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Matlab的M文件编写的数控插补2D直线算法仿真
- Matlab的M文件编写的数控插补2D直线算法仿真。具体参数可使用：X-500,Y-600，Fc-600，Fs-0，Fa-0，at--200.仿真的本意是为了验证DSP上同类插补算法的正确性,Matlab M-file to prepare the CNC interpolation algorithm for 2D simulation of a straight line. Specific parameters can be used: X-500, Y-600, Fc-600, Fs-0
line_inter_3d
- 使用Matlab的M文件编写的数控三轴直线运动代码，为验证DSP上的算法而编-Matlab M-file used to prepare three-axis linear motion of the CNC code, in order to verify the algorithm and the DSP for
ThreadMaching
- 本代码为数控车床加工螺纹的过程演示，包括参数选定，如何选取查补算法，可供机械类学生学习。详细过程里面有2个视频。-The code for the process of CNC lathe demo thread, including the parameters selected, how to select the check fill algorithm, for mechanical students. Detailed process there are 2 videos.
Multi-Axis
- 研究了智能控制算法在多轴运动控制的应用，对于数控机床及机器人的控制有一定的参考价值-Intelligent control algorithm of multi-axis motion control applications, for control of CNC machine tools and robots have some reference value
PCB-TPS
- 针对数控钻孔最优效能的算法求解文献，使用PCB进行解决，能够更高效率地完成对于数控钻孔效率的提高。-CNC drilling optimal performance of the algorithm for solving literature, the use of PCB address, can more efficiently complete CNC drilling efficiency improve.
TSP-used-in-PCB
- TSP改进算法及在PCB数控加工刀具轨迹中的应用-TSP improved algorithm and PCB CNC machining tool path
LINE
- 直线插补算法，可用于数控加工，用matlab编程-Linear interpolation algorithm can be used for CNC machining, using matlab programming
Optimization-design-experiment1
- 从数控机床能耗角度出发，以切削参数为变量，以降低数控机床能耗为目标，在实际加工经验公式的基础上，考虑机床性能和刀具约束条件，建立数控机床能耗模型，采用粒子群优化算法对目标函数寻优求解，利用优化后的切削参数进行加工，能明显地降低能耗。-From the perspective of CNC machine tool consumption to cutting parameters as variables , in order to reduce the energy consumption o
Optimization-design-experiment2
- 从数控机床能耗角度出发，以切削参数为变量，以降低数控机床能耗为目标，在实际加工经验公式的基础上，考虑机床性能和刀具约束条件，建立数控机床能耗模型，采用粒子群优化算法对目标函数寻优求解，利用优化后的切削参数进行加工，能明显地降低能耗。-From the perspective of CNC machine tool consumption to cutting parameters as variables , in order to reduce the energy consumption o