CBIM - Center for BioImaging and Modeling



Welcome!

 The Center for Computational Biomedicine Imaging and Modeling (CBIM) was founded by Professor Dimitris Metaxas in 2001 to serve as an environment for conducting novel research in the areas of Computational Biomedicine, Computer Vision and Computer Graphics.   CBIM is located in a space comprising of almost 4000 square feet which includes a separate space for human motion capture experiments. CBIM serves as a multidisciplinary center between the Dept of Computer Science and the Bioengineering Department.   Over the past year three new faculty, Ahmed Elgammal (Computer Vision), Dinesh Pai (Graphics) and Vladimir Pavlovic (Bioinformatics and Computer Vision) were hired in the computer science department and joined CBIM. This coming year Nada Boustani (Molecular Imaging) will join CBIM and the Department of Bioengineering. 15 students, 4 postdocs and 2 Research Professors work at CBIM.   Funding for CBIM is provided by all major Government agencies such as NIH, NASA, NSF, ARO, ONR and AFOSR. CBIM has several collaborative projects with research and faculty from other major Universities such as Boston Univ. UPENN, Columbia, NYU Medical School, MIT and Stanford.
 

 Equipment
 

CBIM equipment include 20 PC workstations and 5 Silicon Graphics workstations on Ethernet. Peripheral devices include color and grayscale printers, two force feedback devices (PHANTOM), video editors, video cameras and an array of 18 color digital cameras for real time and offline human motion capture (indoor and outdoor). In addition, software for computer animation and rendering is also available at the center.
 

 
Recent News


Upcoming Events

10.07.2005  -  Talk by Dr. James Wong (Chief of Radiation Oncology at Morristown Memorial Hospital, New Jersey)

11.24.2005 - Thanksgiving Holiday, University is closed until Monday the 28th.

11.30.2005 - Multi-Parameter Medical Imaging and Image Analysis: Current Research and Future Trends.  Talk by Atam T. Dhawan, Ph.D. (Chair and professor of the Department of Electrical and Computer Engineering, Professor Biomedical Engineering, New Jersey Institute of Technology).