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已选条件
  1. 编程语言:matlab
  2. 代码类别:单片机开发
  3. 发布时间:近三天
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1. pso

  粒子群PSO算法 c和matlab 对学习PSO很有帮助(PSO Particle Swarm algorithm c and matlab helpful for learning PSO)

25
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82
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2020-11-14发布

2. compare

  几种传统滤波方法如kuan、frost、SBF、srad代码以及比较代码(Several traditional filtering methods and code comparison code)

53
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125
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2020-11-12发布

3. matlabworks

  基于动态规划算法对混合动力汽车能量管理策略建模后进行问题计算(Based on dynamic programming algorithm to calculate the hybrid vehicle energy management strategy for problem modeling)

359
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140
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2020-11-12发布

4. matlabworks

  基于动态规划算法对混合动力汽车能量管理策略建模后进行问题计算(Based on dynamic programming algorithm to calculate the hybrid vehicle energy management strategy for problem modeling)

354
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104
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2020-11-12发布

5. beam

  结构力学求解连续梁的程序,结构力学连续梁大作业(Structural mechanics procedures for solving continuous beam, structural mechanics continuous beam big job)

9
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111
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2020-11-12发布

6. Vacuum-pumping-speed-graph

  真空机组先启动SK-30水环真空泵带压力降到6.5 KPa(此时真空机组的抽速是SK-30的抽速)启动ZJP-1200(此时真空机组的抽速是ZJP-1200抽速)待压力降到4 KPa启动ZJP2500(此时真空机组的抽速是ZJP-2500抽速)待压力降到1kpa时最后启动ZJP5000(此时真空机组的抽速是ZJP-5000抽速)到100Pa达到使用真空度时时就可以关闭机组(Vacuum unit first start SK-30 water ring vacuum pump with pressure drops below 6.5 KPa (pumping speed of the vacuum unit at this time is SK-30 pumping speed) start ZJP-1200 (pumping speed of the vacuum unit at this time is ZJP-1200 pumping speed ) until pressure drops below 4 KPa start ZJP2500 (pumping speed of the vacuum unit at this time is ZJP-2500 pumping speed) until the last start when pressure drops 1kpa ZJP5000 (pumping speed of the vacuum unit at this time is ZJP-5000 pumping speed) to 100Pa achieved using vacuum unit can be closed from time to time)

5
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87
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2020-11-09发布

7. Vacuum-pumping-speed-graph

  真空机组先启动SK-30水环真空泵带压力降到6.5 KPa(此时真空机组的抽速是SK-30的抽速)启动ZJP-1200(此时真空机组的抽速是ZJP-1200抽速)待压力降到4 KPa启动ZJP2500(此时真空机组的抽速是ZJP-2500抽速)待压力降到1kpa时最后启动ZJP5000(此时真空机组的抽速是ZJP-5000抽速)到100Pa达到使用真空度时时就可以关闭机组(Vacuum unit first start SK-30 water ring vacuum pump with pressure drops below 6.5 KPa (pumping speed of the vacuum unit at this time is SK-30 pumping speed) start ZJP-1200 (pumping speed of the vacuum unit at this time is ZJP-1200 pumping speed ) until pressure drops below 4 KPa start ZJP2500 (pumping speed of the vacuum unit at this time is ZJP-2500 pumping speed) until the last start when pressure drops 1kpa ZJP5000 (pumping speed of the vacuum unit at this time is ZJP-5000 pumping speed) to 100Pa achieved using vacuum unit can be closed from time to time)

5
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80
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2020-11-09发布

8. PID程序 - 副本

  变结构PID仿真rar包,附加书籍资料PDF,[先进PID控制MATLAB仿真].刘金琨.高清文字版(Variable structure PID simulation rar package, additional book PDF, [Advanced PID control MATLAB simulation]. Liu Jinqi. HD text edition)

4
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60
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2020-11-03发布

9. PID程序 - 副本

说明:  变结构PID仿真rar包,附加书籍资料PDF,[先进PID控制MATLAB仿真].刘金琨.高清文字版(Variable structure PID simulation rar package, additional book PDF, [Advanced PID control MATLAB simulation]. Liu Jinqi. HD text edition)

4
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66
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2020-11-03发布

10. maskingthreshold1213

  自己编的听觉掩蔽的程序,在程序中有说明。(own addendum to the auditory masking procedures, the process is described.)

