▍1. Toolbox
含有各种混沌时间序列参数（时间延迟，嵌入维数，关联维等）计算程序，及其介绍。(The program includes various chaotic time series parameters (time delay, embedding dimension, correlation dimension, etc.) and its introduction.)
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▍2. Toolbox
说明： 含有各种混沌时间序列参数（时间延迟，嵌入维数，关联维等）计算程序，及其介绍。(The program includes various chaotic time series parameters (time delay, embedding dimension, correlation dimension, etc.) and its introduction.)
▍6. Transmission System
Using the SVS Interface in PowerFactory. There are a number of standard controls for SVS in the library that can be used. You will also find two standard frames in the global library (Refer to LibraryStandard ModelsComposite Model Frames). This approach is used in the attached file SVCExampleWithInterface.pfd, the SVS interface is a PowerFactory element of the class ElmSvsctrl that is setting the number of connected capacitor blocks and the angle of the thyristor control of the reactance. It also initialises the controller output to zero. This should be used with care since the consideration of the SVS control limits will be then offset by the initial SVC admittance. The interface has the advantage that operates the parallel capacitors when required.
▍7. Transmission System
说明： Using the SVS Interface in PowerFactory. There are a number of standard controls for SVS in the library that can be used. You will also find two standard frames in the global library (Refer to LibraryStandard ModelsComposite Model Frames). This approach is used in the attached file SVCExampleWithInterface.pfd, the SVS interface is a PowerFactory element of the class ElmSvsctrl that is setting the number of connected capacitor blocks and the angle of the thyristor control of the reactance. It also initialises the controller output to zero. This should be used with care since the consideration of the SVS control limits will be then offset by the initial SVC admittance. The interface has the advantage that operates the parallel capacitors when required.
▍8. ExampleTCSC
ExampleTCSC Category: Dynamic Simulation There are three ways of modelling an SVC system: Using the SVS Interface in PowerFactory. There are a number of standard controls for SVS in the library that can be used. You will also find two standard frames in the global library (Refer to LibraryStandard ModelsComposite Model Frames). This approach is used in the attached file SVCExampleWithInterface.pfd, the SVS interface is a PowerFactory element of the class ElmSvsctrl that is setting the number of connected capacitor blocks and the angle of the thyristor control of the reactance.
▍9. ExampleTCSC
说明： ExampleTCSC Category: Dynamic Simulation There are three ways of modelling an SVC system: Using the SVS Interface in PowerFactory. There are a number of standard controls for SVS in the library that can be used. You will also find two standard frames in the global library (Refer to LibraryStandard ModelsComposite Model Frames). This approach is used in the attached file SVCExampleWithInterface.pfd, the SVS interface is a PowerFactory element of the class ElmSvsctrl that is setting the number of connected capacitor blocks and the angle of the thyristor control of the reactance.
▍10. 26190515_flexible_archiving_d
wincc flexcible siemens user guide
▍11. 26190515_flexible_archiving_d
说明： wincc flexcible siemens user guide
▍12. 5
1、 创建图类，存储结构使用邻接矩阵。 2、 输入图的节点数n（不超过10个）、边数m，节点分别用1-n代表。 3、 采用“起始节点，终止节点，权值”输入图的m条边，创建图。 4、 输出从节点1开始的BFS遍历，在遍历过程中，如有多个可以选择的节点，则优先选择编号较小的节点。 5、 输出从节点1开始的DFS遍历，在遍历过程中，如有多个可以选择的节点，则优先选择编号较小的节点。 6、 输出从第1节点到第n节点最短路径的长度，如果没有路经，输出0。(1. Create graph class and use adjacency matrix in storage structure. 2. The number of nodes n (no more than 10) and edge m in the input graph are represented by 1-n, respectively. 3. Create a graph by using the m-edges of the input graph of "Starting Node, Terminating Node, Weight Value". 4. Output BFS traversal starting from node 1. In the traversal process, if there are multiple nodes to choose, the node with smaller number will be preferred. 5. Output DFS traversal starting from node 1. In the traversal process, if there are multiple nodes to choose, the node with smaller number will be preferred. 6. Output the length of the shortest path from the first node to the n node. If there is no path, output 0.)
▍13. 5
说明： 1、 创建图类，存储结构使用邻接矩阵。 2、 输入图的节点数n（不超过10个）、边数m，节点分别用1-n代表。 3、 采用“起始节点，终止节点，权值”输入图的m条边，创建图。 4、 输出从节点1开始的BFS遍历，在遍历过程中，如有多个可以选择的节点，则优先选择编号较小的节点。 5、 输出从节点1开始的DFS遍历，在遍历过程中，如有多个可以选择的节点，则优先选择编号较小的节点。 6、 输出从第1节点到第n节点最短路径的长度，如果没有路经，输出0。(1. Create graph class and use adjacency matrix in storage structure. 2. The number of nodes n (no more than 10) and edge m in the input graph are represented by 1-n, respectively. 3. Create a graph by using the m-edges of the input graph of "Starting Node, Terminating Node, Weight Value". 4. Output BFS traversal starting from node 1. In the traversal process, if there are multiple nodes to choose, the node with smaller number will be preferred. 5. Output DFS traversal starting from node 1. In the traversal process, if there are multiple nodes to choose, the node with smaller number will be preferred. 6. Output the length of the shortest path from the first node to the n node. If there is no path, output 0.)
▍16. Holychip_WirelessCharger
基于芯圣单片机的无线充资料,官方qi协议部分提供的库形式，在keil下容易反汇编并转成C代码，解码部分做的比较简捷，不占用cpu时间，可将其移植到其它-新塘003，stm8s003上；(wpc qi WirelessCharger)
▍17. Holychip_WirelessCharger
说明： 基于芯圣单片机的无线充资料,官方qi协议部分提供的库形式，在keil下容易反汇编并转成C代码，解码部分做的比较简捷，不占用cpu时间，可将其移植到其它-新塘003，stm8s003上；(wpc qi WirelessCharger)
▍18. smart healthcare report
Health Care System is a web based application can be accessed throughout the specified department to handle the various processes involved in Smart health Prediction System where Patient can see various Doctor For their health issue, the system shows various essence. Software also lists various expert Doctors available where user can search Doctor for their medical issue. The ambition of developing this project is to provide medical guidance for a patient who wants to know about the Disease Symptoms. Healthcare is a sector where decisions usually have very highrisk and high-cost associated with them. The decisions related to health are crucial as it may cost a person his/her life. While diagnosing the disease doctor analyses the symptoms of the patient. Regarding the symptoms the final disease is predicted.
▍19. smart healthcare report
说明： Health Care System is a web based application can be accessed throughout the specified department to handle the various processes involved in Smart health Prediction System where Patient can see various Doctor For their health issue, the system shows various essence. Software also lists various expert Doctors available where user can search Doctor for their medical issue. The ambition of developing this project is to provide medical guidance for a patient who wants to know about the Disease Symptoms. Healthcare is a sector where decisions usually have very highrisk and high-cost associated with them. The decisions related to health are crucial as it may cost a person his/her life. While diagnosing the disease doctor analyses the symptoms of the patient. Regarding the symptoms the final disease is predicted.
▍20. eltamaly2019
说明： This paper proposes an accurate global maximum power point tracking (MPPT) technique based on Wind Driven Optimization (WDO) algorithm for photovoltaics system (PVS) under non-uniform solar irradiance. Under nonuniform solar irradiance or partial shading conditions (PSC), the power-voltage curve of the PVS has several maximum power points (MPPs),
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