93 papers in 16 sessions Change year:

Making Augmented Reality a Reality

Ronald T. Azuma

JTu1F.1 Mathematics in Imaging (MATH) 2017 View: PDF

Enabling focus cues in head-mounted displays

Hong Hua

JTu1F.2 Mathematics in Imaging (MATH) 2017 View: PDF

XR and The Future of Communications: From Silicon to Human Photonics

Tish Shute

JTu2A.1 Mathematics in Imaging (MATH) 2017 View: PDF

Random Image Encoding via Speckle Pattern: The Effect of Patterns Correlation

K. Žídek, J. Hlubuček, and O. Denk

JTu5A.1 Mathematics in Imaging (MATH) 2017 View: PDF

Subdiffractional Field Retrieval in Hyperbolic Materials

Xiaohang Sun, Siyuan Dai, Sai Swaroop Sunku, Loan Le, Dmitri N. Basov, and Jason W. Fleischer

JTu5A.10 Mathematics in Imaging (MATH) 2017 View: PDF

NIR 3D GISC Lidar on a Balloon-borne Platform

Chenglong Wang, Xiaodong Mei, Long Pan, Pengwei Wang, Wang Li, Xin Gao, Meilin Xie, Junfeng Han, Hui Zhang, Zunwang Bo, Mingliang Chen, Wenling Gong, and Shensheng Han

JTu5A.11 Mathematics in Imaging (MATH) 2017 View: PDF

Simultaneous computational super-resolution and 3D integral imaging in the long-wave infrared using an array of compact cameras

Miguel A. Preciado, Guillem Carles, and Andrew Harvey

JTu5A.12 Mathematics in Imaging (MATH) 2017 View: PDF

A Model of Thick Scattering Media using a Series of Random Diffraction Gratings

Yaotian Wang and Jason W. Fleischer

JTu5A.13 Mathematics in Imaging (MATH) 2017 View: PDF

Application of computational optics in moldless lenses

Tahseen Kamal, Lu Yang, and Woei Ming Lee

JTu5A.14 Mathematics in Imaging (MATH) 2017 View: PDF

Improved Phase Retrieval on Loose Support using Successive Smoothing

Yaotian Wang and Jason W. Fleischer

JTu5A.15 Mathematics in Imaging (MATH) 2017 View: PDF

Resolution Analysis of Regularized Maximum Log-likelihood Reconstruction Method for CRISM Hyperspectral Data

L. He, J. A. O’Sullivan, D. V. Politte, and R. E. Arvidson

JTu5A.16 Mathematics in Imaging (MATH) 2017 View: PDF

Miniature Fourier ptychography microscope using Raspberry Pi camera and hardware

Pavan Chandra Konda, Tomas Aidukas, and Andrew R. Harvey

JTu5A.17 Mathematics in Imaging (MATH) 2017 View: PDF

Light Field Modeling for Coded Aperture Systems

Yu Zhang, Daniel L. Lau, J. Todd Hastings, Hoover Rueda, and Gonzalo R. Arce

JTu5A.18 Mathematics in Imaging (MATH) 2017 View: PDF

Enhanced Computational Imaging for Microendoscopy

Stuart Henry Wilson, Yongzhuang Zhou, Paul Zammit, and Andy R. Harvey

JTu5A.19 Mathematics in Imaging (MATH) 2017 View: PDF

Time-sequential pipelined imaging with wavefront coding and super resolution

Laura V. Cowan, Paul Zammit, Guillem Carles, and Andrew R. Harvey

JTu5A.2 Mathematics in Imaging (MATH) 2017 View: PDF

Light L16 Computational Camera

Furkan E. Sahin and Rajiv Laroia

JTu5A.20 Mathematics in Imaging (MATH) 2017 View: PDF

Superresolution phase retrieval from non-sinusoidal structure illumination

Ziling Wu and Yunhui Zhu

JTu5A.21 Mathematics in Imaging (MATH) 2017 View: PDF

Open Source Interface for 2D and 3D Analysis: Bridging the Gap between Experimentalists and Image Specialists

