资源列表
RRT20080916
- 用matlab将RRT算法编程并仿真出机器人的路径规划得出最短路径-RRT algorithm programming and simulation of robot path planning using matlab draw the shortest path
girth63rr
- qc-ldpc码编程，围长为6，列重为3，无4环-The algorithm divides rows into three equal groups. The rows are then connnected to form a distance graph which is then transformed in to a matrix. Girth of six is maintained by avoiding four-cycles. No two rows are connected
girth83rr
- QC-LDPC码编程，围长为8，列重为3，无4环-The program contructs column-weight three girth-eight QC-LPDC codes given row-weight and sub-matrix size. row-weights and sub-matrices sizes are variable.
zuobiaobianhuan
- 设计了异步电动机在MATLAB中坐标变换的方式。-Design of the asynchronous motor coordinate transformation in MATLAB.
girth12rr
- QC-LDPC码生成矩阵编程，围长为12，无4环-The program searches for a girth 12 QC-LDPC code given size of sub-matrix, row and column weights. The configuration of sub-matrices could also be changed. The program offers flexibility in constructing girth-12 QC-LDPC codes
abkaihuan
- 主要设计了在matlab下异步电动机在ab坐标系下的开环仿真。-Asynchronous motors in the ab coordinate system under the open-loop simulation.
dqkaihuan
- 主要设计了在matlab下异步电动机在dq坐标系下的仿真。-The main design of the asynchronous motor in matlab simulation in the dq coordinate system.
shuanbihuan
- 主要设计了在matlab下异步电动机双闭环控制的仿真。-The main design of the closed-loop control of asynchronous motor in matlab simulation.
mtkaihuan
- 主要设计了在matlab下异步电动机在mt坐标轴下的开环控制仿真。-The main design of the asynchronous motor in matlab mt axis open-loop control simulation.
M_M_1
- M_M_1排队 根据排队论的知识我们知道，排队系统的分类是根据该系统顾客到达模式、服务模式、服务员数量以及服务规则等因素决定的。-M_M_1 queuing We know that the knowledge of the queuing theory classification of queuing systems Under the system, customer arrival patterns, service mode, attendant number, and service
IFFCM
- 改进的快速模糊C- 均值聚类算法。基于FFCM算法，提出了新的改进，效果很好。-The rapid improvement c-means clustering algorithm.Based on FFCM algorithm, and puts forward a new improved, the effect is very good.
BOC_ACF
- 基于matlab的BOC信号的自相关函数，阶数n可以自定义，正余弦相位也可以自定义；CBOC的自相关函数程序-MATLAB based on, BOC_ACF, n_order,CBOC_ACF