microprocessor software

英 [ˌmaɪkrəʊˈprəʊsesə(r) ˈsɒftweə(r)] 美 [ˌmaɪkroʊˈprɑːsesər ˈsɔːftwer]

网络  微处理机软件

计算机



双语例句

  1. By microprocessor, Amplifier is not converted measure range, the software use optimized arithmetic to fast measure.
    采取高速单片机,放大器也不用转换量程,软件选用了优化算法,故测试速度快。
  2. With the rapid development of microprocessor technology and software technology, as well as the increasing matureness and widespread of network technology, networked embedded systems are widely used.
    随着微处理器技术和软件技术的迅速发展,以及网络技术的日益成熟和普遍应用,具有网络连接功能的嵌入式系统得到广泛的应用。
  3. PIC Microprocessor Software Design for the MD-III X 、γ Electronic Personal Dosimeter
    MD-III型X、γ电子个人剂量仪单片机控制软件设计
  4. Method Based on single-chip microprocessor, software system completed the A/ D conversion, real-time signal processing, storage and transmission.
    方法在以单片机为核心构成的硬件平台上,由软件完成A/D转换,信号的实时处理、存储和传输。
  5. Design Test of Microprocessor Auto-Tracking Control Software for Tire Curing Press
    轮胎硫化机微机自动跟踪控制软件的设计调试
  6. It is presented in the paper that SIN subdivide microstep driving system with microprocessor controlled for three phase hybrid stepping motor synthesises both software and hardware.
    本文提出了一种单片机控制的软硬件结合的正弦波细分的三相混合式步进电动机微步驱动系统。
  7. This paper dwells on a motor comprehensive protection system based on MCS-48 series single-chip microprocessor. It explains the advantages, the hardware diagram and the software operating procedure of the system in detail.
    本文论述了以MCS-48单片机为核心的电动机综合保护系统,并对系统的硬件结构和软件工作原理作了详细说明。
  8. This paper introduces composition and testing principle of test system on automobile braking performance based on ARM microprocessor, presents the design of hardware and software, achieves transmission of data by the communication between μ C and PC.
    介绍基于ARM微处理器的汽车制动性能检测系统的组成和测试原理,给出了系统的硬件和软件设计方案,并运用微处理器与PC机串行通信的方法实现了数据的传输。
  9. The real-time multi-task operating system for the single chip microprocessor was designed. The software design contains task management, task communication, clock, input-output and interrupt management.
    在软件设计中编写了实时多任务操作系统,由任务调度、任务通信、实时时钟和输入输出及中断管理4部分组成。
  10. A novel bi-IC cards read/ write system based on FPGA is introduced, which also widens the area of using microprocessor. Additionally, the implementation and software design are described.
    介绍了一种采用FPGA实现的IC卡双卡读写系统,拓宽了SEP3203微处理器应用范围,并给出了FPGA的具体实现方法和软件设计。
  11. The method of using microcomputer parallel increase data transmit velocity from microcomputer to single chip microprocessor, providing the electric circuit and software design for microcomputer serial and parallel.
    介绍了利用微机并行打印口提高微机到单片机数据传输速率的一种方法,给出了微机串行口、并行口和单片机的硬件电路,通讯的软件设计。
  12. This paper describes a type of blood pressure monitor we have developed using 8031 chip microprocessor based on oscillometric method and the designs of hardware and software.
    描述一种用8031单片机实现的基于测振法的无创伤血压监护仪,给出硬件的原理图和软件的算法框图。
  13. A controller for electric gate based on PIC microprocessor is introduced, and the hardware and software designs of which are described. The working principle of the remote-control decoder and inter-face are also discussed.
    介绍一种基于PIC单片机的电动门控制器,描述它的硬件组成及工作原理和软件设计流程,并讨论了遥控解码器的工作原理及与单片机的接口。
  14. In the intelligent control system with microprocessor controlling, the development of embedded software requires some simple and practical intelligent control algorithms.
