In order to reduce amount of data storage and improve processing capacity of the system, this paper proposes a new classification method of data source by combining phase synchronization model in network clustering with cloud model. Firstly, taking data source as a complex network, after the topography of network is obtained, the cloud model of each node data is determined by fuzzy analytic hierarchy process （AHP）. Secondly, by calculating expectation, entropy and hyper entropy of the cloud model, comprehensive coupling strength is got and then it is regarded as the edge weight of topography. Finally, distribution curve is obtained by iterating the phase of each node by means of phase synchronization model. Thus classification of data source is completed. This method can not only provide convenience for storage, cleaning and compression of data, but also improve the efficiency of data analysis.
针对原有红外偏振融合算法中单一差异特征对不确定和随机变化的图像特征信息不能有效描述而产生不利于融合的问题,本文在分析源图像差异特征形成机理基础上,提出了一种基于NSCT(non-subsampled contourlet transform)的红外偏振与光强图像的特征差异驱动融合算法。通过实验仿真表明,相比SVT(support value transform)、WPT(wavelet packet transform)和NSCTLELV(NSCT local energy and local variance),该算法能更有效地融合源图像的互补和细节信息,且在实际的目标识别中具有一定的应用价值。
