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Publications by Hai-Shan Wu

 

Hai-Shan Wu, Ph.D. 

Associate Professor 

Department of Pathology, Box 1194

Mount Sinai School of Medicine

One Gustave L. Levy Place

New York, NY 10029, USA

Phone: (212)241-0468

E-mail: haishan.wu@mssm.edu

 

[59]. Hai-Shan Wu, Mireille Bitar, David Burstein, Marie Ramer, and Joan Gil, “An envelope mapping algorithm and its applications in enhancement and segmentation of pancreatic cell images,”

Journal of Imaging Science & Technology, accepted.

[58]. Hai-Shan Wu, Jacinta.Murray, and Susan Morgello, “ Segmentation of brain immunohistochemistry images using clustering of linear centroids and regional shapes,”

Journal of Imaging Science & Technology, vol.52, No.4, pp.040502-040502-11, July/August, 2008.

[57]. M.I.Fiel , B.Sauter, H.-S. Wu, G. Rodriguez-Laiz, G.Gondolesi, K.Iyer, and T.D.Schiano, “Regression of hepatic fibrosis after intestinal transplantation in patients with total parenteral nutrition liver disease,” Clin. Gastroenterol Hepatol., vol.6, No.8, pp.926-933, 2008.           

[56]. Hai-Shan Wu, Maria I. Fiel, and Joan Gil, “Image segmentation of liver fibrosis,” Journal of Microscopy, vol.231, Pt.1, pp.70–80, 2008. 

[55]. Masayuki Fukata, Anli Chen, Arunan Vamadevan, Ruliang Xu, Hai-Shan Wu and Maria T. Abreu, Crypt height represents intestinal mucosal barrier function during acute colitis: Correlation with epithelial cell proliferation and apoptosis, in: Image Analysis in Medical Microscopy and Pathology, (H.-S.Wu & A.J.Einstein, ed.), Signpost, Kerala, pp.107-122, 2007.

 [54]. Hai-Shan Wu, Sacha P. Salzberg, and Joan Gil, “Automatic image segmentation with linear clustering for quantification of neo-intimal formation after surgical vein grafting,” Analytical & Quantitative Cytology Histology, vol.28, No.6, pp. 307-315, Dec. 2006.

 [53]. Hai-Shan Wu, Veneta Hanson, and Joan Gil, “Estimation of cell count from cell culture images,” Journal of Imaging Science & Technology, vol.50, pp. 187-192, March/April 2006.

[52]. H.-S. Wu, and J. Gil, “A biased median filtering algorithm for segmentation of intestinal cell gland images,” The Scientific World Journal, vol.6, pp.200–220, Feb. 2006.

 [51]. Hai-Shan Wu, Ruliang Xu, Noam Harpaz, David Burstein, and Joan Gil, “Segmentation of intestinal gland images with iterative region growing,” Journal of Microscopy, vol. 220, Pt 3, pp.190–204, Dec. 2005.

 [50]. Hai-Shan Wu, Andrew J. Einstein, Tamara Kalir, Liane Deligdisch, Noam Harpaz, David Burstein, and Joan Gil, “Image analysis and morphometry in the diagnosis of cancer cells: a review,” in: Recent Research Developments in Cancer, pp.127-160, 2005.

 [49]. Hai-Shan Wu, Ruliang Xu, Noam Harpaz, David Burstein, and Joan Gil, “Segmentation of microscopic images of small intestinal glands with directional 2-D filters,” Analytical & Quantitative Cytology Histology, vol.27, pp.291-300, No.5, Oct. 2005.

[48]. E.N.Schachter, G.Skloot, A.Chiarelli, J.Jose, H.Wu, J.Gil, U.Arumugam, S.Bashir, N.Rienzi, “Early Versus Late Effects of an Anti-Inflammatory Agent in an Asthma Model,” Amer. J. Respir. Crit. Care Med., vol. 171:A80,  2005.

[47]. Bitar M, Wu H-S, Szporn A, Burstein D, Gil J. “Fast computerized texture analysis in pancreas cytology without accurate nuclear segmentation,” Mod. Pathol., 18, supplement 1:326A, 2005.

 

[46]. L.D. Biertho, C. Kim, H.-S. Wu, P. Unger, and W. B. Inabnet,  Relationship Between Sestamibi Uptake, Parathyroid Hormone Assay and Nuclear Morphology in Primary Hyperparathyroidism,” Journal of American College of Surgeons, vol.199,  No.2, pp.229-233, Aug. 2004.  

 

[45]. Hai-Shan Wu, Liane Deligdisch and Joan Gil, “Segmentation of microscopic nuclear images-A review,” in: Recent Res. Devel. Electr., vol.2, ISBN: 81-7895-151-7, Transworld Research Publishing, Kerala, pp.1-18, 2004.

[44]. Hai-Shan Wu, Joan Gil, Liane Deligdisch, and Tamara Kalir, “Characterization of ovarian nuclei with the parameter of power ratio,” Microsc. Res. Tech., vol.64, No.4,  pp.287-292, 2004. 

