Call for Papers

The workshop covers a broad spectrum of topics: multidimensional signal and data processing, visual computing, optics and visual neuroscience. We warmly welcome researchers from these fields to participate at ELFI 2024. The workshop provides an opportunity for fruitful discussions and feedback on researchers’ ideas and results.

The workshop topics include, but are not limited to:

• Visual scene sensing and content creation: multi-modal scene capture and reconstruction techniques, multi-camera and multi-sensor settings, volumetric video capture, omni-directional image and video capture, computational plenoptic cameras, light field and holographic capture and modelling, coherent tomography.
• Models and methods for light field data processing: multi-view image processing, light field representation and parameterization, 3D mesh, texture, point, and volume-based representations, holographic representations, conversion between different scene representations, noise reduction and super-resolution of light fields, light field compression for human and computer vision applications, depth and motion. estimation and analysis, efficient computing architectures for light field processing, new technologies and tools for media production, mixing of virtual and real worlds, noise modeling and denoising of point clouds, machine learning models for inverse problems with rich imaging modalities, mobile computational plenoptics.
• Vision and visualization: virtual camera systems, light field display technologies for representation and recreation of visual scenes, perceptual modelling and optimization of computational light field displays, holographic display technologies, full parallax systems, computational displays, integral imaging techniques, quality of experience, multimodal experience, interaction with visual content, visual attention, emotional effects, real-time view interpolation for various light field displays.
• Applications: VR/AR/MR systems, virtual studios, realistic tele-immersion and remote collaboration, light field imaging in virtual heritage and virtual archaeology, immersive and interactive technologies for safety-critical, and medical and biomedical applications, headset removal for gaze contact in XR applications, augmented telepresence for interactive remote actions.