Mohammad Rafiq Swash

Papers

Total Citations

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About

Dr. Mohammad Rafiq Swash is a leading researcher in the field of holoscopic 3D imaging, a technology that mimics the compound eye of a fly to capture full-color, spatial images using a single aperture camera. His work focuses on advancing integral imaging techniques, particularly through the development of portable and accessible hardware. Notably, Dr. Swash pioneered the "Portable holoscopic 3D camera adaptor for Raspberry Pi," demonstrating a low-cost, open-source approach to 3D capture that has garnered 3 citations and opened doors for educational and hobbyist applications. His major contributions extend to computational methods for 3D depth estimation, where he introduced innovative algorithms to extract depth information from a single holoscopic 3D image, as detailed in his 2017 papers (each cited 2–3 times). These techniques leverage elemental image analysis to reconstruct optical 3D models, offering a simpler alternative to traditional multi-camera systems. Dr. Swash’s work has been recognized for its potential to democratize 3D imaging, making it more practical for fields like robotics, medical imaging, and virtual reality. His ongoing research continues to push the boundaries of holoscopic technology, with a focus on real-time depth estimation and compact camera designs.