Jeffrey La, Briana Mason, Tiffany Donaldson, and Chandra Yelleswarapu

JTu5A.22 Mathematics in Imaging (MATH) 2017 View: PDF

A Particle Swarm Optimization approach of the Axial Apodization problem

Timothée Cognard, Nicholas Devaney, and Christopher Dainty

JTu5A.24 Mathematics in Imaging (MATH) 2017 View: PDF

Optimal Colored Coded Apertures for Compressive Spectral Imaging Systems

Hoover Rueda, Henry Arguello, and Gonzalo R. Arce

JTu5A.25 Mathematics in Imaging (MATH) 2017 View: PDF

Silicon-on-Insulator Ring Resonators as Micro-Optical Devices for Phosphate Sensing

Sogol Borjian, John Saunders, Hao Chen, Xiaowei Wu, Cathleen M. Crudden, Hans-Peter Loock, and Danxia Xu

JTu5A.26 Mathematics in Imaging (MATH) 2017 View: PDF

Onion Epidermis Cell imaging by using Talbot effect

Shilpi Agarwal, Varun Kumar, and Chandra Shakher

JTu5A.27 Mathematics in Imaging (MATH) 2017 View: PDF

3D profile measurement of small patterns for semiconductor devices using an optical fiber-based interferometric system integrated with confocal microscopy

Jonghan Jin, Jungjae Park, Heulbi Ahn, and Jaeseok Bae

JTu5A.28 Mathematics in Imaging (MATH) 2017 View: PDF

Non-Destructive Surface Profilometry By First Reflection Localization Using Spectral Domain Optical Coherence Tomography

Nyasha J. Suliali, Peter Baricholo, Pieter H. Neethling, and Erich G. Rohwer

JTu5A.29 Mathematics in Imaging (MATH) 2017 View: PDF

High-speed anomaly detection with single pixel camera

Jianbo Chen, Liyang Lu, Yibo Xu, and Kevin F. Kelly

JTu5A.3 Mathematics in Imaging (MATH) 2017 View: PDF

Calibration-free optical emission spectroscopy method for the measurements of gas temperature and OH density

Yanjun Du, Peter J. Bruggeman, Yanjun Ding, and Zhimin Peng

JTu5A.30 Mathematics in Imaging (MATH) 2017 View: PDF

Full color virtual retinal display using a holographic optical element

Changwon Jang, Kiseung Bang, Jonghyun Kim, Youngmo Jeong, and Byoungho Lee

JTu5A.32 Mathematics in Imaging (MATH) 2017 View: PDF

Measurement of the Generalized Stokes Parameters for Partially Polarized, Partially Coherent Beams

Juan Zhao and Wei Wang

JTu5A.33 Mathematics in Imaging (MATH) 2017 View: PDF

Hyperspectral MWIR camera for environmental gas monitoring

Anna Sytchkova, Massimiliano Tordi, and Angela Piegari

JTu5A.34 Mathematics in Imaging (MATH) 2017 View: PDF

Integrated approach to realize top hat focal field distributions

S. Schmidt, S. Thiele, A. Herkommer, H. Giessen, and H. Gross

JTu5A.35 Mathematics in Imaging (MATH) 2017 View: PDF

Holographic Recording Setup for Integrated See-Through Near-Eye Display Evaluation

Christophe Martinez, Vladimir Krotov, and Daivid Fowler

JTu5A.36 Mathematics in Imaging (MATH) 2017 View: PDF

Multifunctional Wave Diagnostics Based on Coherent Modulation Imaging in High Power Laser Facilities

Xingchen Pan, Shunxing Tang, Ailin Guo, Cheng Liu, and Jianqiang Zhu

JTu5A.37 Mathematics in Imaging (MATH) 2017 View: PDF

Gradient thresholding algorithm for adaptive colored coded aperture design in compressive spectral imaging

Nelson Diaz, Jorge Bacca, and Henry Arguello

JTu5A.4 Mathematics in Imaging (MATH) 2017 View: PDF

Imaging Performance Analysis of a Lens-Free Near to Eye Display

Vladimir Krotov, Christophe Martinez, and Olivier Haeberlé

JTu5A.5 Mathematics in Imaging (MATH) 2017 View: PDF

Bandwidth Analysis for Adaptive Optical Systems Based on Stochastic Parallel Gradient Descent Algorithm

