FDTD-two-dimensional

说明：  在matlab下，运用矩量法计算空心导管电容和电荷分布，并分析电容随导管长度，半径的变化(In matlab, compution of a hollow tube capacitance and charge distribution with MOM, and analysis of capacitance with the catheter length, radius of the)

LDA MATLAB的算法，可以加入iris数据，并且直接可以使用的(LDA MATLAB algorithm, can join the iris data, and can be used directly)

数字信号处理理论算法与实现第二版（胡广书)随书光盘，配合教材使用，内含matlab源代码和C程序(Digital signal processing theory and implementation of algorithms second edition (HU-book) CD with the book, with the materials to use, containing matlab source code and C program)

分别使用传统卡尔曼滤波和改进的自适应卡尔曼滤波对运动物体进行跟踪，比较并分析结果，验证自适应卡尔玛滤波的优点。(Respectively using conventional Kalman filter and adaptive Kalman filter for improved tracking of moving objects, compare and analyze the results to verify the advantages of adaptive filtering Kalmar.)

Zhang和Tan提出一个改良Niblack的方法(Zhang and Tan proposed a modified Niblack s method)

矢量量化m文件，采用分裂算法的K均值算法(Vector Quantization: K-Means Algorithm with Spliting Method for Training)

动态规划逆序算法的MATLAB程序上传资料(The dynamic programming algorithm of MATLAB program was)

Ask、fsk、psk各做一个调制与解调的实验仿真 再做一个三个的结果（误码率）比较，通过图像对输出结果进行对比， 每个仿真的输出结果可随输入数据的改变而相应改变 课程设计需要运用MATLAB编程实现ASK,FSK,PSK，调制解调过程，并且输出其调制后的波形，画出频谱、功率谱密度图，并比较各种调制的误码率情况，讨论其调制效果 (Ask, FSK, PSK each simulation a modulation and demodulation 再做一个三个的结果（误码率）比较，通过图像对输出结果进行对比， Another three results (BER) by comparison, image are compared to the output results, 每个仿真的输出结果可随输入数据的改变而相应改变 The output of each simulation results with the input data and the corresponding change to change 课程设计需要运用MATLAB编程实现ASK,FSK,PSK，调制解调过程，并且输出其调制后的波形，画出频谱、功率谱密度图，并比较各种调制的误码率情况，讨论其调制效果 Curriculum design needs to realize ASK, using MATLAB FSK programming, PSK, modulation and demodulation process, and the output of the modulated waveform, draw the spectrum, power spectrum density diagram, bit error rate and to compare the different kinds of modulation, discusses the modulation effect )

une listes des codes pour le traitement des images

用全加器设计8位运算器逻辑电路图 2、根据逻辑电路用 VHDL编程实现 3、调试编译通过后，仿真 (this file can help you learn the design of cpu)