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MC9S12XS128
- 本文以智能汽车为模型，基于电磁传感器，采用 MC9S12XS128 微控制器，构建自主寻迹控制系统。-In this paper, smart car as a model, based on electromagnetic sensors, using MC9S12XS128 microcontrollers, build self-tracking control system.
amol
- EFFICIENT VEHICLE TRACKING AND CLASSIFICATION FOR AN AUTOMATED TRAFFIC SURVEILLANCE SYSTEM
Relay-Feedback-Auto-Tuning-of-PID-Controllers
- Trajectory Tracking Control of a Car-Trailer System
INDIRECT-ADAPTIVE
- Abstract-This paper proposes an adaptive robust fuzzy controller for the tracking problem of a class of uncertain nonlinear MIMO systems. The control signal is comprised of two parts. One part is an adaptive fuzzy controller which approximates the sy
1-s2.0-S1876610211014731-main
- Maximum power point tracking (MPPT) must usually be integrated with photovoltaic (PV) power systems so that the photovoltaic arrays are able to deliver the maximum power available. The present paper proposes a maximum power point tracker (MPPT) m
RTQP-sig-alternate-v2
- Wireless Sensor Networks (WSN) have recently been in the limelight for many domains. WSN are useful in data collection, event detection or entity tracking applications. The characteristics of sensor networks have imposed various restrictions on their
MPPT
- 太阳能光伏阵列在光照强度不均匀或者处于部分遮阴情形时，它的功率一电压输出特性曲线将出现多峰现象，这种情况下如果继续采用传统的最大功率跟踪法会造成光伏阵列输出功率的降低，从而导致光伏发电系统的效率的降低。 本文首先介绍了光伏并网发电的研究背景和意义，分析了国内外的现状和光伏并网发电关键问题的现状，接着对光伏电池的工作原理、等效模型和输出特性三方面进行了作了全面的分析 在此基础上，深入研究了热斑效应和部分遮阴条件下光伏电池不同的表现性能 然后，本文详细介绍了常用的最大功率跟踪方法的原理、优缺
10biansuxing1
- 构建了一个包含风速模型、功率转换模型、传动链模型等三个部分的10MW变速直驱型风力发电机组的标么值的Matlab模型.传动链模型是基于二质量块——轴数学模型所构建的动态模型.通过标么值的转换及灵活的参数调整,该模型能较准确地模拟各种变速直驱型风力发电机组.仿真分析获取了最大功率跟踪特性曲线,并得到了风力发电机组的四个工作区.结果还能表明,电负荷电磁阻力矩能动态地调整电机转子转速,从而在低速风时能实现风能最大功率的追踪.同时,风涡轮的桨距角能控制高速风的利用率,使风涡轮机工作在额定功率下,有效地防
bingwangfenxi
- 在MATLAB/Simulink环境中搭建了光伏发电系统模型,其采用最大功率点跟踪(MPPT)控制算法,并加入继电保护逻辑控制模块.通过PSASP的用户程序接口,可将该模型以电流源的形式接入电网模型进行暂态稳定计算.同时提出在电流源并网模式下并网光伏发电系统控制其与电网的无功功率交换为0,因此在潮流计算中可将光伏电站设为PQ节点,并设无功功率为0.CEPRI 36节点系统的仿真结果验证了该模型的正确性,并表明所提模型比常规同步电机二阶经典模型对电网故障的反应更为灵敏,但其对于改善全系统的暂态稳定
MaximumPowerTrackingControlForAWindTurbine
- Maximum Power Tracking Control for a Wind Turbine System Including a Matrix Converter
OV7620-OV6620
- OV7620 OV6620等CMOS摄像头图像采集的方法，基于S12单片机的循迹小车视觉系统设计与优化。-OV7620 OV6620 CMOS camera and other image acquisition method, based on S12 MCU tracking car visual system design and optimization.
gyygygy
- 视频跟踪是视频信息处理的一个重要研究方向。交通信息管理、公安刑事侦查过程中人的跟踪占有很大比例。基于人脸特征的视频跟踪主要研究视频信息中人脸特征的提取，人脸特征的对比算法，人的运动的分析方法，及跟踪方法，跟踪结果的表示。- criminal investigation,anti-terrorism and military installations. Consequently, to recognize person identity speedy and exactly in large
RFID_blood
- The present work describes the design and manufacture of a prototype (currently in use) of an intelligent sensor for the tracking and monitoring of blood temperature and of hemoderivatives to be used in transfusions, over the entire process. Furt
real-time_surveillance_of_people
- W4是一种用于检测和跟踪多的人和他们的活动在室外环境监测的实时视频监控系统。-W4 is a real time visual surveillance system for detecting and tracking multiple people and monitoring their activities in an outdoor environment.
power_wind_dfig
- 最大风能跟踪的双馈风力发电田系统的建模。 运用simulink模块对双馈风力发电机系统进行仿真-The maximum wind tracking modeling doubly-fed wind power generation field system. Simulink module using the doubly-fed wind generator system simulation
how-to-manager-bug
- 软件测试的过程就是不断的寻找Bug，然后排除Bug。微软的研发管理中，它的Bug管理系统是居于核心地位的。测试人员只要发现问题就立即新建一个Bug予以跟踪并指派给相关的开发小组长，开发人员会根据Bug的详细信息找到问题所在，修改程序解这个Bug并把Bug返回给当初的测试人员。-Software testing is the process of constantly looking Bug, then exclude Bug. Microsoft s R & D management, and
xin
- 光伏发电系统控制策略最大功率点跟踪控制策略-PV system maximum power point tracking control strategy control strategy
00328134
- In this paper, a novel radar signaling scheme designated as matched FSWPSK signaling is introduced. An overall radar system which implements matched FSK/PSK signaling along with the appropriate processing scheme is given. Radars of this typ
Engineering-education-senior-thesis
- 根据系统设计的要求来选择符合要求的器件类型以及控制模式，本章主要讨论核心控制单元，电机驱动单元，循迹单元，避障单元，测距单元和遥控单元方案的比较与选择。-According to the requirement of the system design to select the conform to the requirements of the device type and control mode, this chapter focuses on the core control uni
hill-climbing-in-MPPT-for-DFIG
- 变步长爬山法在双馈风力发电系统最大风能跟踪控制中的应用-Application of variable-step hill climbing searching in maximum power point tracking for DFIG wind power generation system