LSSVM-CODE

关于沙威老师的CS_MRI_demo matlab代码，该程序可用于核磁共振成像，希望对大家有用(CS_MRI_demo matlab code, the program can be used for nuclear magnetic resonance imaging, we hope to useful)

自适应滤波中复数的givens旋转的matlab算子，可以用作doa估计的研究中(The study of adaptive filtering the the givens rotation of matlab complex operator, can be used as a doa estimated)

说明：  此算法为基于最大似然方法的DOA估计 是区别于子空间类的DOA算法 但需要多维搜索 计算量较大(This algorithm is based on the maximum likelihood method of DOA estimation is different from the sub-space kind of DOA algorithm but calculating the volume of the larger multi-dimensional search)

用fdtd方法 模拟集成光学离子交换中扩散离子浓度的分布 进而求得折射率的分布。更创新性加入了 可变扩散系数 条件（绝对原创）(FDTD method using ion-exchange integrated optics simulation of the spread of the distribution of ion concentration to obtain the distribution of refractive index. More innovative and joined the variable conditions of the diffusion coefficient (absolute original))

this file gives the parameters of a model estimated from given data. this is usfull in estimationa and forecasting

说明：  共享电动车充电站选址优化问题实例问题求解(A case study on location optimization of shared electric vehicle charging station)

此为非数据辅助的频偏估计算法的MATLAB仿真(data supporting this non- Offset Estimation Algorithm MATLAB)

使用MATLAB仿真CRC-8校验码在二进制对称信道中的检错性能(Using MATLAB simulation CRC-8 checksum in the binary symmetric channel error detection performance)

Network Powers 3 Phases

A working setup that focuses on dimensional prediction of emotions from spontaneous conversational head gestures. It maps the amount and direction of head motion, and occurrences of head nods and shakes into arousal, expectation, intensity, power and valence level of the observed subject as there has been virtually no research bearing on this topic. Preliminary experiments show that it is possible to automatically predict emotions in terms of these five dimensions (arousal, expectation, intensity, power and valence) from conversational head gestures. Dimensional and continuous emotion prediction from spontaneous head gestures has been integrated in the SEMAINE project [