Control Technology for Optical Buffer of Large Adjustable Delay;延迟时间大范围可调光缓存器控制技术的研究
10.Research on Dual Loop Optical Buffer for Variable Length Packets;分级可变包长双环全光缓存器若干问题的研究
11.Research on the Key Issues about Dual-Loop Optical Buffer;双环耦合全光缓存器中若干关键问题的研究
12.Research on Digital Receiver of Fiber-optic Methane Gas Sensor Based on All-optical Buffer基于全光缓存器光纤瓦斯传感数字接收部分的研制
13.Dual Loop Optical Buffer Based on Collinear 3x3 Fiber Coupler;基于平行排列3x3耦合器的双环全光缓存器的研究
14.Research on the Optical Buffer Based on Nonlinear Polarization Rotation in SOA and Its Cascade基于SOA非线性偏振旋转的光缓存器及其级联的研究
15.Investigation on Some Key Problems of All-optical Buffer for a Large Dynamic Range大动态范围的全光缓存器中若干关键问题的研究
16.Fiber Delay Line Buffer Technology in Optical Packet Switching Network光分组交换网络中光纤延迟线缓存技术
17.Study on Control Technique of Dual-wavelength Parallel Buffering for Optical Packet Switching;全光交换双波长并行缓存控制技术的研究
18.Research on Bufferless Optical Interconnection Networks for High Performance Computer高性能计算机无缓存光互连网络技术研究
相关短句/例句
Optical buffering光缓存
1., optical buffering, wavelength conversion and deflection routing.通常,解决光分组竞争的方法有光缓存、波长变换和偏射路由等三种。
3)Optical buffer光缓存器
1.A novel optical buffer based on optical fiber loop is detailed.提出了一种基于光纤环的光缓存器的结构,对结合半导体光放大器作光开关的此结构的物理模型进行了详细描述,并根据此模型分析了其增益、噪声、信噪比等方面的特性。
2.The paper first studies photonic switching technology deeply, then introduces acousto optic tunable filters and optical buffer in particular which are key components in all optical networks, finally envisions the future of photonic switching technology.在对光交换技术深入研究的基础上 ,对光网络中的关键器件 ,声光可调滤波器及光缓存器作了详细介绍 ,最后对光交换的发展前景作了展
3.Optical buffer is one of most important element in optical packet switching network.全光网是未来光纤通信网络的发展方向，全光包交换是全光网的一种优选技术，全光缓存器是全光包交换的重要基础元件。
4)Fiber Delay Liner(FDL)光缓存FDL
5)all-optical buffer全光缓存器
1.Research onall-optical buffer based on Arrayed-Waveguide Grating and Fiber Bragg Grating;基于光栅的全光缓存器的研究
2.This paper presents a novel erasableall-optical buffer which realizes the "write" and "read" function.全光缓存器能够在光域内对数据包进行缓存,解决数据包在节点的冲突。
3.An overview about the specification ofall-optical buffer is given,and it is pointed out that digital buffer is not only used as a copier of input signals,but also synchronous and can be written and read out.对评价全光缓存器的技术指标作了评述,指出数字光缓存器并不仅仅起拷贝作用,而且要满足同步以及读写控制等要求。
6)slow light buffer慢光缓存器
1.The timedelay characterictic of slow light is analyzed,and the application ofslow light buffer in solving the congestion problem of optical packet switching(OPS) is put forward.简要分析了慢光缓存器的时延特性,并对其解决信息网络交换拥塞进行了应用设计与仿真,分析结果表明,慢光缓存器与光纤延迟线缓存相比较,不仅能更有效地降低丢包率,而且还可以简化光分组交换的结构,其体积更小,使用更灵活。
2.The principle progress and existing problem ofslow light buffer based-EIT(electric induced transparency),buffer based-chirped grating and buffer based-fiber loop are described.阐述了基于电诱导透明原理的慢光缓存器、以啁啾光栅为存储体的光栅型缓存器,以及以光纤为存储体的光纤环路型缓存器的原理、研究进展和存在问题,讨论了设计原则和改进措施。
延伸阅读
W-buffer(w缓存)w-buffer (w缓存)与z-buffer作用相似，但精度更高，作用范围更小，可更为细致的对物体位置进行处理。
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