系统软件采用汇编语言和VB实现。
系统软件采用汇编语言编写。
The systems software adopts the assembler language to be written.
下位机程序采用汇编语言编写实现单片机数据的发送与接收。
Members of the procedures used to compile languages Shanpianji data transmission and reception.
提出了一种采用汇编语言实现大量数据处理和管理的实用方法。
The practical method for processing and managing a large amount of data by assembly language is presented.
在程序设计方面，本着编程模块化的原则，采用汇编语言进行编程。
In designing program, in line with the programming module principle, adopt the assembler language to carry on programming.
采用汇编语言对处理机软件进行了优化设计，使程序效率大大提高。
The software design of the processor is optimized by assembly language, which allows the efficiency of the program is greatly enhanced.
单片机程序设计采用汇编语言实现，它实现了对系统的控制和数据的采集功能。
MCU programming is carried out with assembly language, and it controls the system and collects the testing data.
软件方面采用汇编语言来进行程序设计，使指令的执行速度快，节省存储空间。
Software using assembly language for programming, so that the implementation of Directive speed, to save storage space.
DSP软件采用汇编语言编写，程序简洁，占用DSP系统资源少，运行速度快。
The DSP program is written by using assemble language, which is very concise, takes very limited DSP resources and has a very fast calculating speed.
软件采用汇编语言编写，包括初始化、按键及相应子程序、外部和串口等中断程序。
The software is programmed in assembly language, including initialization, key-press and interrupt program such as corresponding subprogram, external and serials.
应用单片机和相关电路，采用汇编语言编程，设计智能控制系统，与普通X线机联机，进行曝光控制。
An intelligent control system has been designed using the single chip and the related circuit, and with the assemble language. It is connected with the common X-ray units to control the exposure dose.
软件方面采用汇编语言编程，使用SLISP软件进行在线的程序烧写，涉及了单片机的定时和中断的使用。
The system is developed in the assemble language; the procedure is programmed with the SLISP software and is concerned with the timing function of MCU and the use of interrupt.
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 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.
故特别适用于这里交通灯控制，采用汇编语言对80c51型单片机进行设计控制交通灯的工作，本系统实用性强能使交通灯更稳定的工作。
It is especially suitable for here, the assembly language lights control design for 80c51 SCM control type of traffic lights work, this system is strong practicability can make more stable job.
采用ADUC812单片机、数码管等，设计了集成化、嵌入式的自检测系统硬件电路，并利用汇编语言编程实现了机内自检测软件。
Then, the integrated and embedded self-test circuit was designed based on single chip ADUC812 and nixie tube etc. The self-test software was programmed based on assembly language.
在软件方面利用汇编语言，采用模块化编程和结构化编程。
The software was designed following the principle of modularization and structured programming and using assembly as the programme languages.
应用汇编语言编写了二次引导程序，采用16位并行异步存储器加载方式，实现计量单元上电自动运行。
Assemble language was used to write second boot loader, and 16-bit parallel asynchronous memory Loading mode was adopted to achieve automatic run after energization.
本系统中，单片机用汇编语言编制，程序全部采用模块化设计，使系统易于修改和补充；
The software of PIC is designed into block, which is easy to modify and make supplement.
本系统中，单片机用汇编语言编制，程序全部采用模块化设计，使系统易于修改和补充；
The software of PIC is designed into block, which is easy to modify and make supplement.
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