[2], Shao, Cheng Yongmei, Pan Quan. Decision template based on multi-classifier fusion to predict protein interaction types. Mathematics and Computer Simulation, 20 10/0,52 (11-kloc-0/2): 2075-2084. SCI:647JK，IF: 1. 103，
Shao, Feng Yang, Pan Quan. Prediction of protein quaternary structure by Chou's pseudo-amino acid composition: a sequence segmentation PseAAC method, Amino acids, 2008,35 (3): 591-598. SCI: 343ds, IF: 4. 132, cited: 1 1. Quote: 9.
Shao, Hui, Chun and Pan Quan. Prediction of subcellular localization in protein using Chou's pseudo-amino acid composition concept: a method combining evolutionary information and von Neumann entropy. Amino acids, 2008,34 (4): 565–572. Sci: 297 jp, if: 4. 132, cited: 16. He quoted: 14.
[5] Zhang Shaowu, Pan Quan, Cheng Yongmei, Zhou Guozhen. The conservation of residual evolution is estimated by introducing von Neumann entropy and a new gap treatment method. Amino acids, 2008,35 (2): 495-501. SCI: 338QW, IF: 4. 132, cited: 4. He quoted: 2.
[6] Shi, Shao, Pan Quan,. Predicting subcellular location in protein by using pseudo-amino acid composition: discussing the distribution of amino acid composition. CIDS，2008，35(2):32 1–327。 SCI: 338QW, IF: 4. 132, cited: 14. Quote: 10.
[7] Shi, Shao Wuzhang, Pan Quan, Cheng,. Prediction of subcellular localization in protein by support vector machine based on multi-scale energy and pseudo-amino acids. Aminoacetic acid, 2007,33 (1): 69-74. SCI: 192 FM, IF: 2.78, cited: 62. Quote: 54.
Shao, Pan Quan, Zhuang, Jian. Prediction of protein Homooligomer Types by Pseudo-amino Acid Composition: Using Improved Feature Extraction and Naive Bayesian Feature Fusion Method, Amino Acid, 2006, jun, 30 (4): 46 1-468. Sci: 053fz, if: 2. 104, cited: 90. Quote: 80.
Shao,, Pan Quan,,, Application of support vector machine in the classification of protein quaternary structure. Bioinformatics, 2003, 19( 18): 2390-2396.
[10] Li Jing, Zhang Shaowu, Yang Feng, Liang Yan, Chen Wei, improved random Hough transform parabolic moving target track initiation algorithm, firepower and command and control, 20 1 1, 36 (2): 42-45.
[1 1] Wei, Zhang Shaowu, Smoke Detection Based on Multispectral Images, Spectroscopy and Spectral Analysis, 20 10/0,30 (04):1061-1064.
Chen Wei, Cheng, Yang, Zhang Shaowu. Prediction of protein interaction sites based on autocorrelation function, computers and applied chemistry, 20 10/0,27 (6): 743-746.
, Pan Quan, Zhang Shaowu, Zhao Chunhui, Cheng. Multilevel feature image matching algorithm based on qualitative mutual information. Journal of China Image Graphics, 20 10,15 (9):1376-138.
Cheng, Zhou Wentian, Wang Yi, Zhao Chunhui, Zhang Shaowu. Target switching of image sensing system based on decision layer fusion. Journal of Sensing Technology, 20 10/0,23 (5): 676-681.
[15] Zhao Kun, Zhang Shaowu, Pan Quan. Fuzzy analysis and information mining of overlapping clusters in complex networks, computer application research, 20 10, 7: 2452-2454, 246 1.
Yang Hongfang, Zhao Yongqiang, Zhang Shaowu, Di Wei. Multi-spectral face recognition HOSVD on band modulation, Acta Photonica, 20 10/0,39 (4): 750-754.
Cheng, Zhang Shaowu, Hua Yongqiang, Liu Dan, Lei Baoquan. Image mosaic of aerial video based on SIFT joint descriptor, Journal of Northwestern Polytechnical University, 20 10/0,28 (1): 51-56.
Li, Zhang Shaowu, Pan Quan, Chen Wei. Classification of protein Homooligomers Based on Multi-strategy Sliding Telescopic Window Feature Extraction Method. Journal of Biophysics, 2009,25 (5): 335-341.
Ling zhigang, pan quan, Zhang shaowu, Li, a weighted Hausdorff scene matching method based on edge measure. Journal of Astronautics, 2009,30 (4):1633-1638.
Li Luo, Zhang Shaowu, Chen Wei, Pan Quan, protein interaction prediction based on segmented amino acid composition. Journal of Biophysics, 2009,25 (4): 282-286.
[2 1] Li, Zhang Shaowu, Zhao Chunhui, Pan Quan, protein interaction visualization based on OPENGL. Journal of System Simulation, 2009,21(15): 4710-13.
[22] Yang Meng, Zhao Chunhui, Pan Quan, Zhang Shaowu, forest fire detection algorithm based on multi-feature fusion of smoke and spatial precision compensation. Journal of Image and Graphics, 2009, 14(4): 694-700.