S7-1200_TCP_SERVER

使用遗传算法解决0-1背包问题，调试成功，非常适合初学者了解遗传算法和0-1背包问题(Using genetic algorithm to solve 0-1 knapsack problem, debugging is successful. It is very suitable for beginners to understand genetic algorithm and 0-1 knapsack problem.)

说明：  VISSIM COM 二次開發基礎指令(各種程式語言)(VISSIM basic comment by various program language)

实现了基于51单片机的智能小车，并完成了走迷宫(The intelligent car based on 51 single chip microcomputer is realized, and the labyrinth is completed)

机械设计课程设计二级齿轮减速器设计计算程序(Design and calculation program of two-stage gear reducer)

能实时读取汽车内部电机数据,反应汽车状态-Real-time data read electric car, the reaction car state

基于CSM自适应波束形成——酉聚焦 ％ 8阵列； ％信噪比为10dB 干扰噪声比为20dB 干扰信号与需要信号不相关. ％干扰和信号频率所在范围为80—120Hz，相对带宽为40％ ，入射角度分别为seta_S_reg、seta_J_reg (CSM-based adaptive beamforming- Unitary Highlights 8 array 10dB signal to noise ratio for the interference noise ratio of 20dB interference signal and the need to signal irrelevant. Interference and signal frequency range is where the 80-120Hz, the relative bandwidth of 40 , respectively angle seta_S_reg, seta_J_reg)

滑窗滤波器，实现数据处理 平滑等功能，可自由设置滑窗大小(Slide window fitering)

可实现智能家居基本控制，灯、热水器、语音识别(It can realize basic control of smart home, lamp, water heater and speech recognition.)

说明：  引入新型调频资源和应用先进控制方法是提升频率调节质量和效率的重要手段。首先，分析总结了大规模可再生能源接入对电力系统频率响应性能和调频需求两方面的影响。然后，从新型调频资源参与自动发电控制的可行性、经济性、有效性及控制策略等多个角度，综述了新型调频资源参与自动发电控制的关键问题和研究动态。归纳并讨论了几类先进控制技术应用于自动发电控制中的研究现状和应用前景。最后，对大规模可再生能源接入条件下自动发电控制的研究挑战和方向进行了总结和展望。(Introducing new FM resources and applying advanced control methods are important means to improve the quality and efficiency of frequency regulation. Firstly, the impact of large-scale renewable energy access on power system frequency response performance and frequency modulation requirements is analyzed and summarized. Then, the key issues and research trends of the new FM resources participating in the automatic generation control are summarized from the aspects of feasibility, economy, effectiveness and control strategy of the new FM resources participating in the automatic generation control. The research status and application prospects of several kinds of advanced control technologies applied in automatic generation control are summarized and discussed. Finally, the research challenges and directions of automatic generation control under the condition of large-scale renewable energy access are summarized and prospected.)

说明：  二极管钳位三电平逆变器仿真模型，未考虑直流母线中点电压平衡问题(Simulation Model of Diode-clamped Three-level Inverter)