<?php
$info='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
希希分享
- 粉丝: 7098
- 资源: 3859
最新资源
- 数电设计水箱水位检测控制系统multisim仿真+设计报告+ 水箱水位控制系统仿真功能: 1.在水箱内的不同高度安装3根金属棒,以感知水位变化情况, 液位分1,2,3档; 2.当检测到水位低于1、2档
- 风储调频,储能调频,保证真实,模型如图,保证正常使用
- Java毕业设计-基于springboot+vue的旅游管理系统设计与实现源码+数据库+部署说明+数据库设计(高分毕业设计)+项目运行截图
- comsol模拟随机裂隙注浆,浆液在多孔介质和裂隙中扩散,考虑浆液粘度时变性
- 铅酸电池失效仿真comsol
- 纯电动汽车动力经济性仿真,Cruise和Simulink联合仿真,提供Cruise整车模型和simuink策略模型,策略主要为BMS、再生制动和电机驱动策略,内含注释模型和详细解析文档,可运行
- 基于SSM框架的共享单车管理系统+spring+springMVC+Mybatis+SSM框架管理系统+毕业设计、课程设计
- 基于springboot+vue的旅游管理系统源码+数据库+部署说明+数据库设计+项目运行截图
- 改进蚁群算法+动态窗口算法全局结合局部路径规划仿真 静态路径规划算法 采用改进蚁群算法,有单独对比代码 动态实时规划 采用动态窗口算法避开未知障碍物 可自行设置地图 未知静态障碍物 移动障碍物
- 基于条件风险价值的合作型Stackerlberg博弈微网动态定价与优化 参考文献:A cooperative Stackelberg game based energy management con
- Delphi 12 控件之Delphi BS 框架 uniGUI 1.90.0.1530 + 1.90.0.1555.rar
- MATLAB代码:基于主从博弈的智能小区代理商定价策略及电动汽车充电管理 关键词:电动汽车 主从博弈 动态定价 智能小区 充放电优化 参考文档:基于主从博弈的智能小区代理商定价策略及电动汽车充电
- 基于stm32的智能药箱,全套资料,实现功能: (1)智能药箱采用stm32单片机作为主控核心 (2)NTC温度传感器实时监测药箱温度并在屏幕上显示,监测到箱内温度高于设定值时,屏显示报警信息 (
- 基于SSM框架的足球爱好者管理系统的设计与实现-Spring、SpringMVC、Mybatis-毕业设计、课程设计
- ACC自适应巡航控制(跟驰控制)CarSim Simulink联合仿真模型 上层控制器为ACC策略,下层控制器为PID控制,包含车辆逆动力学模型,效果如视频所示 文件包括一个cpar文件和一个simu
- 激光焊模拟,Fluent激光焊接流体模拟仿真,温度场仿真,激光小孔动态演变过程仿真,高斯旋转体热源,电磁力,蒸发反冲压力(面积力转化为体积力)等,可以实现外加电磁力,实现熔池流动旋转 udf 含有电
资源上传下载、课程学习等过程中有任何疑问或建议,欢迎提出宝贵意见哦~我们会及时处理!
点击此处反馈