主机总线适配器向主机传送数据。
Data is transmitted between the host bus adapter and a host.
发起者可以是主板上的组件或附加的主机总线适配器。
Initiators may be provided as an on-board component on the motherboard or as an add-on host bus adapter.
在写数据时，主机总线适配器(HBA)根据块数据和逻辑块地址生成dif。
On a write, the DIF is generated by the host bus adapter (HBA), based on the block data and logical block address.
提供一种方法、装置和程序存储设备，用于自动呈现来自主机总线适配器的状态信息，直至检测到差错。
A method, apparatus and program storage device for automatically presenting status from a host bus adapter until an error is detected is provided.
服务器上有两个主机总线适配器 (HBAs)、RAID阵列上有两个SAN交换机和两个 RAID控制器。
There are two host bus adapters (HBAs) on the server, two SAN switches, and two RAID controllers on the RAID array.
ANSIT10标准提供一种方法检查从主机总线适配器 （HBA）通过SAN 光纤写到磁盘和读取回的数据的完整性。
The ANSI T10 standard provides a way to check the integrity of data read and written from the host bus adapter to the disk and back through the SAN fabric.
它必须与队列管理器所使用的名称、主机名和端口相匹配，以将消息发送到总线。
It must match the name, hostname, and port used by the MQ queue manager to send messages to the bus.
它需要与队列管理器所使用的名称、主机名和端口相匹配，以接收来自总线的消息。
It will need to match the name, hostname, and port used by the queue manager to receive messages from the bus.
就可用性而言，这个计算系统是一个冗余设计，有两组处理器和总线，能够在主机无应答的情况下在主机和伺服机之间进行切换。
For availability, this computing system was a redundant design, with two sets of processors and buses and the ability to switch between a master and a slave if the master was found to be unresponsive.
主机对总线有最高的控制权，在任何时候通过将时钟线拉低就可以禁止通信。
The host has ultimate control over the bus and may inhibit communication at any time by pulling the Clock line low.
各系统和主机之间采用USB总线连接的方式进行通讯，既可以保证通讯的实时性、高速性，又使得主机和设备之间的连接更加方便。
The communication between host computer and subsystems USES USB (Universal Serial Bus) that insures real-time, high speed and convenient connection of the system devices.
特定的内存位置和数据值必须被写入由主机的总线管理器选择，不可能仅仅是一个任意值。
The particular memory location and data value that must be written are selected by the host's bus manager, it can't just be any an arbitrary value.
第四部分介绍了一种更易于实用化的联网系统，主要阐述了主机端基于PCI总线的实时图像采集卡的设计。
It mainly states the design of real-time image acquisition card based on PCI bus and development of WINDOWS driver programs for the card.
USB技术在嵌入式系统中有两种主要的应用方式：即作为USB总线设备的USB设备方式和作为USB主控制器的嵌入式USB主机。
There are generally two modes of USB technology could be used in embedded systems, one is the USB device mode using as USB Devices and the other is USB host mode using as USB Host Controllers.
一种主机控制器在处理器的控制下经由总线通信系统在单独事务中传送数据。
A host controller transfers data over a bus communication system, under the control of a processor, in individual transactions.
CAN具有优先权和仲裁功能，多个单片机可通过CAN控制器连接到CAN总线上，形成多主机的局部控制网。
Can also functions as bus access priority and arbitration. Several single chip microcomputers can be connected to can bus through can controller to form a multi-master area controller network.
本课题完成总线检测系统的完整设计，包括主机软件、从机硬件和软件、总线以及传感器电路设计。
This subject designs the detection system, including mainframe program, auxiliary machinery hardware and program, system bus and sensor design.
本文以安捷伦公司的E8491A为例介绍采用1394总线组建的一个多主机箱的VXI测控系统，并对1394总线的基本性能、特点加以介绍。
The paper takes HPE8491A for example to introduce 1394 bus to build a multi-mainframe VXI measurement and control system, and to describe the performance of 1394 bus.
高性能串行接口总线IEEE1394目前已用在多主机箱VXI测试系统中。
The serial interface bus IEEE1394 with high performance has been used in multi-mainframe VXI test system.
结果利用USB总线实现了医学信号的实时数据采集和传输，为下一步实现医学仪器与主机互连打下了基础。
Result data acquisition and data transfer of medical signals were implemented by using USB. It provides basis for interconnecting small medical apparatuses to computer.
该协议利用传统的USB总线拓扑结构，在USB协议的基础上增加了新的USB转发层，并通过主机轮询的方式获取通信请求，通过USB转发层转发数据包的方式处理通信。
The protocol was built up based on traditional USB topology, and a new layer called USB transmittal was added, which acquires the requests of USB devices via polling, and transmits data via mainframe.
该系统有三部分组成：无线收发模块、地面信息处理主机和CAN总线。
The system contains three parts: wireless transceiver module, host computer and CANBUS.
控制接口板采用USB接口与主机通信，我们设计了USB总线的WDM驱动程序使主机通过USB控制接口板控制整个系统。
The control interface board communicated to computer with USB interface. We designed WDM driver on USB bus which made the computer control the whole system through the USB interface.
通过CAN总线，监控主机和电机驱动节点可直接进行通信，形成分布式网络，简化了系统结构，实现多电机的分散安装和集中控制功能。
Via CAN-BUS, the monitor host computer and these nodes of driving motor can communicate with each other directly, like a distributed network. The system structure is more concise.
随着USB总线的普及，具有US B主机端和从机端控制器的微型处理器越来越多，AT 91rm 9200就是这种微型处理器之一。
As USB's popularization, there are more and more micro-processors have USB host-side and device-side controller, such as AT91RM9200.
该方案基于USB主/从控制芯片CH375A，在单片机的控制下，实现了CAN总线数据采集系统中嵌入USB主机，从而完成把各节点采集的数据存入U盘，取代了现场数据采集系统必须有一台计算机的模式。
The proposal based on USB Host/Slave controller chip CH375A, realized a USB-Host embedded in CAN bus data acquisition system and stored acquisition data of each node in U flash disk under MCU control.
该方案基于USB主/从控制芯片CH375A，在单片机的控制下，实现了CAN总线数据采集系统中嵌入USB主机，从而完成把各节点采集的数据存入U盘，取代了现场数据采集系统必须有一台计算机的模式。
The proposal based on USB Host/Slave controller chip CH375A, realized a USB-Host embedded in CAN bus data acquisition system and stored acquisition data of each node in U flash disk under MCU control.
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