08:00–08:10

Opening

08:10–09:00

Keynote: Optical Compressive Multidimensional Sensing​

Adrian Stern

Ben-Gurion University, Israel

09:00–10:00

Lecture session 1: Light field sensing

Light Field Sensing and Content Creation

Reinhard Koch

Multimedia Information Processing group, Christian-Albrechts Universität Kiel, Germany

Near Real-time Light Field Reconstruction and Rendering for On-set Capture Quality Evaluation

Matthias Ziegler¹, Mojtaba Bemana², Joachim Keinert¹, Karol Myszkowski²

¹Fraunhofer Institute for Integrated Circuits, Moving Picture Technologies, Erlangen, Germany; ²Max Planck Institute for Informatics, Computer Graphics, Saarbrücken, Germany

Creation of 360° Light Fields Using Concentric Mosaics with Varying Slit Widths

Sebastian Knorr, Matthias Knoblauch, Thomas Sikora

Communication Systems Group, Technical University of Berlin, Germany

10:00–10:30

Coffee break

10:30–11:20

Keynote: Radon Transform for Practical Light Field Imaging

Todor Georgiev

Adobe, USA

11:20–12:20

Lecture session 2: Light field processing

Light Field Sampling and Reconstruction

Atanas Gotchev

3D Media Group, Tampere University, Finland

Interactive Light Field Tilt-Shift Refocus with Generalized Shift-and-Sum

Martin Alain, Weston Aenchbacher, Aljosa Smolic

V-SENSE Project, Trinity College, Dublin, Ireland

A Novel Depth Adaptive Tone Mapping Scheme for Multi-View 3D HDR Content Generation

Mansi Sharma¹, M. S. Venkatesh², Rohan Lal¹

Indian Institute of Technology Madras¹, Delhi², India

12:20–13:20

Lunch break

13:20–14:20

Lecture session 3: Light field display

Towards end-to-end solutions for capturing, authoring and displaying wide light-field content

Tibor Balogh

Holografika, Hungary

Some Practical Aspects of Light Field Display Systems

Philip Surman

Nanyang Technological University, Singapore

Design and characterization of light field displays based on retinal image formation models

Erdem Sahin

3D Media Group, Tampere University, Finland

14:20–14:50

Coffee break

14:50–16:00

Poster session 1

Preserving Scene Fidelity by Computer Vision and Geometrical Optics Based on Raw Captures

Yongwei Li

Realistic 3D Group, Mid Sweden University, Sweden

FiMic: Fourier Plane Integral Microscope, a Light-Field Microscope and Its Applications

Gabriele Scrofani

University of Valencia, Spain

Temporal Resolution of the Human Visual System and Light Field Displays

Maydel Fernandez-Alonso

Newcastle University, UK

Opportunities and Challenges for Light Field Compression with Video Coding Tools

Waqas Ahmad

Realistic 3D Group, Mid Sweden University, Sweden

Tone Mapping on HoloVizio projector images

Oleksii Doronin

Holografika, Hungary

Plenoptic Image Watermarking: A Robust Approach

Amir Ansari

University of Valencia, Spain

Rectification Algorithm of Curvilinear Epipolar Geometry for Scene Depth Retrieval in Plenoptic Imaging Systems

Mehdi Ardebili

Raytrix, Germany

Light-Field 3D Videoconferencing

Aron Cserkaszky

Holografika, Hungary

Batch ST: Batch Shearlet Transform for Light Field Reconstruction

Yuan Gao

Christian-Albrechts-Universität Kiel, Germany

Full 3D Reconstruction using Multi-Focus Plenoptic Cameras

Luca Palmieri

Christian-Albrechts-Universität Kiel, Hungary

Lightfield Editing for Cinema Quality Media Production

Faezeh S. Zakeri

Moving Picture Technologies, Fraunhover IIS, Germany

Spatial contrast sensitivity at high luminance: data and modeling

Christos Kaspiris-Rouselli, Adam Simmons and Jenny C. A. Read

Institute of Neuroscience, Newcastle University, UK

CIVIT Dataset: Horizontal-Parallax-Only Densely-Sampled Light-Fields

Sergio Moreschini

3D Media Group, Tampere University, Finland

CIVIT Dataset: Stereoscopic 3D-360 videos of typical media production use cases

Filipe Gama

3D Media Group, Tampere University, Finland

19:00–21:00

Dinner

21:00–22:00

Welcome drinks

14:00–15:00

Lunch break

15:00–16:20

Lecture session 4: Light field compression

Light Field Modelling and Compression, and Augmented Telepresence for Remote Operation

