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主要程序
- 粒子群算法的仿真程序，并采用典型benchmark进行演示分析； 然后，应用粒子群算法进行热工过程水轮机系统模型辨识，matlab软件可直接运行； 采用粒子群算法与PID参数整定进行联合仿真，用以提高PID控制器对热工过程水轮机的控制性能。(Particle swarm algorithm simulation program, and the use of a typical benchmark for demonstration analysis; Then, the particle
基于自适应的永磁同步电机无位置传感器控制系统
- 包含一个电机仿真和详细报告。这个系统是以PMSM做为控制对像，以模型参考自适应算法实现PMSM的转子速度与位置的辨识，采用矢量控制，构建出PMSM的无传感器控制系统。(Contains a motor simulation and detailed report. This system uses PMSM as control image, and uses model reference adaptive algorithm to realize the identification of
danxiangdanjixingspwm
- 此为一个仿真模型，用于了解电力电子电路相关知识(This is a simulation model used to understand the power electronics circuit knowledge)
26_GenerateCurve
- 读取Camprofile，将camprofile中曲线在NX中画出，生成曲线。此曲线可用来生成实体，如凸轮。实现由曲线设计到模型生成。(Read Camprofile, draw the curve in camprofile in NX, and generate curves. This curve can be used to generate entities, such as cams. Implementation from curve design to model generat
SUBROUTINE FILM
- 用于温度场film边界条件，算例算例算例(This text is used for temperature field in ABAQUS user-defined subroutine which is called film.)
JPDAF
- 采用联合概率数据关联算法实现两个匀速运动目标的点迹与航迹的关联，便于入门学者学习(TheJPDA algorithm is used to realize the correlation between the tracks of two moving targets and it is easy for the beginning scholars to study)
bridgeblasting
- 用LS-dyna进行箱型梁水压爆破数值模拟的K文件，可用于类似工程的的数值模拟(The K file of numerical simulation of water pressure blasting of box beam is carried out by LS-dyna. It can be used in the numerical simulation of similar projects)
三自由度仿真
- 本Matlab程序对需要高速穿越大气层的返回舱进行了纵向三自由度的模拟计算，只需输入如下基本参数，初始速度，再入高度，再入角。程序中有比较详细的说明。大气模型采用了真实的1976年美国标准大气模型，内附计算标准大气模型的Matlab程序，只需输入高度和高度间隔即可求出详细的参数值。(The Matlab program calculates the longitudinal three degrees of freedom of a reentry module that requires hi
two fredom degree
- 可用于车辆操控稳定性分析，预测车辆行驶状态进行预测控制。(Can be used for vehicle control stability analysis, forecast vehicle driving state for predictive control.)
daima
- 人工鱼群算法，模拟鱼群随机游动来寻求最优解(Artificial fish swarm algorithm is used to simulate the random walk of fish swarm to find the optimal solution)
MILC_160413
- 量子力学网格计算模拟仿真代码，亦可用作大型服务器的应用测试程序。(MILC is used for Quantum mechanics computation and simulation. It also can be used as mini-application for benchmarking HPC servers.)
CACFAR
- 这个程序是雷达信号处理中的恒虚警检测算法，使用matalab语言编写，运行即可使用。(This program is constant false alarm detection in radar signal processing algorithm, using matalab language, running can be used.)
ftc05
- 主要用于流体力学计算 ，它基于有限差分法，根据界面追踪法（Front Tracing method）实现多相流清晰的界面，因此它是研究多相流的一个很实用的工具。相对于其他研究方法，该程序的界面追踪法具有界面清晰，精度高的优点。不过需要一些流体力学的知识。(Mainly used in fluid mechanics calculation, it is based on the finite difference method, according to Front Tracing method
kgtn
- 用于ABAQUS软件的子程序，可对金属材料的韧性断裂行为进行精确的计算，并预测其断裂行为。(The subroutine for ABAQUS software can be used to calculate the ductile fracture behavior of metal materials accurately and predict the fracture behavior.)
k-means-matlab
- 利用k-means算法实现二维平面点的聚类，包括了运行源代码和结果图(The k-means algorithm is used to realize the clustering of two-dimensional plane points, including the running source code and the result graph)
MIMO
- 常用MIMO通信系统算法仿真与比较，对MIMO的检测性能做出检验。(Simulation and comparison of commonly used MIMO communication system algorithms)
matlab
- 能够对二维桁架进行静力分析，快速求解二维桁架静力问题，适用于复杂大型二维桁架结构静力学问题(The static analysis of two-dimensional truss can be used to solve the static problem of two-dimensional truss, and it can be applied to the statics of complex and large two-dimensional truss structures.)
基于MATLAB和Optistruct的拓扑优化对比
- 对一个具体的结构，分别采用matlab编程求解和ansys建模求解拓扑优化，对拓扑优化的结果分析比较(For a specific structure, matlab programming solution and ANSYS modeling are used to solve topological optimization, and the results of topology optimization are analyzed and compared.)
wfmpsf
- 使用zernike多项式进行光学像差的拟合，从而进行光学镜面像差的分析，有助于提高光学系统的加工精度。(The Zernike polynomial is used to fit the optical aberration, and the analysis of optical mirror aberration is helpful to improve the machining precision of the optical system.)
轰炸弹道仿真
- 航空外弹道学的学习目的， 使用弹道表，建立航空弹道问题的分析与其动力学、运动学方程的建立 使用微分方程组求数值解(Exterior Aeroballistics learning objective, A ballistic table is used to establish an analysis of the problem of aero ballistics and the establishment of the kinetic and kinematic equation