#computationalimaging search results
Via #OPG_Optica: Whole-field, high-resolution Fourier ptychography with neural pupil engineering bit.ly/4ohshB8 #ComputationalImaging #FourierPtychographicMicroscopy @Tsinghua_Uni
Great news, IEEE Transactions on Computational Imaging (TCI) have been assigned its first impact factor: 4.546! Congrats @ieeeimaging @mujdatcetin #TCI #Imaging #ComputationalImaging #jcr2019
For #SpotlightSunday view this Spotlight Analysis by Shakil Rehman of Compact DUV reflective Fourier ptychographic microscopy for high-throughput surface measurements bit.ly/4gCanGd #SpotlightOnOptics #ComputationalImaging
New exciting collaboration with @njdurr on developing a diffuser-based computational imaging funduscope. arxiv.org/abs/2002.11911 #computationalimaging #biophotonics
We are excited to announce that Prof. Ender Konukoglu will chair the second session "Machine Vision" of our symposium! #machinelearning #machinevision #computationalimaging #artificialintelligence #neurosurgery #usz #ethzurich #micnlab
Via #OPG_JOSA_A: Analysis of the allowable maximum amplitude of random jitter in computational ghost imaging opg.optica.org/josaa/fulltext… #ComputationalImaging
Excited to attend the @SPIEtweets Defense+ Commercial Sensing conference #SPIEDCS in Orlando, FL. Thank you for the invitation to speak. See you on May 2nd, 1.20pm, Naples#2, #ComputationalImaging #PhotonCounting #XRay Spectral and Phase Imaging.
Excited to announce PRISM — a probabilistic, robust inverse solver using measurement‑conditioned diffusion priors for blind inverse problems. Link: arxiv.org/abs/2509.16106. Big thanks to my students & collaborators for the great work! #ComputationalImaging #GenerativeAI
Via #OSA_Optica: Super-resolution imaging for sub-IR frequencies based on total internal reflection ow.ly/fYYH50DhHJ9 #ComputationalImaging @UniofExeter
via #OSA_JOSA_A: Phase retrieval with complexity guidance ow.ly/RhWg30nqi6D #ComputationalImaging #PhaseRetrieval
Via #OSA_Optica: Sparse decomposition light-field microscopy for high speed imaging of neuronal activity ow.ly/5D5Y50C4WMW #ComputationalImaging @MIT
Thrilled to be presenting with such an elite group of speakers at the 3rd Personalized Medicine @fusionconf in Puerto Vallarta, Mexico, May 30-June 2nd, 2019. Discussing advancements in #AI and #ComputationalImaging for #PrecisionOncology.
Was honored to present ongoing work in #computationalimaging and #precisionmedicine @CCIPD_Case @CWRUBME at @cwru President Synder's house last month.
Check out our latest work on #ComputationalImaging, introducing a new unified framework for Data and Image Priors Integration for Image Reconstruction (DIPIIR "Deep-peer") using Consensus Equilibrium. Impressive results on CT and MR. @IEEEimaging @BU_ece arxiv.org/abs/2009.00092
This week I'll be talking at the workshop on #computationalimaging at the @ima_umn. Looking forward to the many interesting talks! Excited to see @ieeeimaging people, with whom I usually only talk over email. Who's going to be there?
A Review from #OSA_Optica: On the use of deep learning for computational imaging ow.ly/Hoxu50vlJey #ComputationalImaging #DeepLearning @InnovateUCLA
Congratulations Joshua Rapp (BU PhD ECE ’20) for winning the 2020 IEEE SPS Young Author Best Paper Award. Read about Josh's novel computational imaging methods described in this paper here: bit.ly/3mCMCQB @ProfessorGoyal @IEEEsps #lidar #computationalimaging #CISE
Had a wonderful time visiting @supertracyteach's STEM classes @NMS_Rangers middle school as a part of @ORNL's Engineers Week. Met many motivated and curious students and talked to them about engineering and #ComputationalImaging. #EngineersWeek #STEMeducation.
