You have several options to display your publications. Choose an option to learn more:
Link to your Google Scholar or other profile (warning: autoplaying .gif)
Your publications are automatically catalogued by the library into your SelectedWorks profile, so it may be simplest to link the Publications button in your menu directly to this page.
You can find the link to your profile by visiting the SelectedWorks Faculty Author Gallery and scrolling to your name. Copy the URL it takes you to, then visit the Appearance > Menus option here in WordPress. Remove the Publications menu item, then to the left, create a Custom Link menu item called Publications linking to your profile. Add this to the menu, drag to reorder if desired, then save the menu.
The procedure looks like this:
Link to your Google Scholar or other profile
If you prefer to show your works on another platform, the procedure is the same as linking to SelectedWorks above. Retrieve the URL for your publications listing, then remove the link to this page under Appearance > Menus in WordPress and replace it with a Custom Link button to the desired URL. See the above accordion item for a video walkthrough.
Include your publications as an RSS feed
If you have an RSS feed of your publications, you can include that on this page by adding a block in the Gutenberg editor (hover until you see a + sign, click, then search for the RSS Feed block type). A list of links to your publications will flow onto the page and automatically update when new publications are available.
Include your publications as an iframe or JavaScript embed
If you have an embeddable list of publications through a third-party service, you can use either the Gutenberg iframe block type or the Gutenberg Custom HTML block type to include those on this page. Edit the page, then add a block to the Gutenberg editor (hover until you see a + sign). If your embed is a single iframe tag, select an iframe block type. If your embed is a more complicated block of code, choose the Custom HTML block type.
List your publications manually
Selected Peer-reviewed publications
M. E. Bresnahan and B. Shrestha, “Potential shielding for a positron emission tomography (PET) suite” – Journal of Biomedical Graphics and Computing, June 2012, Vol. 2, No. 1
A. Dalal, R.H. Moss, R.J. Stanley, W.V. Stoecker, K. Gupta, D. A. Calcara, J. Xu,
B. Shrestha, R. Drugge, J.M. Malters, L.A. Perry, “Concentric Decile Segmentation of White and Hypopigmented Areas in Dermoscopy Images of Skin Lesions Allows Discrimination of Malignant Melanoma,” Computerized Medical Imaging and Graphics, 35(2011) 148-154.
W.V. Stoecker, M. Wronkiewiecz, R. Chowdhury, R. J. Stanley, J. Xu, A. Bangert,
B. Shrestha, D. A. Calcara, H. S. Rabinovitz, M. Olivero, F. Ahmed, L. A. Perry, R. Drugge, “Detection of Granularity in Dermoscopy Images of Malignant Melanoma Using Color and Texture Features,” Computerized Medical Imaging and Graphics, 35(2011) 144-147
B. Shrestha, J. Bishop, K. Kam, X. Chen, R.H. Moss, W.V. Stoecker, S. Umbaugh, R. J. Stanley, M. E. Celebi, A.A. Mahrgoob, G. Argenziano, H.P. Soyer, “Detection of atypical texture features in early malignant melanoma,” Skin Research and Technology, 2010; 16: 60-65
W.V. Stoecker, K. Gupta, B. Shrestha, M. Wronkiewiecz, R. Chowdhury, R. J. Stanley, J. Xu, R.H. Moss, M. E. Celebi, H. S. Rabinovitz, M. Oliviero, J. M. Malters, I. Kolm, “Detection of basal cell carcinoma using color and histogram measures of semitranslucent areas,” Skin Research and Technology, 2009; 15: 283-287
W.V. Stoecker, K. Gupta, R. J. Stanley, R.H. Moss, B. Shrestha, “Detection of asymmetric blotches (asymmetric Structureless areas) in dermoscopy images of malignant melanoma using relative color,” Skin Research and Technology, 2005; 11: 179-184
Selected relevant publications
W.V. Stoecker, S. Stricklin, E. Black, R.H. Moss, R.J. Stanley, B. Shrestha. “Skin Scan Digital Dermoscopy Skin Cancer Training Software,” Life Science Conference, University of Missouri Kansas City, 2010.
W.V. Stoecker , R.J. Stanley, A. Khan, R.H. Moss, B. Shrestha. “Fuzzy Logic Applied to Discrimination of Melanoma in situ vs. Dysplastic Nevi.,” Dermatology 2006; 212:294-295.
X. Chen, R. H. Moss, W.V. Stoecker, S. E. Umbaugh, R. J. Stanley, B. Shrestha, “A Watershed-based Approach to Skin Lesion Border Segmentation”, Poster P-275 6th World Congress on Melanoma, Vancouver, Canada, Sep 6-10, 2005
X. Chen, R. H. Moss, W.V. Stoecker, T. Lee, R. J. Stanley, B. Shrestha, D. McLean “Software Improvements in Hair Detection using Dull razor”, Poster P-238 6th World Congress on Melanoma, Vancouver, Canada, Sep 6-10, 2005
B. Shrestha and A. Shrestha, “Monte Carlo Simulation of Photon Transport in an Egg in a Postulated Irradiation Procedure,” Jour. Rad. Prot. Mgmt., 1999, 16: 35-40.
N. Tsoulfanidis and B. Shrestha, “Photon Dose Equivalent Rate from a Cylindrical Source using a Point Kernel Technique,” Jour. Health Physics, 1997, 722: 931-935.
N. Tsoulfanidis and B. Shrestha, “Geometry Factors used for the Calculation of Gamma Dose received by Various Organs of a Human Phantom,” Jour. Rad. Prot. Mgmt., 1995, 12: 56-66.
B. Shrestha and N. Tsoulfanidis, “Gamma Dose received by Internal Organs and the Fetus from External Gamma Sources, Calculated with the MCNP Code,” Jour. Rad. Prot. Mgmt., 1995, 12: 21-40.
N. Tsoulfanidis and B. Shrestha, “Gamma Dose from a Cylindrical Source Obtained by Point Kernel and MCNP”, Trans. Amer. Nuclear Society, 1994, TANSAO 71: 411.
Invited presentations
“Dermvis Engine: A systems approach in lesion analysis” in the Second Quadrennial Cutaneous S&T Imaging Conference, August 26, 2009, Missouri S&T
“Texture” in the Symposium on Automatic Detection of Malignant Melanoma Using Image Processing, July 13, 2005, University of Missouri-Rolla