The Fontaine II loudspeaker is a two-way, three-driver design, and makes use of very high-quality drivers sourced from Morel and Dynaudio.
芳婷II是两分频、三喇叭设计，并采用了高素质的魔雷和丹拿单元 。
The second is the driver design for the motion control card.
二是运动控制卡的驱动程序设计。
At last, introduce the Servo Simulator Board's driver design.
最后章节简要介绍了伺服模拟卡的驱动设计。
BSP and driver design of the interconnecting gateway are the emphases of the dissertation.
互联网关的BSP和驱动程序设计是本论文的重点。
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 main work of this thesis is to design an intelligent PCI interface card including hardware and driver design.
本文的主要工作是智能化PCI接口卡的设计，包括硬件设计和驱动程序设计。
The feature of USB, firmware design of USB device, driver design and application design are emphatically described.
着重论述了通用串行总线(usb)的特点，以及USB设备的固件程序设计、驱动程序开发和上层应用程序的开发。
The hardware structure is given, relevant driver design under the embedded LINUX operating system and application program design are described.
给出了系统的硬件结构，描述了嵌入式LINUX操作系统下相关驱动程序的设计和系统应用程序的设计。
Experimental results show that the technology in this paper, based on ARM CAN driver design and message transceiving and filtering is universal.
实验证明，所论述的基于ARMCAN的驱动程序设计和报文收发过滤技术具有普遍意义。
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。
This paper is about the whole phase of developing the data acquisition system, including: hardware design, low level driver design and high level data view software design.
本文主要阐述该数据采集系统设计的全过程，包括：采集系统的硬件设计、底层驱动软件设计、上位机数据处理软件设计。
This paper implements the whole design of image grab card based on PCI bus, and discusses the hardware design, driver design and PCB circuit design of this system in detail.
本文实现了基于PCI总线接口的图像采集卡的整体设计，详细地论述了该系统的硬件设计、驱动程序设计和PCB版图设计。
Among the advanced topics covered in the book are memory testing and verification, device driver design and implementation, real-time operating system internals, and code optimization techniques.
在书中涉及的高级主题是内存测试与验证、设备驱动程序设计与实现、实时操作系统内核、以及代码优化技术。
Among the advanced topics covered in the book are memory testing and verification, device driver design and implementation, real-time operating system internals, and code optimization techniques.
在书中涉及的高级主题是内存测试与验证、设备驱动程序设计与实现、实时操作系统内核、以及代码优化技术。
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