[43]. H.-S. Wu, A. J. Einstein, L. Deligdisch, T. Kalir, and J. Gil, “Characterization of nuclear images based on analysis of fractional summation systems,” Fractals, vol.12, pp.1-13, 2004.

[42]. H.-S. Wu, J. Gil, and L. Deligdisch, "Region growing segmentation of chromatin clumps of ovarian cells using adaptive gradients," Journal of Imaging Science & Technology, vol.48, No.1, pp.22-27, Jan./Feb. 2004.  

[41]. J.Gil, and H.-S. Wu, "Applications of image analysis to anatomic pathology: realities and promises," Cancer Investigation, vol.21, pp.950-959, 2003.  

[40]. L.Deligdisch, C.Miranda, H.-S.Wu, and J.Gil, "Human papillomavirus-related cervical lesions in adolescents: a histologic and morphometric study," Gynecologic Oncology, vol.89, pp.52-59, 2003.

[39]. H.-S. Wu, and J. Gil, "Linear Clustering for Segmentation of Color Microscopic Lung Cell Images," Journal of Imaging Science & Technology, vol.47, pp.161-170, Mar./Apr. 2003. 

[38]. J.Gil, H.-S.Wu, and B.Wang, "Image analysis and morphometry in the diagnosis of breast cancer," Micros. Res. Tech., vol.59, pp.109-118, Oct. 2002.

[37]. A.Butler, X.He, R.E.Gordon, H.-S. Wu, S.Gatt, and E.H.Schuchman, "Reproductive pathology and sperm physiology in acid sphingomyelinase-deficient mice," American Journal of Pathology, vol.161, No.3, pp.1061-1075, Sept. 2002.

[36]. D.N.Jourdy, G.S.Skloot, J.Gil, H.Wu, E.N.Schachter, “The effect of chronic antigen challenge on airway smooth muscle stretch induced relaxation,” Am. J. Resp. Crit. Care. Med., vol.165, A255, 2002.

 

[35] A.J.Einstein, H.-S. Wu, and J.Gil, "Detrended fluctuation analysis of chromatin texture for diagnosis in breast cytology," Fractals, vol.10, No.1, pp.19-25, March 2002.

[34] T. Kalir, H. Wu, R. Gordon, and J.Gil, "Morphometric and electron microscopic analyses of the effect of gonadotropin-releasing hormone agonist treatment on arteriole size in uterine leiomyomas," Arch. Pathol. Med., vol.124, pp.1295-1298, Sept. 2000.

[33]. H.-S.Wu, J.Barba, and J.Gil, "Iterative thresholding for segmentation of cell images," Journal of Microscopy, vol. 197, Pt.3, pp.296-304, March 2000.

[32] L.Deligdisch, J.Gil, H.Kerner, H.S.Wu, D.Beck, and R.Gershoni-Baruch,"Ovarian dysplasia in prophylactic oophorectomy specimens," Cancer, vol.86, pp.1544-1550, Oct. 1999.

[31]. H.-S.Wu, J.Gil, R. Jeremiah, and J.Barba, "Unsupervised learning for segmentation of textured cytologic images," IEE Electr. Lett., vol.35, No.8, pp.630-631, Apr. 1999. 

[30]. A.J.Einstein, H.-S.Wu, and J.Gil, "Fractal characterization of chromatin appearance for diagnosis in breast cytology," Journal of Pathology, vol.185, pp.366-381, Aug. 1998 

[29]. T.Kalir, M.Goldstein, P.Dottino, M.Brodman, P.Gordon, L.Deligdich, H.Wu, and J.Joan, "Morphometric and elctron-microscopic analysis of the effects of gonadotropin-releasing hormone agonists on uterine leiomyomas," Arch. Pathol. Lab. Med., vol.122, pp.442-446, May 1998.

[28]. H.-S.Wu, and J.Barba, "Minimum entropy restoration of star field images," IEEE Transactions on Systems, Man, and Cybernetics, vol.28, part B, No.2, pp.227-231, April 1998.  

[27]. H.-S.Wu, J.Barba, and J.Gil, "A parametric fitting algorithm for segmentation of cell images," IEEE Transactions on Biomedical Engineering, vol.45, No.3, pp.400-407, Mar. 1998.

[26]. H.-S.Wu, J.Barba, and J.Gil, "Optimal segmentation of cell images," IEE Proceedings, Vision, Image and Signal Processing, vol.145, No.1, pp.50-56, Feb. 1998.

[25]. A.J.Einstein, H.-S.Wu, and J.Gil, "Self-affinity and lacunarity of chromatin texture in benign and malignant breast epithelial cell," Physical Rev. Lett., vol.80, pp.397-400, Jan. 1998.

[24]. A.J.Einstein, H.-S.Wu, and J.Gil, Fractal characterization of nuclear texture in breast cytology: frequency and spatial domain approaches, in: Fractals in Biology and Medicine (G.Losa ed.), Nov. 1997. 

