光纤通道技术

对基于SAN的存储管理系统的关键技术进行了逐一地陈述，包括磁盘冗余阵列技术、光纤通道技术、网络存储备份技术、文件共享技术等。

Have carried on the statement one by one to the key technology based on storage management system , including disk array technology , fibre channel technology , network store and back up technology , file-sharing technology , etc.

简述了航空电子系统互连的发展和光纤通道技术的基本特点；

The development of the interconnection in avionic system and the basic characteristics of Fibre Channel ( FC ) protocol are described briefly .

详细介绍了SAN的概念、特点和当前应用，并对其存储方式、物理架构以及逻辑架构进行了分析，并介绍了SAN的实现所涉及的一些技术，比如光纤通道技术、磁盘阵列技术等等。

The following are my main achievements : First I introduced the concept , characteristic and application of SAN , and gave a detailed analyze of some important technologies in SAN , such as fiber channel and RAID .

将光纤通道技术和SCSI-3协议结合在一起构成的光纤磁盘阵列可以大大提高磁盘阵列系统I/O性能，由此也为容双错磁盘阵列的实现提供了更好的可行性。

Combine the FC technology and SCSI-3 protocol together to construct a new RAID architecture – FC RAID , which can greatly increase the I / O performance of the RAID system , thus make it more feasible to construct a RAID for tolerating double disk failure .

本文从光纤通道技术的起源和特点入手，介绍了光纤通道协议体系的层次结构和光纤通道网卡功能原理。

This paper introduced the FC technology origin and characteristic , the FC protocol structure and FC network interface card function principle .

在对光纤通道技术做简要介绍的基础上，提出基于光纤通道的高速数据传输系统的设计方案。

Based on the simple introduction of fiber channel technology , the design project of high speed data transmitting on fiber channel technology is presented .

本文根据磁盘阵列的特点，提出了一种在磁盘阵列中使用高速光纤通道技术的新方法。

This paper presents a new method of using high speed fiber channel technology in Redundant Array of Inexpensive Disks ( RAID ) according to its characteristics .

论文分析了信令寻径式交换网络通信协议，在此基础上设计并实现了基于光纤通道技术的高速网络接口卡。

The communication protocol of this switched network is analyzed and the high-speed fibre channel Network Interface Card ( NIC ) is designed and implemented in this paper .

根据红外热像仪对高速数据传输以及数据网络共享的需要，基于光接口的设计，采用了光纤通道技术。

According to the demand of high speed data transmitting and data network share in infrared calorie-image instrument , and considering of the design of light interface , the fiber channel technology is adopted .

对系统的主要部件进行了详细说明，提出了系统设计和实验要注意的方面，并且得出光纤通道技术适于高速数据传输的结论。

Particularly illustrating the main parts of system , the notice aspects in the experiment and design of system are presented , and the conclusion of fiber channel technology fitting in high speed data transmitting system is obtained .

高速通道接口是决定存储系统I/O性能的一个重要因素，光纤通道技术使存储系统的性能得到很大改善，成为构建高性能存储系统的重要组成部分。

High-speed channel interface is an important factor that determines the storage system 's I / O performance . Fibre channel ( FC ) technology can greatly improve the storage system 's performance , making it an important part of the high-performance storage system .

主要介绍数字视音频的光纤通道网络技术的性能、优势以及网络环境建设。

This paper mainly introduces the character , advantage and construction of the network .

光纤通道协议技术分析与研究

Research and Analysis of Fibre Channel Protocol

论文介绍了航空电子网络互联技术发展历程，对光纤通道的核心技术进行了研究，并讨论了航空电子平台光纤通道上层映射协议，提出了航空电子环境FC-LP（fibrechannellightweightprotocol）的实现方案。

This paper introduces the development history of avionics networking technology , researches fibre channel technology , discusses upper mapping protocol of fibre channel in avionics environment , and proposes an implemented method of FC-LP ( fibre channel lightweight protocol ) .

并且它通过引入了光纤通道仲裁环技术（FC-AL），使其具有方便性、可扩展性、高容错能力、高可靠性和配置的灵活性，有效减少了总体拥有成本（TCO）。

Simultaneously , the SAN based on Fiber Channel-Arbitrated Loop ( FC-AL ) has convenience , expansibility , high fault tolerated ability , high reliability and agility of configuration . It can reduce total holding cost effectively .

光纤通道磁盘阵列技术在过程计算机系统中的应用

Application of Fibre Channel RAID Technology in the Process Computer System

探讨了备份机制的原理，深入分析了数据备份使用和管理上目前面临的问题以及数据备份的发展目标；对光纤通道这个关键技术进行了详细的研究。

Besides that , the paper discusses the principle of the backup mechanism ; deeply analyze the usage & management problem and the development aim of data backup for the moment .

光纤通道（FC）技术是未来航空电子系统互连首选协议。

Fibre Channel ( FC ) is the primary candidate protocol for the future avionics system interconnection .

光纤通道仲裁环是最为广泛认可的光纤通道技术标准。

Fibre Channel Arbitrated Loop is the most widely accepted standard of Fibre Channel .