In chapter two, describes hardware system design of the network-stye instrument bus.
第二章阐述网络式仪器总线硬件平台的设计。
In the aspect of hardware, the modern communications way with Field Control Bus is introduced.
在硬件方面采用了基于现场总线技术的现代通信方式。
The dissertation consists of hardware design, driver development, CAN bus control system composing.
本论文包括硬件设计、驱动程序开发和组成CAN总线控制系统三部分。
The hardware design, bus protocol module division and its internal structure are introduced.
介绍该系统的硬件结构、总线协议的模块划分及其内部结构。
Instrument hardware consists of local collection equipment, 485 bus and PC.
仪器硬件由现场数据采集装置、485总线和PC机组成。
The USB Bus device driver takes charge of control and communicates with hardware.
USB总线驱动程序负责控制实际的硬件，实现与底层的通信。
The USB Bus device driver takes charge of control and communicates with hardware.
USB总线驱动程序负责控制实际的硬件，实现与底层的通信。
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