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Dr.-Ing. Valter Drazic, PhD (KIT Germany) & MSc (Télécom-Physique Strasbourg)

Strong expertise AR/MR optics, Optical systems, Displays, Nano-Photonics, Acquisition Systems, Lightfields, Computer Vision, GPGPU.

  • Home
  • About
  • Current Project
  • Publications
    • PhD
      • FTO-3D et critère de confocalité pour le microscope à balayage, 1993
    • Journal
      • Metagrating solutions for full color single-plate waveguide combiner
      • Experimental observation of microwave jets, Sci. Rep. 2021
      • Near field focusing by edge diffraction, Optics Letters 2018
      • An Image Rendering Pipeline for Focused Plenoptic Cameras, IEEE TCI 2015
      • Optimal design and critical analysis of a high-resolution video plenoptic demonstrator, JEI 2012
      • Confocal Microscopy,1992 JMO
      • Confocal Microscopy, 1992 JOSA A
    • Conference
      • Over-wavelength pitch sized diffraction gratings for augmented reality applications
      • Optical efficiency enhancement of nanojet-based dielectric double-material color splitters for image sensor applications
      • Full color waveguide combiner with embedded metagrating, META 2021
      • High-uniformity SRG coupler for AR headsets, SPIE 2021
      • Edge wave enabled Diffractive Optical Elements for Augmented Reality glasses. SPIE 2021
      • Synthesis of CGH Using MPI Method, IC3D 2020
      • High-uniformity, high-performance double material dielectric diffractive metagratings, META 2020
      • Nanojet-based dielectric multi-material color splitters for image sensor applications. SPIE 2020
      • Influence of an edge height on the diffracted EM field distribution, ICTON 2019
      • Photonic nanojet and multi-material microstructures, META 2019
      • Plenoptic Sensor : Application to Extend Field-of-View ,EUSIPCO 2018
      • Localized photonic jets, ICTON 2018
      • Light-field format, 2017 ICME
      • Plenoptic sub-aperture view, 2016 Eusipco
      • Accurate Disparity Estimation for Plenoptic Images, ECCV 2014
      • Disparity-guided demosaicking of light field images, ICIP 2014
      • Fusion of Kinect and trifocal disparity estimation, 2014 SDA
      • A real-time 3D multi-view rendering from a real-time 3D capture, SID 2013
      • A precise Real-time Stereo Algorithm, IVCNZ 2012
      • Optimal design of a high-resolution video plenoptic camera, IS&T/SPIE 2011
      • Optimal Depth Resolution in Plenoptic Imaging, ICME 2010
  • Contact
  • Links
    • Virtual Breizh
    • Méta Vidéo

About me

Former Principal Scientist at Technicolor R&I (1993-2019) and then at Interdigital R&I (2019-2021)

Strong expertise AR/MR optics, Optical systems, Displays, Nano-Photonics, Acquisition Systems, Lightfields, Computer Vision, GPGPU.

About This Site

This website is dedicated to my professional achievements and logs publications, patents and projects I am working on or I have been implied in.

Expertise

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  • Edge diffraction
  • Photonic nanojet
  • Diffractive grating
  • Depth Estimation
  • near field focusing
  • microlens
  • Plenoptic Cameras
  • Flat optics
  • Lightfields
  • Plenoptic
  • Resolution
  • Raytrix
  • Surface Relief Gratings
  • Disparity
  • Multi-view
  • Calibration
  • GPGPU
  • View demultiplexing
  • Point Spread Function
  • Optical combiner for AR glasses
  • Diffractive Optical Elements
  • Lytro
  • Microscopy
  • 3D imaging
  • Optical Transfer Function
  • Nanojet
  • Sensor
  • Fluorescent microscopy
  • Photonic jet
  • Confocal microscopy
  • OTF-3D
  • OTF
  • FTO-3D
  • Color splitting
  • Subwavelength
  • Diffraction
  • Physical optics
  • Field of view
  • Lightfield
  • Critical height
  • Color splitter
  • Microwave
  • CGH
  • Multi-Layers
  • MPI
  • Fresnel Zone Plate
  • Focal stack
  • Format
  • Rays
  • Optical Imaging
  • Optical Sensors
  • Integrated Optics
  • Adaptive Optics
  • Cameras
  • Refocusing
  • Denoising
  • Kinect
  • Computer Vision
  • Data Fusion
  • Camera Rig
  • FTO
  • Depth-base rendering
  • Refocussing
  • Demosaicking
  • Super-resolution
  • Block-matching
  • Sub-aperture views.
  • Real-time
  • View interpolation
  • Camera
  • High-Resolution
  • Aberration
  • 3D

Linkedin

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  • LinkedIn

Keywords

  • 3D imaging
  • Calibration
  • CGH
  • Color splitter
  • Color splitting
  • Confocal microscopy
  • Critical height
  • Depth Estimation
  • Diffraction
  • Diffractive grating
  • Diffractive Optical Elements
  • Disparity
  • Edge diffraction
  • Field of view
  • Flat optics
  • Fluorescent microscopy
  • FTO-3D
  • GPGPU
  • Lightfield
  • Lightfields
  • Lytro
  • microlens
  • Microscopy
  • Microwave
  • MPI
  • Multi-Layers
  • Multi-view
  • Nanojet
  • near field focusing
  • Optical combiner for AR glasses
  • Optical Transfer Function
  • OTF
  • OTF-3D
  • Photonic jet
  • Photonic nanojet
  • Physical optics
  • Plenoptic
  • Plenoptic Cameras
  • Point Spread Function
  • Raytrix
  • Resolution
  • Sensor
  • Subwavelength
  • Surface Relief Gratings
  • View demultiplexing

Tag: FTO-3D

Fonctions de transfert optique tridimensionnelles et critère de confocalité pour le microscope à balayage

Fonctions de transfert optique tridimensionnelles et critère de confocalité pour le microscope à balayage

“Fonctions de transfert optique tridimensionnelles et critère de confocalité pour le microscope à balayage“, PhD Thesis for the grade of Dr.-Ing. From the Karlsruhe Institut of Technology. Thesis defense on April, 27th 1993, Publication June, 11th 1993 Verlag Shaker, Aachen 1993. ISBN 3-8611-603-0

DOWNLOAD PhD Thesis

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