An algorithm for three-way data analysis that alternatively minimizes coupled vector (COV) resolution error and PARAFAC error.
A novel algorithm, alternatively minimizing coupled vector (COV) resolution error and PARAFAC error algorithm, is proposed in this paper. This algorithm can overcome the problem of slow convergence and is insensitive to the estimation of component number, such problems are unavoidable while using the traditional parallel factors analysis (PARAFAC) algorithm. In other words, this algorithm is capable of improving the computing speed and providing accurate resolutions provided that the number of factors used in the computation is no less than that of the actual underlying ones. The characteristic performances were demonstrated with a novel fluorescence data array.
Cao
Yu-Zhen
YZ
Key Laboratory of New Packaging Materials & Technology of China National Packaging Corporation, Zhuzhou Institute of Technology, Zhuzhou, 412008, China.
Chen
Hong
H
Wu
Hai-Long
HL
Yu
Ru-Qin
RQ