在该环境下，更快的服务器具有更高级的CPU、更快的磁盘子系统或更高速的总线，因此响应时间也就更快。
Faster in this context means a server with quick response times due to such things as its superior CPU, faster disk subsystem, or high bus speed.
NUMA解决的是系统中特定的处理器(取决于它们在总线上的位置)访问内存中特定区域所需时间比其他处理器更长的问题。
NUMA addresses the problem that arises when certain processors in a system, depending upon where they are on the bus, take longer to reach certain regions of memory than other processors.
有时，一旦把CPU使用其它外围设备所必需的总线逻辑和延迟时间考虑在内，那么快速而廉价的CPU也可能变得昂贵。
Sometimes a fast, inexpensive CPU can become expensive once bus logic and the delays necessary to make it work with other peripherals are considered.
此外，消息总线能够利用它的内部组件的基础运行时间。
Furthermore, the message bus can take advantage of the underlying runtime for some of its internal components.
强大，灵活的5立体声总线，24位数字的影响引擎提供了广泛的时间，频率和动态的影响以及影响链接。
Powerful, flexible 5-stereo bus, 24-bit digital effects engine offering a wide range of time, frequency and dynamic based effects as well as effects chaining.
使用作为体系结构模式的企业服务总线(Enterprise Service Bus,ESB)来描述面向服务的体系结构的基础结构级别的功能已有很长时间了。
The Enterprise service Bus (ESB) as an architectural pattern has long been used to describe key infrastructure level capabilities of a service-oriented architecture.
其硬件电路及软件编程简单、方便，可节省程序代码空间和CPU运行时间，是一种使用广泛的串行总线接口标准。
And its hardware circuit and software programming are simple and convenient, so it can economize program code space and CPU running time. It is a sort of standard of serial bus interface used widely.
单总线仅定义有一根信号线，时间信息和数据均经该信号线传递。
The single wire bus has got only a single line by definition, and the time information and data is transmitted via this line.
通过分析CAN总线报文延迟产生的原因，建立了报文延迟时间的数学模型。
Establishmented the mathematical model of delay time of CAN bus messages, by analyzing the causes of messages delay.
高分辨率时间间隔测量仪采用PCI总线与计算机接口。
PCI bus is used to accomplish the computer interface in HPTIMI.
作为标准化的尝试，本系统实现了标准的保护电路单元和恢复时间电路单元，通过44芯总线插座与标准总线接口连接。
As a try for circuit standardization, the system realizes the standard protection circuit unit and recovering-time circuit unit, which are connected to system through standard 44 pins' bus interface.
探讨了CAN总线技术中位时间选定的技巧，并以实例说明了CAN总线中断接收的处理方法。
This paper discusses the skill of selecting bit times in CAN bus technology then shows how to deal with interrupt receiving with a concrete example.
该系统设计成循环时间为208毫微秒的双总线结构。
This system is so designed as to make a two-circuit structure with a cyclic time of 208 millimicroseconds.
该系统设计成循环时间为208毫微秒的双总线结构。
The system cycle time is designed with 208x10 ~ (-9) SEC two-bus structure.
星形结构在运行维护、传输时间等多方面优于总线型、环形结构，宜采用双星形结构构建过程层网络。
As star structure is superior over bus and ring structures in operational maintenance, transmission time and so on, dual-star structure is proposed for process level networking.
安全现场总线的概念要求报文发送的实时性，任何任务都要在截止时间内完成。
The Safety FieldBus requires high real-time performance that means any transmission must be finished before deadline.
如果总线有充足的时间间隙，时钟时间上很小的调整不会产生错误。
If the bus incorporates a robust timing margin, small adjustments in the clock timing should produce no errors.
CAN总线报文传输用时间触发操作解决网络拥塞。
The congestion of network is solved preferably using time-triggered operation in the communication of CAN protocol.
汽车总线仪表用两根数据通信线进行CAN节点通信，实现了汽车各电控单元之间的资源共享，其已经成为当今和未来一段时间内的主导技术。
The automobile BUS-IP use two wires to communicate with the other CAN node, realize the resource using in common among the ECU. It has become the dominant technology in the future time.
汽车总线仪表用两根数据通信线进行CAN节点通信，实现了汽车各电控单元之间的资源共享，其已经成为当今和未来一段时间内的主导技术。
The automobile BUS-IP use two wires to communicate with the other CAN node, realize the resource using in common among the ECU. It has become the dominant technology in the future time.
应用推荐