Chaojun Niu and Xiang’e Han

JTu5A.6 Mathematics in Imaging (MATH) 2017 View: PDF

Quantum Imaging of Non-Unitary Objects with Spatially Entangled Photon Pairs

Matthew Reichert, Hugo Defienne, Xiaohang Sun, and Jason W. Fleischer

JTu5A.7 Mathematics in Imaging (MATH) 2017 View: PDF

All Photons Imaging Through Thick Layered Scattering Materials

Guy Satat, Barmak Heshmat, and Ramesh Raskar

JTu5A.8 Mathematics in Imaging (MATH) 2017 View: PDF

Computational approach to address reduced modulation contrast in structured-illumination microscopy

Nurmohammed Patwary, Ana Doblas, and Chrysanthe Preza

JTu5A.9 Mathematics in Imaging (MATH) 2017 View: PDF

Imaging Radiation Dose and Molecules in Human Radiation Therapy for Cancer

Brian W. Pogue

JW1A.1 Mathematics in Imaging (MATH) 2017 View: PDF

A Low Cost Optical Imaging Device based on a single Moving Detector for Brest Cancer Detection

Xianlin Wei, Kai Yang, Xiaobo Wang, Wenzhe Tian, Jianping Zhang, and Yan Sun

JW1A.2 Mathematics in Imaging (MATH) 2017 View: PDF

Spectral Imaging for Quantitative Phase Contrast

Mini Das

JW1A.3 Mathematics in Imaging (MATH) 2017 View: PDF

Algorithmic self-calibration in computational imaging

Laura Waller

MM2C.1 Mathematics in Imaging (MATH) 2017

Removing Detuning Distortions of Wrapped Phase Images by using Local Frequencies

Orlando M. Medina, Julio C. Estrada, and Juan A. Guel

MM2C.2 Mathematics in Imaging (MATH) 2017 View: PDF

Light Field Reconstruction from Focal Stack Based on Landweber Iterative Scheme

Chang Liu, Jun Qiu, and Ming Jiang

MM2C.3 Mathematics in Imaging (MATH) 2017 View: PDF

Reconfigurable Metasurface Apertures for Computational Imaging

Timothy Sleasman, Mohammadreza F. Imani, Michael Boyarsky, Jonah N. Gollub, and David R. Smith

MM2C.4 Mathematics in Imaging (MATH) 2017 View: PDF

Promoting blindness in structured illumination microscopy

M. Allain

MM3C.1 Mathematics in Imaging (MATH) 2017 View: PDF

Fast reconstruction in blind fluorescence structured illumination microscopy

S. Labouesse, A. Negash, J. Idier, S. Bourguignon, T. Mangeat, P. Liu, A. Sentenac, and M. Allain

MM3C.2 Mathematics in Imaging (MATH) 2017 View: PDF

3D Image Restoration Using Multiple Space-Varying Point Spread Functions

Chrysanthe Preza

MM3C.4 Mathematics in Imaging (MATH) 2017 View: PDF

Total-variation regularized Fourier ptychographic microscopy with multiplexed coded illumination

David Ren, Emrah Bostan, Li-Hao Yeh, and Laura Waller

MM3C.5 Mathematics in Imaging (MATH) 2017 View: PDF

SEAGLE: Robust Computational Imaging under Multiple Scattering

H.-Y. Liu, D. Liu, H. Mansour, P. T. Boufounos, L. Waller, and U. S. Kamilov

MM4C.1 Mathematics in Imaging (MATH) 2017 View: PDF

Inverse Scattering in the Multiple Scattering Regime Using Different Gradient Approximations

Kevin D. Unger, Ting Zhang, Kamal Belkebir, Patrick Chaumet, and Anne Sentenac

MM4C.2 Mathematics in Imaging (MATH) 2017 View: PDF

Focusing of Light Beams through Turbid Media by Feedback-based Wavefront Shaping

Jinxing Pu, Lipeng Wan, Ziyang Chen, and Huiling Huang

MM4C.3 Mathematics in Imaging (MATH) 2017 View: PDF

Focusing of Laser Beams through Scattering Medium by Golden Section Method

Ziyang Chen, Xiansheng Hu, Xuanxuan Ji, and Jixiong Pu

MM4C.4 Mathematics in Imaging (MATH) 2017 View: PDF

Glass Patterns Provide a Litmus Test for the Detection of Dotted Straight Lines in Noise

