设计了一套基于AT 89 C52单片机的显微镜工作台定位系统。
The orientation system for microscope worktable based on AT89C52 chip microcomputer is designed.
硬件系统主要包括MSP430单片机、远程通讯模块、GPS定位模块、CAN总线及电源部分。
The hardware system is mainly composed of MSP430 SCM, remote communication module, GPS positioning module, CAN bus and power source.
本文综述了野生番茄单片段渐渗系的创建及其在基因精细定位、QTL遗传效应分析以及图位克隆中的应用。
This paper reviews establishment of introgression lines from wild tomato in Lycopersicon by MAS and application of theses lines in fine mapping, analysis of QTL effect and gene map-based cloning.
试验表明，该蔬菜嫁接机器人能够准确定位砧木生长点，并可完整切削砧木生长点和单片子叶。
The experiment shows that this grafting robot for vegetables can success to orient stock growing point and cut one of stock cotyledons and growing point precisely.
以直线插补原理为基础，设计出以单片机为核心、步进电机拖动的三维立体自动定位系统。
This paper developments a threedimensional automatic position system based on straight line insert compensation principle.
介绍利用单片机处理GPS定位系统信息的原理方法，给出了系统的硬件电路及软件流程。
Here introduced the theories and ways of taking the advantage of Microcontroller to process the GPS position system, and also provided the system's hardware circles and software procedures.
软件方面主要介绍了室内定位的算法、主控机程序流程以及测量点处单片机程序结构。
Software introduces the indoor positioning algorithms, Main controller program flow and measuring the point program structure of microcontroller.
通过超声波测距系统获得桥吊吊具定位数据，将数据通过单片机传送给主机进行处理，实现了集装箱装卸过程中桥吊吊具的实时定位。
The orientation data for the Lifting Instruments acquired from the ultrasonic system will be transmitted to the PC through the SCM system. It is feasible to dispose the data with SCM directly.
介绍了一种用单片机控制的管道清洁检测及定位系统。
A measuring and locating system using microcontroller for cleaning piping is introduced in the paper.
基于神经网络的装配机械手精确定位模型在8位单片机系统中可以较好的实现。
The pinpoint model of robot based on neural network can be better realized in 8-bit embedded microcontrollers.
针对液压机械手油缸缓冲与定位之间存在的矛盾，提出了一种新型的自组织模糊控制缓冲定位方案。 设计实现了用单片机控制的比例阀—缸缓冲定位系统。
This paper puts forward a new self-organizing fuzzy control buffering-positioning scheme, and achieves proportional valve-cylinder buffering-posioning system controlled by one chip microcomputer.
针对液压机械手油缸缓冲与定位之间存在的矛盾，提出了一种新型的自组织模糊控制缓冲定位方案。 设计实现了用单片机控制的比例阀—缸缓冲定位系统。
This paper puts forward a new self-organizing fuzzy control buffering-positioning scheme, and achieves proportional valve-cylinder buffering-posioning system controlled by one chip microcomputer.
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