Subbarao, Murali "Rao" - Department of Electrical Engineering and Computer Engineering, SUNY at Stony Brook

• Murali Subbarao Determining Distance Determining Distance from Defocused Images of
• A Model for Image Sensing and Digitization in Machine Vision Muralidhara Subbarao Arman Nikzad
• Department of Electrical Engineering State University of New York at Stony Brook
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• INTERPRETATION OF IMAGE FLOW: A SPATIOTEMPORAL APPROACH
• The Optimal Focus Measure for Passive Autofocusing and DepthfromFocus
• Registration Range image
• The Optical Transfer Function of a Diffractionlimited System for Polychromatic Illumination
• Paper submitted to IEEE Computer Society Workshop on
• Depth from Defocus and Rapid Autofocusing: A Practical Approach Murali Subbarao and Tse-Chung Wei
• Department of Electrical Engineering State University of New York at Stony Brook
• Pose estimation of two-pose 3D models using the base tangent plane and stability constraints
• Noise Sensitivity Analysis of DepthfromDefocus by a SpatialDomain Approach
• Analysis of Defocused Image Data for 3D Shape Recovery using a Regularization Technique
• Parallel Implementation of a Unified Approach to Image Focus and Defocus Analysis on the Parallel Virtual Machine
• A Computational Algorithm for Uni ed Focus and Defocus Analysis for 3D Scene Recovery
• Selecting the Optimal Focus Measure for Autofocusing and DepthfromFocus
• Depth from Defocus by Changing Camera Aperture: A Spatial Domain Approach
• A Unified Approach to Image Focus and Defocus Analysis
• Automatic Ranging and Automatic Focusing Muralidhara Subbarao
• An accurate and fast point-to-plane registration technique Soon-Yong Park *, Murali Subbarao
• Murali Subbarao Determining Distance Determining Distance from Defocused Images of
• Digital Object Identifier (DOI) 10.1007/s00138-004-0165-2 Machine Vision and Applications (2005) 16: 148156 Machine Vision and
• Continuous Focusing of Moving Objects Using DFD1F
• Focusing Techniques Murali Subbarao Tae Choi Arman Nikzad
• Vision system for fast 3-D model reconstruction Huei-Yung Lin, MEMBER SPIE
• Depth and Focused Image Recovery from Defocused Images for Cameras Operating in Macro Mode
• Depth from Defocus: A Spatial Domain Approach
• RootMean Square Error in Passive Autofocusing and 3D Shape Recovery
• A New Technique for Registration and Integration of Partial 3D Soon-Yong Park and Murali Subbarao
• Integration of Defocus and Focus Analysis with Stereo for 3D Shape Recovery
• A New Method for Shape from Focus Murali Subbarao Tae Choi
• On the Depth Information in the Point Spread Function of a Defocused Optical System
• Robust Depth-from-Defocus for Autofocusing in the Presence of Image Shifts
• Integration of Focus and Defocus Analysis with Color Stereo for ThreeDimensional Shape Recovery
• Accurate Recovery of Three-Dimensional Shape from Image Focus
• Computer Modeling and Simulation Techniques for Computer Vision Problems
• Performance Evaluation of Different Depth From Defocus (DFD) Techniques
• Three Dimensional Machine Vision Using Image Defocus
• Application of Spatial-Domain Convolution/Deconvolution Transform for Determining Distance from Image Defocus
• .ps12.vs16.nrpp12 Interpretation of Image Flow
• Computer Vision Techniques for Complete 3D Model Reconstruction
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• Continuous Focusing of Moving Objects using Image Defocus Gopal Surya Murali Subbarao
• Integration of Multiplebaseline Color Stereo Vision with Focus and Defocus Analysis for 3D Shape Measurement
• A Range Image Refinement Technique for Multi-view 3D Model Reconstruction
• Three-Dimensional Modeling and Autofocusing Technology for
• Parallel Depth Recovery by Changing Camera Parameters
• The Optical Transfer Function of a Diffraction-limited System for Polychromatic Illumination
• INTERPRETATION OF IMAGE FLOW: A SPATIO-TEMPORAL APPROACH
• A New Approach to 3D Shape Recovery of Local Planar Surface Patches from Shift-Variant Blurred Images
• LOCALIZED AND COMPUTATIONALLY EFFICIENT APPROACH TO SHIFT-VARIANT IMAGE DEBLURRING
• Depth-from-Defocus: Blur Equalization Technique Tao Xian and Murali Subbarao
• Camera Calibration and Performance Evaluation of Depth From Defocus (DFD)
• New dynamic zoom calibration technique for a stereo-vision based multi-view 3D modeling system
• A Fast Point-to-Tangent Plane Technique for Multi-view Registration Soon-Yong Park and Murali Subbarao
• Pose Estimation and Integration for Complete 3D Model Reconstruction Soon-Yong Park and Murali Subbarao
• AUTOMATIC 3D MODEL RECONSTRUCTION USING VOXEL CODING AND POSE INTEGRATION
• A Vision System for Fast 3D Model Reconstruction Huei-Yung Lin and Murali Subbarao
• Integration of Multiple-baseline Color Stereo Vision with Focus and Defocus Analysis for 3D Shape Measurement
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• Paper submitted to IEEE Computer Society Workshop on
• Computer Modeling and Simulation of an Active Vision Camera System MingChin Lu
• Parallel Depth Recovery by Changing Camera Parameters
• Computer Modeling and Simulation of Camera Defocus Murali Subbarao and MingChin Lu
• Three Dimensional Scene Recovery from Image Defocus
• Department of Electrical Engineering State University of New York at Stony Brook
• Automatic 3D model reconstruction based on novel pose estimation and integration techniques
• A Digital Vision System for Three-Dimensional Model Acquisition
• Efficient Depth Recovery through Inverse Optics