MomentsZernike

包含了一个Matalab的源代码，实现了一个新的编码方法可提高信息隐藏容量，可参考文献Dictionary Module and User Defined Codes for increasing Steganographic Embedding Capacity(the source code for the paper: Dictionary Module and User Defined Codes for increasing Steganographic Embedding Capacity)

说明：  使用K-L算法进行特征变换，画出结果图像(Feature transformation, using the KL algorithm to draw the resulting image)

包含matlab的使用频率较高常用命令及其功能，便于查询，方便快捷(Contains a higher frequency of use matlab common commands and their functions, easy to check, convenient)

用粒子群算法求解车间调度问题，包含甘特图的制作程序(Particle swarm optimization algorithm for job shop scheduling problem, including Gantt chart)

algorithm can be easily implemented in matlab

风速预测源代码，通过已有数据预测将来1小时的风速(wind prediction)

“Fast Tracking via Dense Spatio-Temporal Context Learning,” In ECCV 2014的源代码，效果非常好。(In this paper, we present a simple yet fast and robust algorithm which exploits the spatio-temporal context for visual tracking. Our approach formulates the spatio-temporal relationships between the object of interest and its local context based on a Bayesian framework, which models the statistical correlation between the low-level features (i.e., image intensity and position) from the target and its surrounding regions. The tracking problem is posed by computing a confidence map, and obtaining the best target location by maximizing an object location likelihood function. The Fast Fourier Transform is adopted for fast learning and detection in this work. Implemented in MATLAB without code optimization, the proposed tracker runs at 350 frames per second on an i7 machine. Extensive experimental results show that the proposed algorithm performs favorably against state-of-the-art methods in terms of efficiency, accuracy and robustness.)

模式识别中的一部分，用于确定图形边界的算法，不错哦(Part of a pattern recognition algorithm for binary boundary determined )

matlab/simulink中电池模型的使用和数据采集(matlab/simulink model used in batteries and data acquisition)

EEOTS algorithm In this paper We merge two unconnected concepts (i) Channel coding can be used to conserve energy by transmitting at reduced power levels over longer durations. (ii) Electro-chemical mechanisms in batteries allow them to recover energy during idle periods. Two kinds of delay constraints were considered, one a deadline constraint and the other an average delay constraint. We achieve an Energy Efficient transmission compared to an other algorithms.