9th International Conference on ICT for Sustainable Development

Authors - Mohan K. Warbhe, Purva Chaudhari, Palash Gourshettiwar, Prateek Verma, Swapnil Gundewar
Abstract - The development of 3D reconstruction technology in recent years has been nothing short of revolutionary, changing the way we interact with digital content, view spatial surroundings, and approach challenging problems in a variety of industries. This research explores the extensive applications of 3D reconstruction in a variety of domains, including as engineering, architecture, healthcare, entertainment, environmental monitoring, cultural heritage protection, and scientific research. In the medical domain, complex 3D reconstruction techniques provide medical practitioners with accurate anatomical models that aid in diagnosis, surgical planning, and patient-specific therapy planning. Similar to this, in engineering and manufacturing, quick prototyping and simplified product design procedures promote creativity and increase competitiveness internationally. Immersive 3D reconstructions are a vital tool for sustainable development initiatives and educated decision-making in urban planning and architectural visualization. In the meanwhile, efforts to preserve cultural heritage use 3D reconstruction to share and preserve historical artefacts, enhancing learning opportunities and promoting cultural awareness. The entertainment sector uses 3D reconstruction to create breath-taking visual effects and immersive settings that push the boundaries of gaming and storytelling. Furthermore, by improving resource management, disaster planning, and conservation activities, improved reconstructions are essential to environmental monitoring and disaster response operations. The progress made in 3D reconstruction is driving forward societal trends and igniting the development of novel technology across a range of industries. By realizing its potential, we may foster a more dynamic environment, advance progress, and unleash the potential of creativity.