搜索资源列表
COMPDIR
- ％ COMPDIR Computes a search direction in a subspace defined by Z. ％ Helper function for NLCONST. ％ Returns Newton direction if possible. ％ Returns random direction if gradient is small. ％ Otherwise, returns steepest descent direction. ％ I
classical_music
- 经典的MUSIC算法，由特征值分解得到噪声子空间，再进行谱峰搜索-Classic MUSIC algorithm, the eigenvalue decomposition noise subspace, then the peak search
music
- MUSIC方法，对相关矩阵分解为噪声子空间和信号子空间，然后搜索得到需要估计的频谱-MUSIC method, the decomposition of the correlation matrix for the noise subspace and signal subspace, then search to get the spectrum to be estimated
ssf
- 信号子空间拟合，用matlab实现ssf算法，实现多维搜索，信号定位。-Signal subspace fitting algorithms to achieve ssf matlab, achieve multi-dimensional search, signal positioning.
music
- 三维子空间music 方位角定义为与x轴的夹角，俯仰角定义为与z轴之间的夹角,俯仰角在0—90度，方位角0-180. 分辨不相关的两个角成功概率/估计偏差与SNR 最后进行谱峰搜索-Dimensional subspace music is defined as the angle and azimuth angle, pitch angle is defined as the x-axis and z-axis between the pitch angle of 0-9
clique
- Clique 子空间聚类算法 自底向上搜索-Clique Subspace clustering algorithm Bottom-up search
LOMO_XQDA
- 行人重定位算法，识别效果非常好，有源码和文章-Person re-identification is an important technique towards automatic search of a person’s presence in a surveillance video. Two fundamental problems are critical for person re-identification, feature representation and me
code
- 两个subspace search算法代码(two subspace search codes)
nlconst
- COMPDIR computes a search direction in a subspace defined by Z. % [SD,dirType] = compdir(Z,H,gf,nvars,f) returns a search direction for the % subproblem 0.5*Z'*H*Z + Z'*gf. Helper function for NLCONST. SD is Newton % direction if possible. SD is