    在采用单片机实现的智能控制系统中,嵌入式软件开发需要简单实用的智能控制算法,其既能保证系统具有较好的性能,又能满足系统控制的实时性要求。
  15. In this paper, the communication process between microprocessor and LCD module is introduced. The microprocessor uses software simulation method to generate SPI signal. Meanwhile, display buffer is used to achieve multi-parameter display.
    本文介绍了流量计中微处理器以软件模拟方法产生SPI信号与液晶模块通信的过程,以及用显示缓冲实现多参数显示的处理方法。
  16. The system is composed of hardware design of chip microprocessor, firmware design of chip microprocessor, device driver and application software design.
    系统设计包括硬件设计、单片机固件设计以及设备驱动程序和用户应用程序设计。
  17. This paper analyses the construction of hardware of the microprocessor scan controller and introduces the system software and main functions of the instrument.
    本文分析了微处理机扫描控制器的硬件结构,并对系统软件和仪器的主要功能作了介绍。
  18. This paper describes the design requirements for the MD III X,γ personal dosimeter with wide range and multi purposes, the method of establishing measurement control model and the design of PIC microprocessor software.
    本文报道了宽量程、多功能GM计数管X、γ个人剂量仪的设计要求、测量控制模型建立的方法及单片机控制软件的设计。
  19. This paper describes the design and implementation of a biochip scanning and analyzing system based on the embedded microprocessor/ DSP codesign. The DSP software design of the system is presented in detail.
    本文设计并实现了基于DSP和嵌入式处理器协同工作的生物芯片扫描分析系统,并着重叙述了整个系统的架构以及系统的DSP软件设计。
  20. A Microprocessor Development System Consisting of Software
    软件构成的微机开发系统
  21. Microprocessor and application software is changing the mode of production and management.
    微处理器的普及和各种应用软件的开发,改变了生产模式和管理模式;
  22. An ideal plan model of intelligent Long-distance Meter Reading System was educed based on ARM kernel 32 bit microprocessor by introducing embedded software technique, which will accelerate development of Long-distance Meter Reading System in intelligent residential area for the future.
    通过对嵌入式软件技术的具体描述,得出了基于ARM核32位处理器的智能远程抄表系统的理想设计模型,对未来智能小区远程抄表系统发展有一定的指导意义。
  23. The flow totalizer combines the measurement principle of Roots flowmeter with single chip microprocessor, adopts advanced electronic circuits and software, and is developed as a multifunctional, digital display intelligent meter head.
    积算仪将罗茨流量计的计量原理与单片机结合起来,采用先进的电子线路和软件,开发成具有多种功能、数字显示的智能型表头。
  24. Intelligent multimeter is a kind of high-quality digital meter with microprocessor or microcontroller, which is a new-type instrument of hardware and software integration, and software determine the level of the smart meter equipment.
    智能万用表是带微处理器或单片机的高档数字仪表,它是软硬件相结合,软件决定仪器智能程度的新型仪表。
  25. Based on the general requirement, the system function and related principles are analyzed, ARM microprocessor and embedded Linux OS are selected as the hardware and software platforms of the system respectively and the overall planning of the system is completed. 2.
    本文所完成的主要工作如下:1.根据总体要求,分析了系统所要实现的功能及相关原理,选择ARM微处理器和嵌入式Linux操作系统分别作为系统的硬件和软件平台完成了系统实现方案的总体规划。
  26. This project is based on the core of ARM embedded microprocessor, and its software is designed on embedded linux operating system.
    项目以嵌入式ARM微处理器(AT91RM9200)为核心,在嵌入式Linux操作系统的基础上构建接口板的软件。
  27. Embedded system and its software mainly cover embedded microprocessor embedded operating systems ﹑ support software and application software.
    嵌入式系统及其软件主要包括硬件部分的嵌入式微处理器和软件部分的嵌入式操作系统、支撑软件和应用软件。