A program that controls the transfer of data to and from a hard or floppy disk. Frequently combined with the main operating system.
一种控制计算机与磁盘或软盘之间数据传送的程序，通常与主操作系统结合在一起。
This paper introduces the program for the PC-1500 computer used in heat transfer experiment data processing and the processed results obtained from the tests of CHR-1 heat transfer equipment.
本文介绍了PC—1500计算机用于传热实验数据处理的源程序，以及对CHR—1型传热设备测试数据进行处理的结果。
Disk operating system (DOS) is a program that controls the transfer of data to and from a hard or floppy disk, frequently combined with the main operating system.
磁盘操作系统是一种控制计算机与磁盘或软盘之间数据相互传送的程序。通常与主操作系统结合在一起。
The way of data transfer in DMA mode, control method of logical programmable device and design of driver program are discussed to solve the key point of sequential transmission.
给出DMA工作方式下数据传输的设计方法，可编程逻辑器件的控制逻辑和驱动程序设计，解决了数据传输连续性的关键问题。
The software designs adopt assembly language, C51 language to compile data sampling program and programs on protocol processing and data transfer conducted to USB interfacing chip.
软件设计中采用汇编语言、C51语言编写数据采集程序和对usb接口芯片进行协议处理及数据交换的程序。
The third data transfer rate is negotiated with the first network for downloading the video program when the difference between the first and third data transfer rates exceeds a threshold level.
当所述第一和第三数据传输速度之差超过阈值级时，与所述第一接入网络协商第三数据传输速度，用于下载所述视频节目。
Finally, this paper discusses how to design the program for the optimized data transfer from the perspective of both data structure and algorithm design.
最后从数据结构和算法设计两个方面入手，分析了如何设计寻找最佳传送方法的程序。
Based on FPGA the equipment with the functions of asynchronous serial data transfer, self-test capability, fuze product test and so on is designed and realized by VHDL program.
该设备以FPGA为核心，使用VHDL硬件描述语言设计并实现了异步串行通讯、测试设备的自检、引信产品的检测等几大功能。
The hardware design using AT89S51 micro-controller and PDIUSBD12 and TLC2543 chips to achieve USB data transfer is carried out. And the firmware program design is introduced in detail too.
介绍了AT 89s51和PDIUSBD12固件的特点，以及采用AT 89s51单片机结合PD IUSBD12和TLC2543芯片实现USB数据传输的硬件设计，对固件编程的具体实现给出了详细说明。
The hardware design using AT89S51 micro-controller and PDIUSBD12 and TLC2543 chips to achieve USB data transfer is carried out. And the firmware program design is introduced in detail too.
介绍了AT 89s51和PDIUSBD12固件的特点，以及采用AT 89s51单片机结合PD IUSBD12和TLC2543芯片实现USB数据传输的硬件设计，对固件编程的具体实现给出了详细说明。
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