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CSPHANTOM is a test phantom tailored to compressed sensing MRI algorithm development. It is designed to be non-sparse under a gradient transform and to contain features difficult to reproduce with partial Fourier sampling. We hope that this phantom can be used to evaluate the quality and accuracy of compressed sensing MRI reconstruction algorithms in the noise-free domain so that real-world applications of CS MRI may be improved.

单边指数信号M文件，可生成单边指数信号频谱，希望对大家有帮助(Pors)

matlab 傅里叶变换 图像的傅里叶变换，利用快速傅里叶进行图像的频率分析然后画出图形(Matlab Fourier transform The Fourier transform of the image and of the image by using the fast Fourier frequency analysis and then draw the graphics)

说明：  卡尔曼滤波在目标跟踪中应用仿真研究。目标跟踪是卡尔曼滤波的主要应用领域，进一步 加深对卡尔曼滤波算法的理解，了解卡尔曼滤波器算法的基本特点， 掌握卡尔曼滤波算法应用研究的基本步骤和方法。(The application of Kalman filter in target tracking is simulated. Target tracking is the main application area of Kalman filter. To deepen the understanding of Kalman filter algorithm and understand the basic characteristics of Kalman filter algorithm. Grasp the basic steps and methods of Kalman filtering algorithm application research.)

16QAM Vblast 误码率仿真(16QAM Vblast BER simulation)

说明：  带挡板的平行板传输线二维FDTD仿真,FDTD,matlab程序(With a baffle plate transmission line parallel two-dimensional FDTD simulation, FDTD, matlab program)

OFDM系统中通过时域（CP）以及频域（Moose/Classen算法）进行CFO估计算法(Time-domain CP based method and Frequency-domain (Moose/Classen) methods in OFDM system)

可用于计算齿轮（包括变位齿轮）在不同传递转矩下的时变啮合刚度(It can be used to calculate the time-varying meshing stiffness of gears (including modified gears) at different transmission torque)

matlab实用程序，主要针对图像处理，二值化等(matlab utilities, mainly for image processing, binarization, etc.)

Reliable authorization and authentication are becoming necessary for many everyday applications such as boarding an aircraft, performing financial transaction, logging to a secure system etc. Identity verification becomes a challenging task when it has to be automated with high accuracy and with low probability of break-ins and low rates of false match. Moreover, person verification is not a new problem and society had created three traditional modes of designation: 1. Possessions: Physical possessions such as keys, passports and smart cards. 2. Knowledge: Pieces of information those are secret and known only to the right person such as PIN, passwords, user names etc. 3. Biometrics: Physiological and behavioral characteristics of individuals that distinguish one person from the others. These characteristics are different in each person.