[23]. H.-S.Wu, A.J.Einstein, and J.Gil, "Fractal characterization of irregularly shaped images by frequency analysis," Fractals, vol.5, No.4, pp.665-672, Dec. 1997.

[22]. A.J.Einstein, J.Gil, S.Wallenstein, C.A.Bodian, M.Sanchez, D.E.Burstein, C.Sheppard, H.-S.Wu, and Z.Liu, "The reproducibility of interactive segmentation procedures for breast cytology," Journal of Microscopy, vol.188, Pt.2, pp.136-148, Nov. 1997.

[21]. H.-S.Wu, R.A.King, J.Barba, and J.Gil, "DCT basis decomposition coding for biomedical X-ray images using vector quantization," Journal of Imaging Science and Technology, vol.41, pp.160-167, March 1997.

[20]. H.-S.Wu, and J.Barba, J.Gil, "A focusing algorithm for high magnification cell imaging," Journal of Microscopy, vol.184, pt.2, pp.133-142, Nov. 1996.  

[19]. H.-S.Wu, and J.Barba, J.Gil, "An iterative algorithm for cell segmentation using short-time Fourier transform," Journal of Microscopy, vol.184, pt.2, pp.127-132, Nov. 1996. 

[18]. H.-S.Wu, and J.Barba, J.Gil, "Region growing segmentation of textured cell images," IEE Electr. Lett., vol.32, pp.1084-1085, June 1996. 

[17]. H.-S.Wu, J.Barba, and J.Gil, "Morphological segmentation of textured cell images," Journal of Imaging Science and Technology, vol.40, pp.265-270, May 1996. 

[16]. H.-S.Wu, and J.Barba, "An efficient semi-automatic algorithm for cell contour extraction," Journal of Microscopy, vol.179, pt.3, pp.270-276, Sept. 1995.

[15]. H.-S.Wu, and J.Barba, "A classified algorithm for segmentation of multispectral images," Journal of Imaging Science and Technology, vol.39, pp.26-30, Jan. 1995.

[14]. J.Xia, F.Qi, W.Yuan, D.Wang, W.Qiu, Y.Sun, Y.Huang, G.Shen, H.Wu, "Computer Aided Simulation System for Orthognathic Surgery," Proc. IEEE Symp. Computer-Based Medical Systems, pp.237-240,
                           1995.  

[13]. H.-S.Wu, and J.Barba, "An Algorithm for Noisy Cell Contour Extraction via Area Merging," Journal of Imaging Science and Technology, vol.38, pp.604-607, Nov 1994.

[12]. H.-S.Wu, and J.Barba, "Coding of quadtree structure using run-length code," IEE Electr. Lett., vol.29, pp.1741-1742, Sept. 1993.

[11].  H.-S.Wu, "Minimum entropy deconvolution of images," Journal of China Institute of Communications, vol.14, No.4, pp.88-94, July 1993.

[10].  H.-S.Wu, and J.Barba, "Index allocation in vector quantization for noisy channels," IEE Electr. Lett., vol.29, pp.1317-1319, July 1993.

[9]. H.-S.Wu, R.A.King and R.I.Kitney,"Improving the performance of the quadtree-based image approximation via the generalized DCT," IEE Electr. Lett., vol.29, pp.887-888, May 1993.

[8]. F.-H.Qi, and H.-S.Wu, "Real-time image filtering using the pipelines," Journal of Infrared and Millimeter Waves, vol.12, pp.52-56, Feb. 1993.

[7].  H.-S.Wu, and X.H.Gu, "Hexagonal discrete coding transform image coding," Journal of Shanghai Jiaotong University, vol.27, No.1, pp.80-87, Jan. 1993.

[6]. K.Xin, and H.-S.Wu, "Low-rate interpolation image coding," Journal of Shanghai Jiaotong University, vol.26, No.3, pp.10-16, May 1992.

[5]. H.-S.Wu, "Blind image restoration for zero-phase blurs," Journal of Imaging Science and Technology, vol.36, pp.206-208, Mar. 1992.

[4]. H.-S.Wu, "A fast search algorithm for vector quantization," IEE Electr. Lett., vol.28, pp.457-458, Feb. 1992.

[3]. H.-S.Wu, "Hexagonal discrete cosine transform for image coding," IEE Electr. Lett., vol.27, pp.781-783, Apr.1991.

[2]. H.-S.Wu, "Minimum entropy deconvolution for restoration of blurred two-tone images," IEE Electr. Lett., vol.26, pp.1183-1184, July 1990.

[1]. F.-N.Ku, and H.-S.Wu, "Edge detection with a filter concentrating the energy," Journal of China Institute of Communications, vol.7, pp.85-91, Nov.1986.

Books:

 
[1]. Hai-Shan Wu & Andrew Einstein, (ed.), Image Analysis in Medical Microscopy and Pathology, Signpost, Kerala, 2007.