To analyse the configuration process between OS protocol driver and USB bus device and the matching process between driver and the correspond device function interface.
分析出系统协议栈与USB总线设备的配置交互过程以及设备驱动程序与设备对应接口的匹配过程。
Export driver - USES the FastExport protocol to perform the parallel data export.
导出驱动程序—使用FastExport协议执行并行数据导入。
Load driver - USES the FastLoad protocol to perform parallel load to empty tables.
加载驱动程序—使用FastLoad协议对空表执行并行加载。
The target driver exports local disks or logical volumes to iSCSI initiators that connect to AIX using the iSCSI protocol.
target驱动程序将本地磁盘或者逻辑卷导出到使用iSCSI协议连接到AIX的iSCSIinitiators方。
Stream driver - USES the TPump protocol to perform the parallel real-time DML operations on tables.
流驱动程序—使用TPump协议对表执行并行实时dml操作。
Therefore, the Linux USB layer, the BlueZ USB transport driver, and the BlueZ protocol stack are the main kernel layers that get the device working.
因此，LinuxUS b层、BlueZ US b传输器驱动程序以及BlueZ协议栈是使设备工作的主要内核层。
The hci, ACL, and SCO data read by the hci_usb driver from the various endpoints described above are transparently passed on to the BlueZ protocol stack.
由hci_usb驱动程序从以上描述的各个端点读取的hci、ACL和SCO数据被透明传送到Blue z协议栈。
The device descriptor read by the host controller driver contains information about the device, such as class, subclass, and protocol.
主机控制器设备驱动程序读取的设备描述符包含关于设备的信息，例如class、subclass和protocol。
The BlueZ USB transport driver (drivers/bluetooth/hci_usb.c) registers this class/subclass/protocol information with the Linux USB core.
BlueZUSB传输驱动程序（drivers/bluetooth/hci_usb.c）将该class/subclass/protocol信息注册到Linux USB核心。
Discuss and study the implement method of Streaming Medis Application Layer Multicast based on the Data-Driver ALM according to the protocol of Application Media Layer theory.
本文根据应用层组播的原理和协议，对基于数据驱动的流媒体应用层组播的实现方法进行探讨。
A data structure and method of management for the buffer of CAN Device Driver to improve the capability of communication are designed, according to the features of CAN protocol.
针对CAN协议的特点，为设备驱动程序的收发缓冲区设计合理的数据结构和管理方法，提高CAN通讯效率。
Software design mainly includes the driver program design for the chips and CAN-BUS protocol and network protocol.
软件编程方面，主要是各芯片的驱动程序设计，以及CAN总线协议和网络协议的实现。
The CAN bus communication protocol is composed, with the netcard driver programmed.
制定CAN总线通讯协议，开发其驱动程序。
This paper presents a geometric model description methods of the cone gear for final driver of automobile driving axle system based on STEP, and establishes application protocol (ZCAP).
提出一种基于STEP标准的汽车后桥主传动器中圆锥齿轮类零件的几何模型描述，并制定出它的应用协议(ZCAP)。
The key works is to develop CANBUS net card and its driver which is based on CAN2.0A, configure software for the server PC and makeup communication protocol as well as modules driver programs.
本设计主要开发上位机组态软件和网卡通讯驱动程序，制定符合CAN 2.0 A的模块通讯协议和模块驱动程序。
The bottom hardware driver is written by Lingyang chip microcomputer AL and the USB protocol & client layer application program written by Lingyang chip microcomputer C language.
它的底层硬件驱动程序用凌阳单片机汇编语言编写，USB协议和应用层程序用凌阳单片机C语言编写。
The role is focused on protocol stack maintenance and RF driver design, implementation and bug fixing.
协议栈射频驱动工程师专注于协议栈软件维护以及射频驱动程序的设计和实现。
The broadband service modules include the driver, protocol and management modules related to the Ethernet switching.
宽带业务相关模块主要包括以太网交换相关的驱动，协议和管理模块等。
This paper introduced the ideals of a special network structure , embedded real-time operation system, embedded protocol stack, and standard WDM hardware driver design.
本文介绍了在数字语音网络会议系统中采用的专用网络拓扑结构、内嵌实时操作系统、嵌入式协议栈、标准WDM硬件驱动的设计思想。
An XA driver implements the XAResource interface and can participate fully in the 2pc protocol driven by the WLS Transaction Manager.
XA驱动实现XAResource接口并且能通过WLS事务管理器在2pc协议驱动间完全分享。
Barcelona is the driver behind the City Protocol initiative which seeks to connect global cities in pilot projects to address common challenges.
巴塞罗那是“城市协议”方案的幕后主导，该方案寻求在实验性项目方面联接全球城市，以对付共同的挑战。
This paper introduces the structure and state transform of the TWAIN standard protocol. And a virtual image scanning driver is accomplished by use of TWAIN.
介绍了TWAIN标准的结构和状态转换，以及用TWAIN标准实现的一个虚拟图像扫描设备的原理和实现。
This paper introduces the structure and state transform of the TWAIN standard protocol. And a virtual image scanning driver is accomplished by use of TWAIN.
介绍了TWAIN标准的结构和状态转换，以及用TWAIN标准实现的一个虚拟图像扫描设备的原理和实现。
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