Mårten Sjöström

Realistic 3D Group, Mid Sweden University, Sweden

Camera Array Depth Estimation for Views in Generic Positions

Emre Can KAYA, Ioan TABUS

Tampere University, Finland

3D Point Cloud Geometry Compression using TSPLVQ

Amira Filali, Vincent Ricordel, Nicolas Normand

LS2N Laboratory, Nantes University, France

Rate-complexity trade-off in Minimum Rate Predictors Light Field lossless encoding

João M. Santos, Pedro A. A. Assuncao, Luis A. da Silva Cruz, Luis M. N. Tavora, Rui Fonseca-Pinto, Sergio M. M. Faria

Instituto de Telecomunicacoes; ESTG - Instituto Politecnico de Leiria, Leiria, Portugal

16:20–16:50

Coffee break

16:50–17:50

Poster session 2

Multi-User Augmented Reality Application for Video Communication in Virtual Space

Kumar Mridul, M. Ramanathan, Kunal Ahirwar, Mansi Sharma

Indian Institute of Technology, Madras, India

Visually Lossless Compression of Light Fields

Lucas A. Thomaz et al. 

Instituto de Telecomunicacoes, Portugal

Photogrammetric Multiple Camera Calibration Using a Robotic Arm

Laura Ribeiro, Atanas Gotchev

3D Media Group, Tampere University, Finland

The Mechanisms for Depth Perception from Light Fields: A Review

Yuta Miyanishi

3D Media Group, Tampere University, Finland

Characterization of Accommodation Response in Foveated Near-Eye Holographic Displays

Jani Mäkinen, Erdem Sahin, Atanas Gotchev

3D Media Group, Tampere University, Finland

A Forest Landscape for Visual SLAM

Ihtisham Ali

3D Media Group, Tampere University, Finland

Surface light field coding for dynamic 3D point clouds

Deepa Naik, Sebastian Schwarz

Nokia Technologies, Finland

Using Epipolar Plane Image Representations for Objective Evaluation of Light Field Images

Ali Ak, Patrick Le Callet

University of Nantes, France

Multiframe kernel based view interpolation for light field video

Dingcheng Yue

University of Cambridge, UK

Light Field Datasets for Visual Quality Assessment and New Challenges: An Overview

Waqas Ellahi, Toinon Vigier, Patrick Le Callet

University of Nantes, France

A Novel Convex Autoregressive Model for Light Field Denoising on Riemannian Space

Mansi Sharma, Rohan Lal

Indian Institute of Technology, Madras, India

Edge Reconstruction Method to Improve Depth Estimation from Light Fields

Rui Lourenco, Pedro A. A. Assuncao, Luis M. N. Tavora, Lucas A. Thomaz, Rui Fonseca-Pinto, Sergio M. M. Faria

Instituto de Telecomunicacoes; ESTG - Instituto Politecnico de Leiria, Leiria, Portugal

19:30–21:30

Dinner

08:00–09:20

Lecture session 5: Optics and Vision

The human visual system and novel displays

Jenny Read

Institute of Neuroscience, Newcastle University, UK

Lightfield microscopy. From capture to display.

Manuel Martinez Coral

3D Imaging and Display Laboratory, University of Valencia, Spain

A Software Framework for RGB-D Image Formation Using Focused Plenoptic Cameras

Arne Petersen, Reinhard Koch

Multimedia Information Processing group, Christian-Albrechts-Universität Kiel, Germany

Virtually Transparent Dynamic Obstacles in Heavy Mobile Work Machines

Olli Suominen

3D Media Group, Tampere University, Finland

09:20–10:00

Interactive session