An Editors' Pick from #OSA_Continuum: Computational through-wall imaging using a dynamic metasurface antenna ow.ly/Gvdv50xEego #ComputationalImaging @DukeU
Как это работает: 1️⃣ AD — находит зоны линзы с лучшей фокусировкой. 2️⃣ AF — усиливает их для точного схода лучей. 3️⃣ NALD — перенаправляет остальные без потери чёткости. Результат — умная оптика, где “внимание” делает изображение сверхточным. #Photonics #ComputationalImaging
How it works: 1️⃣ AD – finds lens regions that best converge light. 2️⃣ AF – fine-tunes them for precise focus. 3️⃣ NALD – defocuses the rest without losing high-frequency info. Result: compact, high-resolution optics guided by “attention.” #Photonics #ComputationalImaging
New paper: “Provably Accelerated Imaging with Restarted Inertia & Score‑based Image Priors” — we prove FASTER convergence under general score priors! arxiv.org/abs/2510.07470. Big thanks to my postdoc Deliang and collaborators Marien & Julien! #ComputationalImaging
Excited to announce PRISM — a probabilistic, robust inverse solver using measurement‑conditioned diffusion priors for blind inverse problems. Link: arxiv.org/abs/2509.16106. Big thanks to my students & collaborators for the great work! #ComputationalImaging #GenerativeAI
Join us for our Oct. 8 webinar on optimizing inspection and lighting strategies with computational imaging. #visionsystemsdesign has the details: bit.ly/3IN3ntw. #machinevision #computationalimaging #automatedinspection #machinevisionlighting #visionsystem
For #SpotlightSunday view this Spotlight Analysis by Shakil Rehman of Compact DUV reflective Fourier ptychographic microscopy for high-throughput surface measurements bit.ly/4gCanGd #SpotlightOnOptics #ComputationalImaging
Visiting #MICCAI2025 in Daejeon? 🚀 We’re looking for a Senior Research Engineer (Computational Imaging)! Stop by the #Tomocube booth and let’s talk. 👉 tomocube.com/about_career/79 #ComputationalImaging #Optics #Hiring #Holotomography #Inverseproblem #Regularization #CT
Thrilled to announce our Nature Methods paper is out! 🚀 kHz 3D imaging with SLIM → >1,000 vols/s, applied across living systems. nature.com/articles/s4159… #NatureMethods #microscopy #computationalimaging
Computational imaging is redefining what cameras can do. From autonomous vehicles to medical diagnostics, AI-driven imaging systems can sense, predict, and act in real time. Watch here: youtu.be/qddW_W891Ww #ComputationalImaging #AIImaging
youtube.com
YouTube
Beyond the Pixel The Computational Imaging Revolution Transforming...
Computational imaging is redefining what cameras can do. From autonomous vehicles to medical diagnostics, AI-driven imaging systems can sense, predict, and act in real time. Watch here: youtu.be/qddW_W891Ww #ComputationalImaging #AIImaging
youtube.com
YouTube
Beyond the Pixel The Computational Imaging Revolution Transforming...
Via #OPG_OL: Metasurface-enabled miniaturized quantitative phase imaging system bit.ly/3UMsMWM #ComputationalImaging #PhaseImaging @2024_HUST
Via #OPG_BOEx: Scattering reduced imaging of spheroids via refractive index estimation and shift-variant deconvolution bit.ly/45DJOwE #ComputationalImaging #DeepLearning #ConfocalLaserScanningMicroscopy
#upbcampus Honored to host Prof. Mirabela Rusu from @Stanford. Inspiring talks, lab visits & future collaborations sparked across #MRI, #computationalimaging, #datafusion & #Histology & identified several joint cooperations and #studentexchange opportunities for #PhD researchers.