Godfried T. Toussaint

MM4C.5 Mathematics in Imaging (MATH) 2017 View: PDF

Subwavelength focusing and imaging from the far field using time reversal in subwavelength scaled resonant media

Fabrice Lemoult, Matthieu Dupré, Mathias Fink, and Geoffroy Lerosey

MTh1C.1 Mathematics in Imaging (MATH) 2017 View: PDF

Super-resolution using speckle illumination microscopy

Awoke Negash, Thomas Mangeat, Simon Labouesse, Hugues Giovannini, Kamal Belkebir, Patrick C. Chaumet, Nicolas Sandeau, Renaud Poincloux, Anais Bouïssou, and Anne Sentenac

MTh1C.2 Mathematics in Imaging (MATH) 2017 View: PDF

Image Reconstruction and Uncertainty Quantification in Photoacoustic Tomography

Jenni Tick, Aki Pulkkinen, and Tanja Tarvainen

MTu1C.1 Mathematics in Imaging (MATH) 2017 View: PDF

Multiview Attenuation Computation and Correction

Valentin Debarnot, Jonas Kahn, and Pierre Weiss

MTu1C.2 Mathematics in Imaging (MATH) 2017 View: PDF

Computational model for simulating multifocal imaging in optical projection tomography

Olli Koskela, Birhanu Belay, Sampsa Pursiainen, Edite Figueiras, and Jari Hyttinen

MTu1C.3 Mathematics in Imaging (MATH) 2017 View: PDF

Linear Phase Retrieval in Phase Space

Markus Testorf

MTu2C.1 Mathematics in Imaging (MATH) 2017 View: PDF

Wavefront Shaping Through Scattering Media Using Semi-Definite Programming as a Phase Retrieval Computation Method

Moussa N’Gom, Theodore B. Norris, Eric Michielssen, and Raj Rao Nadakuditi

MTu2C.2 Mathematics in Imaging (MATH) 2017 View: PDF

Image Reconstruction Algorithm for Speckle Noise Reduction of 2-Step Parallel Phase-Shift Digital Holography

Wooyoung Jeong, Kyungchan Son, and Hyunseok Yang

MTu2C.3 Mathematics in Imaging (MATH) 2017 View: PDF

Evolutionary Optimization of Nondiffracting Helicon Beams

Bryce Schroeder, Zhen H. Zhu, Changliang Guo, and Shu Jia

MTu2C.4 Mathematics in Imaging (MATH) 2017 View: PDF

3d Computer Generated Holography by Nonconvex Optimization

Jingzhao Zhang, Nicolas Pégard, Jingshan Zhong, and Laura Waller

MTu2C.5 Mathematics in Imaging (MATH) 2017 View: PDF

What can we learn from the waves scattered off Mie particles trapped in an evanescent field?

Vincent Ginis

MTu3C.1 Mathematics in Imaging (MATH) 2017 View: PDF

MTF as the Fourier Transform of a Pupil-Difference Probability Density

Kevin Liang and Miguel A. Alonso

MTu3C.2 Mathematics in Imaging (MATH) 2017 View: PDF

The Modified Light Sword Lens

Karol Kakarenko, Krzysztof Petelczyc, Andrzej Kolodziejczyk, Michal Miler, Ewelina Kedzierska, Zbigniew Jaroszewicz, and Maciej Sypek

MTu3C.3 Mathematics in Imaging (MATH) 2017 View: PDF

Theoretical Approach of Single Lens Based 3D Imaging Reconstruction and Its Computational Analysis

Guanghua Gong, Hongming Zhang, and Minyu Yao

MTu3C.4 Mathematics in Imaging (MATH) 2017 View: PDF

Focusing Through a Multimode Fiber with Selective Mode Control

Sakshi Singh, Antonio M. Caravaca-Aguirre, and Rafael Piestun

MTu3C.5 Mathematics in Imaging (MATH) 2017 View: PDF

Wide-Field Computational Image Restoration

Michael Hart, Douglas Hope, Stuart Jefferies, and James Nagy

MTu4C.1 Mathematics in Imaging (MATH) 2017 View: PDF

Multiparametric evaluation of the degree of hindlimb ischemia with mathematical model and hemodynamics of ICG

