Overview

Advanced Imaging Applications for Interdisciplinary Engineering is a multidisciplinary exploration of the applications of A.I based imaging technologies and predictive modelling across nanotechnology, quantum imaging, and environmental science. It covers AI-based image analysis and machine learning applications and innovations in nanoparticle-enhanced diagnostic imaging across modalities such as MRI, CT, and ultrasound. The book also explores quantum imaging techniques, including entanglement-based and ghost imaging, alongside applied computational models for tasks like air quality forecasting. Additional contributions include AI-driven traffic surveillance, image enhancement methods, and blockchain-based healthcare systems for secure data management. The final sections address environmental studies, including waste analysis and groundwater contamination assessment. Overall, the volume bridges theory and real-world applications across healthcare, environmental monitoring, and intelligent systems. Key Features: -Multidisciplinary coverage spanning artificial intelligence, nanotechnology, quantum imaging, and environmental science. -Detailed insights into advanced imaging techniques, including CT, MRI, PET/SPECT, and quantum imaging methods. -Integrated perspectives on machine learning models for predictive analytics, image enhancement, and environmental forecasting. -Explores blockchain-based healthcare frameworks for secure and interoperable data management. -Combines theoretical foundations with practical case studies and real-world applications to provide experimental analysis across medical diagnostics, environmental monitoring, and infrastructure surveillance.

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