Immersive Virtual

Immersive virtual environments (IVEs) aim to create realistic and engaging virtual experiences, primarily focusing on enhancing user interaction and presence. Current research emphasizes improving visual fidelity through techniques like novel stereo video synthesis and efficient volumetric video representation, often employing deep learning models with attention mechanisms and Gaussian-based approaches for real-time rendering. These advancements are driving applications in diverse fields, including stroke rehabilitation, lunar exploration, and interactive education, highlighting IVEs' potential to revolutionize training, therapy, and human-computer interaction.