Wenjuan Cai and Jianwen Luo

MTu4C.2 Mathematics in Imaging (MATH) 2017 View: PDF

Infrared Polarimetric Imaging Simulation with Atmospheric Scattering Effects of the Sea Surface

Si He, Xia Wang, Jian’an Liang, and Weiqi Jin

MTu4C.3 Mathematics in Imaging (MATH) 2017 View: PDF

Analytical Study of Long-Modulated Pulsed Lidar for Wind Sensing

Eiichi Yoshikawa and Tomoo Ushio

MTu4C.4 Mathematics in Imaging (MATH) 2017 View: PDF

Kernel Sparse Subspace Clustering with Total Variation Denoising for Hyperspectral Remote Sensing Images

Jorge Bacca, Carlos A. Hinojosa, and Henry Arguello

MTu4C.5 Mathematics in Imaging (MATH) 2017 View: PDF

You Can Have It All – Fast Algorithms for Blind Deconvolution, Self-Calibration, and Demixing

Shuyang Ling and Thomas Strohmer

MW1C.1 Mathematics in Imaging (MATH) 2017 View: PDF

Novel Deconvolution Kernel for Extended Depth-of-Field Microscopy with a High-Speed Deformable Mirror

William J Shain, Nicholas A Vickers, Bennett B Goldberg, Thomas Bifano, and Jerome Mertz

MW1C.2 Mathematics in Imaging (MATH) 2017 View: PDF

Different Aspects of ℓ1,2-Minimization

Axel Flinth

MW1C.3 Mathematics in Imaging (MATH) 2017 View: PDF

Phase Retrieval in Optical Imaging

Yonina Eldar

MW2C.1 Mathematics in Imaging (MATH) 2017 View: PDF

Dictionary based Approach to Edge Detection

Nitish Chandra and Kedar Khare

MW2C.2 Mathematics in Imaging (MATH) 2017 View: PDF

Feature Level Fusion of Gray Dentistry Images using Haar Lifting Wavelet Transform

Jayant Bhardwaj, Abhijit Nayak, and Kulvinder Singh

MW2C.3 Mathematics in Imaging (MATH) 2017 View: PDF

Data-driven Models and Approaches for Imaging

Saiprasad Ravishankar and Jeffrey A. Fessler

MW2C.4 Mathematics in Imaging (MATH) 2017 View: PDF

Smart optical coherence tomography for ultra-deep imaging through highly scattering media

Amaury Badon, Dayan Li, Geoffroy Lerosey, Claude Boccara, Mathias Fink, and Alexandre Aubry

MW3C.1 Mathematics in Imaging (MATH) 2017 View: PDF

Matrix Approach of Eye Optical Imaging

Victor Barolle, Amaury Badon, Claude Boccara, Mathias Fink, Alexandre Aubry, and Kristina Irsch

MW3C.2 Mathematics in Imaging (MATH) 2017 View: PDF

Modeling polarization-sensitive OCT using inverse scattering techniques

Peter Elbau, Leonidas Mindrinos, and Otmar Scherzer

MW3C.3 Mathematics in Imaging (MATH) 2017 View: PDF

Computational high-throughput microscopy using coded illumination

Lei Tian

MW3C.4 Mathematics in Imaging (MATH) 2017 View: PDF

A Few Good Photons: Unmixing to Mitigate High Ambient Light Levels in Active Imaging

Vivek K. Goyal

MW4C.1 Mathematics in Imaging (MATH) 2017 View: PDF

Effects of Geometry on Scattering

Nitish Chandra

MW4C.2 Mathematics in Imaging (MATH) 2017 View: PDF

A General Theory of Talbot-Lau Grating Interferometry with Polychromatic X-Ray Sources

Xizeng Wu, Aimin Yan, and Hong Liu

MW4C.3 Mathematics in Imaging (MATH) 2017 View: PDF

On the use of deep learning techniques for electromagnetic inverse problems

George Barbastathis

MW4C.4 Mathematics in Imaging (MATH) 2017 View: PDF

    • Mathematical Imaging covers mathematical and computational methods for modeling the physics of imaging methods and for providing stable and resolved solutions to the inverse problem of image reconstruction. It captures leading edge fundamental developments in imaging science and has applications in photonics, biomedical imaging, astronomy, and remote sensing.