🏝️See you in Hawaii! #ICCV2025 #ComputationalImaging #ComputerVision #MedicalImaging
Via #OPG_Optica: Computational imaging with meta-optics bit.ly/44zTZR3 #OpticalNeuralSystems #ComputationalImaging @UW
🇬🇧 Postdoctoral Researcher in Computational Imaging ☑️ Heriot-Watt University, Edinburgh ☑️ 💻 Develop algorithms for radio astronomy and medical imaging 📝 Apply by July 8, youtube.com/post/Ugkx6USbh… #PostdoctoralResearcher #ComputationalImaging #RadioAstronomy #MedicalImaging
🚀 Stay updated with the latest in computational imaging! Follow us on LinkedIn for news, paper highlights, and updates from IEEE Transactions on Computational Imaging. 🔗 Connect here: linkedin.com/company/ieee-t… #ComputationalImaging #IEEE #TCI #Research
via #OSA_JOSA_A: Phase retrieval with complexity guidance ow.ly/RhWg30nqi6D #ComputationalImaging #PhaseRetrieval
Great news, IEEE Transactions on Computational Imaging (TCI) have been assigned its first impact factor: 4.546! Congrats @ieeeimaging @mujdatcetin #TCI #Imaging #ComputationalImaging #jcr2019
A Review from #OSA_Optica: On the use of deep learning for computational imaging ow.ly/Hoxu50vlJey #ComputationalImaging #DeepLearning @InnovateUCLA
Via #OSA_Optica: Super-resolution imaging for sub-IR frequencies based on total internal reflection ow.ly/fYYH50DhHJ9 #ComputationalImaging @UniofExeter
For #SpotlightSunday view this Spotlight Analysis by Shakil Rehman of Compact DUV reflective Fourier ptychographic microscopy for high-throughput surface measurements bit.ly/4gCanGd #SpotlightOnOptics #ComputationalImaging
Via #OSA_Optica: Sparse decomposition light-field microscopy for high speed imaging of neuronal activity ow.ly/5D5Y50C4WMW #ComputationalImaging @MIT
A New Discussion paper from #OSA_JOSA_A: Two improved defocus quantitative phase imaging methods ow.ly/QtYM50xu0RJ #PhaseImaging #ComputationalImaging @GeorgiaTech
Via #OPG_JOSA_A: Analysis of the allowable maximum amplitude of random jitter in computational ghost imaging opg.optica.org/josaa/fulltext… #ComputationalImaging
Excited to attend the @SPIEtweets Defense+ Commercial Sensing conference #SPIEDCS in Orlando, FL. Thank you for the invitation to speak. See you on May 2nd, 1.20pm, Naples#2, #ComputationalImaging #PhotonCounting #XRay Spectral and Phase Imaging.
Via #OPG_Optica: Whole-field, high-resolution Fourier ptychography with neural pupil engineering bit.ly/4ohshB8 #ComputationalImaging #FourierPtychographicMicroscopy @Tsinghua_Uni
Via #OPG_Optica: Self-evolving ghost imaging ow.ly/Al4t50Gzeqa #ComputationalImaging #Scattering @UTSEngage
Was honored to present ongoing work in #computationalimaging and #precisionmedicine @CCIPD_Case @CWRUBME at @cwru President Synder's house last month.
Via #OPG_JOSA_B: Compressed sensing in photonics: tutorial ow.ly/41kG50Mmbwa @JohnsHopkins #ComputationalImaging #SignalProcessing
An Editors' Pick via #OSA_JOSA_A: Vector wave simulation of active imaging through random media ow.ly/aXj150zJzHr #ComputationalImaging @UCF
Via #OSA_Optica: Motion deblurring using spatiotemporal phase aperture coding ow.ly/Ntwg50CaqUR #Photography #ComputationalImaging @TelAvivUni
Computational imaging without a computer: seeing through random diffusers at the speed of light elight.springeropen.com/articles/10.11… @eLight2021 @SpringerNature @UCLAengineering @cnsiatucla #ComputationalImaging #DeepLearningOptics
An Editors' Pick from #OSA_Continuum: Computational through-wall imaging using a dynamic metasurface antenna ow.ly/Gvdv50xEego #ComputationalImaging @DukeU
We are excited to announce that Prof. Ender Konukoglu will chair the second session "Machine Vision" of our symposium! #machinelearning #machinevision #computationalimaging #artificialintelligence #neurosurgery #usz #ethzurich #micnlab
An Editors' Pick from #OSA_OL: Computational endoscopy—a framework for improving spatial resolution in fiber bundle imaging ow.ly/fMsZ50vsYfs #ComputationalImaging #FiberBundle @RutgersU
Single-Pixel Imaging with Origami #PatternConstruction mdpi.com/1424-8220/19/2… #singlepixelimaging #computationalimaging #compressedsensing #ghostimaging
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