crossbar switch
crossbar switch是什么意思、crossbar switch怎么读
读音：[ˈkrɒsbɑː(r) swɪtʃ]
[ˈkrɔːsbɑːr swɪtʃ]
crossbar switch 基本解释
纵横机；十字开关；纵横制接线器
重点词汇
- crossbarn. 闩, 横木, 球门的横木
- switchn. 开关, 电闸, 转换, 软枝, 鞭子, 道岔 vt. 转变, 切换, 摆动, 转换, 使转轨 vi. 转换, 变换, 摆动 [计] 开关; 翻转; 转移
crossbar switch 双语例句
- 1、
What was needed was some way to connect each pair of intersecting wires in the crossbar with a switch that could be turned on and off at will.
我们要做的是得在交叉杆里，每个导线交叉处连结一个开关，并且可以随意开关。 - 2、
crossbar switch is unblock network, it allows all possible simultaneous connect from point to point.
交叉开关是无阻塞网络，允许所有可能的点对点间的同时连接。 - 3、
We complete the design of crossbar switch with 6 ports and 32 bits data bus on one chip of FPGA.
我们在单片FPGA中完成了6个端口、32位数据总线宽度交叉开关的设计。 - 4、
FPGA Design and Implementation of High-speed crossbar switch Scheduler Based on iSLIP
基于iSLIP算法的高速Crossbar调度器的FPGA设计与实现 - 5、
crossbar switch is significant to the expansion of system bus and interconnection of multi processors.
交叉开关对于系统总线的扩展以及多处理器之间的互连都有很重要的意义。 - 6、
TCP Congestion Control in Input-queued crossbar switch
输入排队的交换结构中的TCP拥塞控制 - 7、
High performance routers often use crossbar switch.
宽带路由器一般采用crossbar交换开关。 - 8、
A priority scheduling scheme was presented based on the buffered crossbar switch to effectively support multi-priority traffics.
基于带缓存crossbar的交换结构提出了一种支持多优先级的调度方案。 - 9、
This paper introduces the iSLIP schedule algorithm widely adopted in crossbar switch fabric with its performance analyzed.
iSLIP是一种高效的队列调度算法，并且易于硬件实现。该文主要介绍基于CROSSBAR交换结构的调度算法iSLIP原理和及其在硬件中的实现； - 10、
This paper study the virtual output queuing ( VOQ) model based on crossbar with switch fabric, queuing models, throughput and arbitration algorithms, to provides a meaning conclusion to build high bandwidth switches.
此文对基于Crossbar结构的虚输出队列（VOQ）模型从交换结构、排队模型、实现原理、吞吐率和调度算法方面进行了分析和研究，为构造高带宽的交换机提供了有意义的结论。 - 11、
A Macro-SIMD Short Vector Fuctional Unit Design Based on crossbar switch
一种基于交叉开关的宏SIMD短向量管理部件设计 - 12、
This article proposes a method of interlinking multiple PCI Bus using crossbar switch to implement PCI Bus expansion, and the design of interface between PCI Bus and crossbar switch is introduced.
该文提出了一种方案，使用交叉开关进行PCI总线的空分连接，以实现PCI总线的扩展，并介绍了PCI总线和交叉开关之间接口PXP的设计。 - 13、
In this article, the authors review the research of the switch fabric and scheduling algorithms for crossbar switch, and analyze these algorithms in detail.
对于交叉开关机制的体系结构及该研究开展以来所提出的各种主要调度算法进行了对比分析和分类阐述。 - 14、
Limited by memory bandwidth, high bandwidth routers often use input queued crossbar switch fabric.
由于受到存储器带宽的限制，目前宽带路由器一般采用输入缓冲的crossbar交换开关。 - 15、
By adding small buffers in a crossbar, the combined input-crosspoint-queued ( CICQ) crossbar switch is much suitable for current high-performance router because of the simplicity of scheduling.
在Crossbar交换单元的交叉节点加少量缓存的组合输入交叉节点排队（CICQ）结构，具有调度算法简单、性能优良、适于高速大容量路由器实现的特点。 - 16、
Crossbar and Banyan network construction of matrix optical switch are analyzed and internal blocking characters of Banyan network are studied.
分析了Crossbar型和Banyan型矩阵光开关网络结构，研究了Banyan网络的内部阻塞特性。 - 17、
Single-stage crossbar, as the dominating switch fabric in core routers, is quite abundant in its research achievements. However, because of engineering constraints ( rack power supply, chip size, etc.), it is not easy to achieve a large switch capacity.
单Crossbar交换网络是目前核心路由器的主流交换结构，其研究成果十分丰富，但是，由于受工程实现的限制（机架供电、芯片体积等），单Crossbar交换网络容量无法做到很大。 - 18、
The area, bandwidth and power consumption of crossbar switch will affect the performance of network-on-chip router curiously. The crossbar switch needs high speed and provides effectual solution to resolve the competition.
交换开关的带宽、功耗和面积等在很大程度上影响片上网络路由器的性能，交换开关需要具有高速交换性能，并提供有效的竞争解决方案。 - 19、
The design and implementation of switch may adopt different schemes, such as the data choice pathways which is based on tri-state gate or multiplexer. This paper implements the crossbar switch design by the iSLIP algorithm.
交换开关的设计也可以采用多种方案进行，例如采用三态门搭建数据选择通路，或者采用多路复用器进行搭建，在本论文中采用iSLIP算法设计了片上网络的交换开关。 - 20、
Moreover, crossbar switch fabric is simple, it is realized with hardware easily.
况且，Crossbar交换结构简单，容易硬件实现。 - 21、
Under the limitation of memory access speed, input-buffered crossbar can provide more bandwidth than the traditional share-memory switch.
由于在目前存储器带宽的限制下，输入缓冲crossbar交换开关比传统的共享存储交换开关能提供更大的交换能力，因此这类开关已经在新一代的核心路由器中广泛使用。