174
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122
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2020-10-30发布

11. 48Vto24V-buck

  基于PSIM的48-24VBUCK电路仿真,PID调节控制(Based 48-24VBUCK circuit simulation PSIM is, PID control adjustment)

28
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113
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2020-10-29发布

12. Copy_of_RCD

  实用的IGBT的RCD吸收电路,采用真实器件参数,做到基本无尖峰且吸收能量最小,保持开关管最小应力!!(Practical IGBT of RCD snubber circuit, using the real device parameters, so that almost no energy absorption peak and minimum, keep the switch minimum stress! !)

9
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107
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2020-10-28发布

13. QPR_Control

  一个简单的准比例谐振控制器模型,可用于线性分析频率响应(A simple quasi-resonant controller proportional model that can be used to analyze linear frequency response)

50
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90
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2020-10-15发布

14. mppt1

  实现光伏逆变器的最大功率的跟踪,里面包含光伏太阳能电池的模型和boost 升压电路(PV inverters to achieve maximum power tracking, which contains a model of photovoltaic solar cells and Boost boost circuit)

66
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127
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2020-10-06发布

15. mppt1

  实现光伏逆变器的最大功率的跟踪,里面包含光伏太阳能电池的模型和boost 升压电路(PV inverters to achieve maximum power tracking, which contains a model of photovoltaic solar cells and Boost boost circuit)

65
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67
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2020-10-06发布

16. Cascade_PIDcontorl

  此为串级PID控制源代码,他具有比普通PID控制的诸多优点!(This cascade PID control for the source code, he has the ordinary PID control than many advantages!)

53
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110
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2020-09-12发布

17. chengxu

说明:  提取nastran生成的刚度和质量矩阵,希望有用(The stiffness and mass matrices generated by NASTRAN are extracte)

2
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130
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2020-08-31发布

18. WSN的GAF算法程序-GAF-algorithm-of-WSN

  WSN的GAF算法程序针对无线传感器网络节点部署密集的特点,提出了 GAF 算法。在 GAF 算法中,根据节点的地理位置信息和节点的无线电发射半径(radio range),传 感器网络部署区域被划分为虚拟单元格(virtual gird)。根据自己的物理位置信 息,各个节点被划入到自己的单元格中。各个节点的物理位置信息可以由 GPS 或 其它定位系统得到。 (GAF algorithm of WSN deployment intensive features for wireless sensor network node, proposed GAF ​ ​ algorithm. In GAF algorithm, the radius of the radio transmitting node and the node' s location information (radio range), the sensor network deployment area is divided into a virtual cell (virtual gird). According to their physical location information, each node is classified into its own cell. The physical position information of each node can be obtained by the GPS or other positioning systems.)

87
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108
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2020-08-02发布

19. GAF-algorithm-of-WSN

  WSN的GAF算法程序针对无线传感器网络节点部署密集的特点,提出了 GAF 算法。在 GAF 算法中,根据节点的地理位置信息和节点的无线电发射半径(radio range),传 感器网络部署区域被划分为虚拟单元格(virtual gird)。根据自己的物理位置信 息,各个节点被划入到自己的单元格中。各个节点的物理位置信息可以由 GPS 或 其它定位系统得到。 (GAF algorithm of WSN deployment intensive features for wireless sensor network node, proposed GAF ​ ​ algorithm. In GAF algorithm, the radius of the radio transmitting node and the node' s location information (radio range), the sensor network deployment area is divided into a virtual cell (virtual gird). According to their physical location information, each node is classified into its own cell. The physical position information of each node can be obtained by the GPS or other positioning systems.)

88
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99
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2020-08-02发布

20. steepdescent

  分布式定位基于无线传感器网络的目标源定位技术(Distributed localization)

17
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74
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2020-07-04发布