VANET-Mobility

本文说明了PID参数自整定的意义，基于继电反馈PID参数整定的原理，并将基于继电反馈PID参数整定方法在MATLAB环境中进行仿真，选择一种生产过程进行应用分析。选择51单片机，设计出计算机控制系统的主要电路结构(This paper describes the self-tuning PID parameters of the significance, based on relay feedback principle of PID parameter tuning, and based on relay feedback tuning method of PID parameters in the MATLAB simulation environment, select the application of a production process. Select 51 microcontroller, a computer control system design the main circuit structure)

This is the simulink model for DTC of induction motor.

网络课程设计报告——以学院校园为背景，设计一个校园网方案(Online Course Design Report- to college campuses as the background to design a campus network program)

介绍了经典的时频分布和检测理论的同时，作者利用时频分布的方法，将一 维时间信号转化到二维的时频空间中，通过提取图像的特征来判决信号和杂波， 采用的数据是使用McMaster IPIX雷达，在加拿大东海岸附近测得的。实测数据 研究表明此方法可以得到很好的检测结果。 (In this paper,we first review the time-frequency analysis and time -frequency-based detection methods.Secondly,by analyzing a mass of the measured data of sea clutter,we show the difference of time-frequency geometric features between echoes with a target and pure sea clutter.Finally,we given the detection algorithm based on the time-frequency geometric features.The results of the measured data show that the proposed method can effectively find low-velocity small targets in sea clutter.This approach is a novel try to detect small targets in sea clutter.)

基于ARM_FPGA的嵌入式数控装置研究，有具体的方案，思路，程序(ARM_FPGA based embedded CNC device research, there are specific programs, ideas, procedures)

厦门大学一篇关于水声信道建模的硕士论文，对水声信道建模有一定帮助。(Xiamen University, a master' s thesis on the underwater acoustic channel modeling, modeling of underwater acoustic channel some help.)

包含插入式电动汽车的电能市场的随机特性，将电力市场调度抽象为混合整数的形式 非线性规划，采用了基于启发式的粒子群优化方法来解 为解决方案策略。(Stochastic characterization of electricity energy markets including plug-in electric vehicles)

汽车整车级电磁兼容仿真，包括线缆线线束的电磁辐射分析等(EMC Simulation of vehicle grade, including electromagnetic radiation analysis of cable wiring harness, etc.)

多永磁同步电机同步策略研究，包括模糊控制和自抗扰控制。(Research of permanent magnet synchronous motor synchronization strategy.)

GPIO_KeyInterrupt of arm!Its can save a lot of your time !(GPIO_KeyInterrupt of arm!Its designed by my team and can save a lot of your time !)