Titlebook: Digital Molecular Magnetic Resonance Imaging; Bamidele O. Awojoyogbe,Michael O. Dada Book 2024 The Editor(s) (if applicable) and The Autho

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Computational Molecular Magnetic Resonance Fingerprinting in Digital Health,he molecular level with special application to digital health. Digital health design can be likened to complex systems and are often dominated by large numbers of processes. For example, when deviations occur in normal human system, human disease conditions are produced. Understanding these processe

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General Conclusion, (NeRFs) are one such invention that makes use of a neural network to understand the distribution of light and density within a scene, allowing for the production of photorealistic renderings from any angle. NeRFs may be able to overcome obstacles like occlusion and oversimplification, opening the d

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Democratizing Access to Magnetic Resonance Imaging: Capacity Building in Quantum Computing,uting, an entirely new way of processing information, when combined with AI, has the potential, without exaggeration, to bring about a new computing revolution. The field of AI, particularly machine learning, is poised to experience a significant leap forward due to quantum computing. This advanceme

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Salman Shehzada,Kazufumi Mochizukita can now be safely transferred between platforms. The tremendous transformation that will take healthcare to the next level will be led by cloud-based digital health solutions that exchange data. By enabling people to track their health and giving doctors easy access to patient data, digital healt

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