The real-time, openness and expansibility of the system were improved by adopting Switched Ethernet.
通过采用交换式以太网技术，提高了系统的实时性、网络平台的开放性和可扩展性。
Avionics Full Duplex Switched Ethernet (AFDX) is the best choice of next-generation avionics data networks.
航空电子全双工交换式以太网(AFDX)是下一代航空数字网络的首选。
It can decrease the transmitting delay at the port of switch and improve the real-time characteristic in the switched Ethernet.
这个算法能够快速收敛，缩小交换机端口的转发延迟，提高网络的实时特性。
And now switched Ethernet are widely used in process control, factory automation and other applications that support high bandwidth real-time environment.
现在交换式以太网被越来越多地运用到过程控制、工业自动化和其他支持高带宽的实时通信应用中去。
As an interface the avionics full-duplex switched Ethernet (AFDX) end-system provide to application program, AFDX communication ports play an important role in AFDX network information transmission.
航空电子全双工交换以太网(AFDX)通信端口作为AFDX端系统提供给应用程序的接口，对于AFDX网络消息的传递有着重要的作用。
Considering the communication characteristics of switched industrial Ethernet, genetic algorithms are used to find near-optimal solution for its network partition problem.
针对交换式工业以太网的数据通信特点，采用遗传算法来寻找其网络划分问题的次优解。
After that, the research work in switched industrial Ethernet is surveyed.
然后对交换式工业以太网的研究进行了综述。
For a switched industrial Ethernet model with tree topology, the maximum network delays of real-time data are calculated based on der...
针对一个树型拓扑的交换式工业以太网模型，利用所推导出的结论计算了实时数据的最大网络时延。
The dissertation proposes the direct algorithm DCE and indirect algorithm MCCE for complete exchange on clusters connected by Ethernet switched hierarchical network.
然后，基于由多台以太网交换机分层级联而成的机群系统，本文提出通信量达到理论下限的直接全交换算法DCE和间接全交换算法MCCE。
But as switching comes to the desktop, a move to switched fast Ethernet at the server might need to follow, according to analysts.
据分析家们称，随着交换技术进入台式领域，接下来就需要在服务器上。
This equipment switched SPI data and Ethernet data from one to another is divided into SPI master controller module and Ethernet module.
通信分机一是一个多功能的模块化通信设备，从对外接口方面划分为SPI主控制器模块以及以太网传输模块两个部分。
Taking a case study approach to several deployment scenarios, the primary focus is on how ATM, Ethernet, and Frame Relay edge services can be deployed over packet-switched networks.
通过案例研究讲解集中部署方案，重点介绍ATM、以太网和帧中继边缘服务如何能够部署在分组交换网络中。
KD-50-I tera-flops high-performance computer system is made up of 336 Loongson-2F CPUs as the computing elements, using two-level full-switched Giga-Ethernet for its interconnection.
万亿次高性能计算机采用336个龙芯2f处理器作为计算单元，使用两级全交换千兆以太网实现互连，具有高性能、低成本、低功耗和低占地面积等特点。
KD-50-I tera-flops high-performance computer system is made up of 336 Loongson-2F CPUs as the computing elements, using two-level full-switched Giga-Ethernet for its interconnection.
万亿次高性能计算机采用336个龙芯2f处理器作为计算单元，使用两级全交换千兆以太网实现互连，具有高性能、低成本、低功耗和低占地面积等特点。
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