Design of character device driver in Linux;
Linux字符设备驱动程序的设计
In this paper, outline of the development method and process of character device driver program based on embedded Linux were given through the design of ADS8364 drive program in the Embedded Data Acquisition System.
本文结合嵌入式数据采集系统中的ADS8364的驱动程序设计,简述了基于嵌入式Linux的字符设备驱动程序的开发过程。
Design of character device driver in Linux;
Linux字符设备驱动程序的设计
Design of USB Char Device Driver Based on Embedded Linux
基于嵌入式Linux的USB字符设备驱动程序设计
Can't use character device names in path or file names
在路径名或文件名中不能使用字符设备名称
/charThis the place to look for character based devices such as ttys, serial ports and mice.
/char此目录包含字符设备的驱动，如ttys，串行口以及鼠标。
"This string describes the hardware setting for the render device
"这个字符串描述该设备的硬件设置
word processing equipment with OCR input
光符阅读器输入字词处理设备
Letter symbols for telecommunication equipment
GB/T1418-1995电信设备通用文字符号
The Research on Technology of Recognizing Characters in Power Equipment;
电力设备图片中字符识别技术的研究
The first character of the device name must be an alphabetic character. The device name cannot contain non-printable characters. Please retype.\0
设备名的第一个字符必须是英文字母。设备名不能包含不可打印字符。请重新键入。\0
"This string describes the hardware setting for the capture device
"这个字符串描述该捕获设备的硬件设置
"Specify a device or driver name that is less than 79 characters.
"用少于 79 个字符来给出设备或驱动程序的名称。
"Specify a device or driver name that is less than 69 characters.
"用少于 69 个字符来给出设备或驱动程序的名称。
No mobile controls device configuration was registered for the requesting device. User agent string is '{0}'.
没有为请求的设备注册移动控件设备配置。用户代理字符串为“{0}”。
To make a device nonreceptive to unwanted data, through recognition of field definition characters in the received data.
通过识别接收数据中的字段定义字符，使设备不接受无用数据。
This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to part 15 of the FCC Rules.
此设备经过测试，符合bb>级b>数字设备标准，符合联邦通讯委员会第15 部分的规定。
The run-time character set depends on the I/ O devices connected to the program but is generally a superset of ASCII.
运行时字符集依赖于连接到程序的I/设备,但通常是ASCII的超集.
Office machines and data processing equipments--Line spacings and character spacings
GB/T3910-1983办公机器和数据处理设备行间距和字符间距
The characters are visually readable through the use of magnetic sensing heads in various type of magnetic-ink recognition equipment.
字符可以通过各种磁墨识别设备上的磁感应头变成视觉可读的。