数字多媒体传输网络采用双令牌总线结构。
最基础的提高是它采用了点到点的总线结构。
The most fundamental improvement is the adoption of point-to-point bus topology.
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.
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.
总线结构是有许多台计算机连接在单一的链接电路中。
The bus topology is composed of a single link connected to many computers.
现有系统的主要问题在总线结构、机械结构和散热方式三个方面。
The main problems of them are concentrated in bus architecture, mechanical structure and heat dispatch method.
本发明涉及具有内部总线结构的等离子显示器，总线电极的形状可变。
The invention relates to a plasma display with an internal bus structure and the shape of the bus electrode can be changed.
采用面向多媒体处理的改进总线结构，实现了硬件平台的可配置和可重用性。
Using improved bus structure method for multimedia processing, reconfigurable and reusable hardware platform was realized.
先进的设计理念，独特的总线结构，优化的算法和高速稳定的信号处理系统。
Advanced Design, Perfect Bus Structure, Optimizing Algorithms and Signal Process System with High speed and stability.
本课题结合项目要求，设计实现了一种基于PCI总线结构的数字中频接收机。
This subject has completed the research and development of a digital IF receiver based on PCI bus, associating with the proj.
USB作为功能强大而且灵活的总线结构，能很好的适应新型电视机顶盒的要求。
USB as a powerful and flexible bus architecture, can well meet the requirements of a new TV set-top boxes.
由于采用分离的微处理器总线和DMA总线结构，因此实现较高的数据存储速率。
Because of its separate structure between microprocessor bus and DMA bus, the recorder achieves higher data transfer rate.
目前IC卡的应用仍然非常广泛，而且大部分IC卡内部采用的是I2C总线结构。
The application of IC card is still very extensive nowadays. And most 1C cards adopt a total line construed on of I2C in inner part.
实时存储系统的设计与实现一章，提出基于计算机高性能总线结构的实时存储设计思想。
In the chapter of design and implement of real time storage system, we put forward the design idea based on the computer high performance bus.
通过使用一个8位的单芯片和PCI总线结构，硬件加密卡的设计，这是直接插在总线。
By using a 8-bit single-chip and a PCI bus structure, a hardware encryption card was devised, which was directly inserted in the bus.
软件无线电采用标准的、高性能的开放式总线结构，以利于硬件模块的不断升级和扩展。
The architecture of software-defined radio has the hardware module that is high-performance and open-bus, in order to facilitate the continued upgrading and expansion.
本来仅仅485总线结构理论上在抱负环境的前提下才有也许使得传输间隔到达1200米。
Originally only 485 bus structure in theory on the premise of the ideal environment may make the transmission interval to reach 1200 meters.
介绍了该平台的PCI总线结构、各pci设备的功能及其驱动程序的设计流程和实现过程。
We present the architecture of PCI bus, the function of each PCI device, the design flow and implementation of PCI device driver on the SCA embedded platform.
系统的总线结构：哪个设备连接在哪个总线上，以及哪些总线互连(例如，USB和PCI总线的互连)？
The bus structure of the system: which devices connect to which bus and which buses are interconnected (for instance, a USB - PCI interconnect)?
在同一个网络中用于分配计算机的通用的拓扑结构有点对点，总线结构，星型结构和环形结构。
Common topologies used to arrange computers in a network are point-to point, bus, star, and ring.
针对军事电子信息系统对网络安全性和可靠性的要求，提出了一种具有双总线结构的互联系统。
Therefore, a new architecture which is based on component and soft dual-bus style is proposed to use for fault monitoring and detection of real-time software.
介绍了新型总线结构PCIX采用的先进技术，如“寄存器到寄存器”通讯方式、特征段技术等。
The advanced technologies adopted on a new style bus, PCI X, are introduced in this paper, e. g. the register to register communication mode, and the feature segment technology.
由于自身优势，CAN总线成为最有可能的总线结构，而DSP芯片成为智能器件处理器的好选择。
Because of their advantages, CAN bus becomes the most capable bus, and DSP becomes one of the best choices of smart device's processor.
PCI总线结构具有高性能、低成本和软件兼容性好的特点，近几年来已经成为PC机的主要总线系统。
PCI bus structure has the characteristic of high performance, low cost and nicer soft compatibility. Therefore, in recent years PCI bus has become the main kind of bus standards in PC.
不选用双绞线，是极端过错的。485总线一定要是手牵手式的总线结构，坚决根绝星型连接和分叉连接。
Do not use twisted pair, is extremely wrong. 485 bus must be hand in hand type bus structure, resolutely eradicate star connection and branch connection.
文中设计了基于GPIB总线结构的航空电子设备自动测试系统，包括硬件组成、软件框架以及控制方式。
This paper designs an automatic test system of avionic device base on GPIB bus, include the hardware and software structure, and the controlling method of the system.
采用TMS320 LF 2407 DSP作为节点控制器，设计了CAN总线结构中的节点控制回路。
CAN-bus for the control scheme and a node control loop are proposed. TMS320LF2407 DSP is used as the node controller.
在此基础上，本文给出了以上述引擎为核心的模式匹配系统，介绍了系统框架、总线结构和数据接口等内容。
The essay proposed, in the following section, a pattern-matching system based on these PMEs, and introduced the system architecture, bus structure, data interface, and etc.
下位机的路口信号机基于STD总线结构，处理器采用了INTEL公司的MSC-89C51单片计算机。
The intersection controller is based on STD bus structure, its processor adopting MSC-89C51 monolithic computers of the INTEL company.
介绍了二总线通信基本原理，并给出了基于二总线结构的监测系统的构成。该监测系统已在军事领域中得到应用。
Two line communication is introduced, and the two line communication system for surrounding monitoring is developed. The two line communication system was used in military.
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