本文从电路设计角度介绍了用于火车车轮自动检测系统状态输入及控制信号输出插件的设计和调试。
From the view of circuit design, the paper introduces the principle, design and construction of the control module for the ultrasonic auto inspecting system for train wheels.
解决了非接触生命参数检测系统中雷达探测方向和角度问题。
The problems of radar detection direction and angle are solved with this technology.
信号处理模型则根据单脉冲体制角度跟踪系统的处理模式建立，包括自动增益控制、多普勒 信号检测和角跟踪处理等；
Signal processing model is established, which is based on single pulse angle tracking system, mainly including AGC, Doppler signal detecting and angle tracking.
本文从系统模型的角度研究了信息隐藏与检测的问题，提出了用参数估计理论来衡量信息提取算法的优劣。
The problem of information hiding and extracting is studied in the perspective of system model in this paper.
本文从应用的角度出发，介绍了国产AI—808人工智能调节器的性能、参数设置以及在液位检测自动控制系统中的应用。
This article describes the performance, parameter setting of AI - 808 manmade and intelligent regulator, and its application into the automatic level control system.
塔机工况参数数据采集系统主要对塔机工作过程中的角度、起升高度、称重量进行检测。
The Data Acquisition System is mainly used to measure the Angle, lifting height and the weight in the process of the tower crane working.
介绍并比较了三种自整角传感器角度测量方法的原理、特点，并选用数字测量计算法实现进气可调导流叶片转角检测系统。
The principle and characteristic of three Angle measurement methods are introduced; digital measurement approach is selected to design adjustable guide vane Angle detection system.
全文以实际开发的机车信号系统检测装置项目为研究背景，主要从软件开发的角度，阐述了机车信号系统检测装置软件设计和实现的全过程。
The whole thesis takes an under going project as background, from the software development respect, introduced the whole process of locomotive signal system test device's design process.
针对一般非线性系统的故障检测，从工程应用的角度提出了一种基于自适应模糊输出观测器的非线性系统鲁棒故障检测方法。
Aiming at the fault detection and its actual application in general nonlinear systems, a robust fault detection scheme based on adaptive -fuzzy output observer is proposed.
本文针对名片ocr系统的要求，提出了一种新的根据图像扫描时产生的黑色边缘来检测灰度名片图像倾斜角度的方法。
According to the need of business card OCR system, this paper presents a new skew detection and correction method based on black border of gray business card image.
本文从图像处理和模式识别的角度出发，研究了基于数字图像处理技术的电路板检测方法，构建并实现了基于HSI颜色模型的缺陷检测系统。
This paper proposes a new method for automatic component inspection by image processing technology. A circuit board inspection system is built, which is based on HSI color model.
系统的设计除了硬件还需要软件来支撑，软件设计包括系统整体流程图、油门位置检测图和步进电机换相及角度细分流程图。
Next is software design of the system, including overall system flow chart, throttle position detection map and the step motor commutation and the point of sub-flow chart.
通过对追踪装置水平转动速度，俯仰调节角度和太阳光线检测等方面的测试，表明该系统可以实现自动追踪，运动灵活，调节准确。
Based on the tests of angular velocity, the turning Angle and the accuracy of solar orientation, this auto-tracking system was proved effective.
从应用角度介绍了该系统的工作原理，经微机图像处理可以检测到输送带内钢绳芯的断股、锈蚀、接头伸长错位等故障。
The dislocation failures, such as broken core, rustiness of core, elongation of splice in the belts can be detected by image compensation by the computer.
方法以昆明种小鼠为材料，从行为学角度，利用跳台、避暗及水迷宫计算机自动分析处理系统检测小鼠的学习记忆能力。
Methods:The effects of alcoholic extract and watery extract of Renru on the memory of mice were evaluated by step down test.
方法以昆明种小鼠为材料，从行为学角度，利用跳台、避暗及水迷宫计算机自动分析处理系统检测小鼠的学习记忆能力。
Methods:The effects of alcoholic extract and watery extract of Renru on the memory of mice were evaluated by step down test.
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