Bahram Javidi, Ph.D.
Real-time multi-dimensional imaging, visualization, and information processing; Nanotechnology in optical sensing, imaging, visualization, and display; Biomedical optics/photonics for imaging; Imaging for visualization and identification of dynamic biological micro/nano-organisms
ITE 443, 371 Fairfield Way
University of Connecticut
Storrs, CT 06269-3247
Office Phone: (860) 486-2867
B.S., Electrical Engineering, George Washington University
Three dimensional (3D) sensing, 3D imaging, 3D Visualization, 3D display, multi view imaging, integral imaging, 3D image processing, 3D image recognition, 3D image tracking, Digital holography and interferometry, 3D sensing and imaging using digital holography, coherent and incoherent imaging, speckle imaging, compressive sensing, optical data compression, image reconstruction from sparse samples, Quantum Optics Imaging, Photon counting sensing and imaging, quantum optics for object recognition, quantum optics imaging and visualization, Information Photonics, Bio Photonics, Optical microscopy, biomedical optical imaging, 3D optical microscopy, 3D visualization of cells and micro organisms, optical imaging for stem cells, medical image processing, Nano Technologies for Imaging, recognition of sub micron size objects, Automatic Object Recognition, Mathematical and statistical algorithms and techniques for 2D and 3D image recognition, Optical and digital techniques used for image encryption and security systems.
Information about current research projects could be found at: