In this project, 15 early stage researchers (ESRs) will be recruited by the beneficiaries. All ESRs will be registered in Joint or Double degree doctoral programmes.
The ESRs will work towards their double or joint doctoral degrees. They will also focus their research on following topics:
- ESR1: Perceptual Modeling and Optimization of Computational Light Field Displays
- ESR2: Wavefront Coding for Computational Plenoptic Cameras
- ESR3: Noise Modeling and Denoising of Heterogeneous Point Clouds
- ESR4: Real-time View Interpolation with Distributed Heterogeneous Computing
- ESR5: Learning Algorithms for Inverse Problems with New Imaging Modalities
- ESR6: Sensing and Reconstruction of Plenoptic Point Clouds
- ESR7: Spherical light field representation and reconstruction from omnidirectional imagery
- ESR8: Headset Removal for Gaze Contact in XR Applications
- ESR9: Gated Experts Compression of Light Field Video
- ESR10: Noise Reduction and Super-resolution for Light Field Video
- ESR11: Augmented Telepresence for Interactive Remote Actions
- ESR12: Representation and Compression of Multi-sensor Video for Combined Human and Computer Vision Applications
- ESR13: Dimension Reduction of Deep Network Models for Mobile Computational Plenoptics
- ESR14: 4D Biospeckle Optical Coherence Tomography
- ESR15: Analysis and Compression of Dynamic Speckle