Khaled Rabie is a reader at the Department of Engineering at Manchester Metropolitan University, UK. He is a senior member of the Institute of Electrical and Electronics Engineers (IEEE), a fellow of the UK Higher Education Academy and a fellow of the European Alliance for Innovation (EAI). He is an area editor of IEEE Wireless Communications Letters and an editor of IEEE Internet of Things Magazine.Chandran Karthik is an associate professor of Mechatronics Engineering at Jyothi Engineering College, India. He is a member of the Association for Computing Machinery (ACM), the ACM Special Interest Group on Computer Human Interaction (SIGCHI), and a senior member in IEEE, member in the IEEE Robotics and Automation Society. His research interests include medical robots, sensors, automation, machine learning and artificial intelligence-based optimization for robotics design.Subrata Chowdhury is with the Sreenivasa Institute of Technology and Management Studies, Chittoor, Andhra Pradesh, India. He has edited five books in association with the CRC Press and others. He has published more than 50 articles in international and reputed journals. His research interests include data mining, big data, machine learning, quantum computing, fuzzy logic, AI, edge computing, swarm intelligence, and healthcare. He is also an IEEE member.Pushan Kumar Dutta is an assistant professor at Amity University Kolkata with experience in book editing, proofreading, and research publication. He has published in IEEE conference and Scopus journals. He received the Best Young Faculty in Engineering award from Venus International Foundation Awards (2018) and the Young Researcher Award from IOSRD, India (2018). He is a senior member of IEEE and IET. His research interests include AI, machine ethics, and intelligent systems for biomedical applications.

• Chapter 1: Diagnosing and imaging in oral pathology by use of artificial intelligence and deep learningChapter 2: Oral implantology with artificial intelligence and applications of image analysis by deep learningChapter 3: Review of machine learning algorithms for breast and lung cancer detectionChapter 4: Deep learning for streamlining medical image processingChapter 5: Comparative analysis of lumpy skin disease detection using deep learning modelsChapter 6: Can AI-powered imaging be a replacement for radiologists?Chapter 7: Healthcare multimedia data analysis algorithms tools and techniquesChapter 8: Empirical mode fusion of MRI-PET images using deep convolutional neural networksChapter 9: A convolutional neural network for scoring of sleep stages from raw single-channel EEG signalsChapter 10: Fundamentals, limitations, and the prospects of deep learning for biomedical image analysisChapter 11: Impact of machine learning and deep learning in medical image analysisChapter 12: Systemic review of deep learning techniques for high-dimensional medical image fusionChapter 13: Qualitative perception of a deep learning model in connection with malaria disease classificationChapter 14: Analysis of preperimetric glaucoma using a deep learning classifier and CNN layer-automated perimetryChapter 15: Deep learning applications in ophthalmology - computer-aided diagnosisChapter 16: Brain tumor analyses adopting a deep learning classifier based on glioma, meningioma, and pituitary parametersChapter 17: Deep learning method on X-ray image super-resolution based on residual mode encoder-decoder networkChapter 18: Melanoma skin cancer analysis using convolutional neural networks-based deep learning classificationChapter 19: Deep learning applications in ophthalmology and computer-aided diagnosticsChapter 20: Deep learning for biomedical image analysis in place of fundamentals, limitations, and prospects of deep learning for biomedical image analysis

Khaled Rabie is a reader at the Department of Engineering at Manchester Metropolitan University, UK. He is a senior member of the Institute of Electrical and Electronics Engineers (IEEE), a fellow of the UK Higher Education Academy and a fellow of the European Alliance for Innovation (EAI). He is an area editor of IEEE Wireless Communications Letters and an editor of IEEE Internet of Things Magazine.Chandran Karthik is an associate professor of Mechatronics Engineering at Jyothi Engineering College, India. He is a member of the Association for Computing Machinery (ACM), the ACM Special Interest Group on Computer Human Interaction (SIGCHI), and a senior member in IEEE, member in the IEEE Robotics and Automation Society. His research interests include medical robots, sensors, automation, machine learning and artificial intelligence-based optimization for robotics design.Subrata Chowdhury is with the Sreenivasa Institute of Technology and Management Studies, Chittoor, Andhra Pradesh, India. He has edited five books in association with the CRC Press and others. He has published more than 50 articles in international and reputed journals. His research interests include data mining, big data, machine learning, quantum computing, fuzzy logic, AI, edge computing, swarm intelligence, and healthcare. He is also an IEEE member.Pushan Kumar Dutta is an assistant professor at Amity University Kolkata with experience in book editing, proofreading, and research publication. He has published in IEEE conference and Scopus journals. He received the Best Young Faculty in Engineering award from Venus International Foundation Awards (2018) and the Young Researcher Award from IOSRD, India (2018). He is a senior member of IEEE and IET. His research interests include AI, machine ethics, and intelligent systems for biomedical applications.

• Chapter 1: Diagnosing and imaging in oral pathology by use of artificial intelligence and deep learningChapter 2: Oral implantology with artificial intelligence and applications of image analysis by deep learningChapter 3: Review of machine learning algorithms for breast and lung cancer detectionChapter 4: Deep learning for streamlining medical image processingChapter 5: Comparative analysis of lumpy skin disease detection using deep learning modelsChapter 6: Can AI-powered imaging be a replacement for radiologists?Chapter 7: Healthcare multimedia data analysis algorithms tools and techniquesChapter 8: Empirical mode fusion of MRI-PET images using deep convolutional neural networksChapter 9: A convolutional neural network for scoring of sleep stages from raw single-channel EEG signalsChapter 10: Fundamentals, limitations, and the prospects of deep learning for biomedical image analysisChapter 11: Impact of machine learning and deep learning in medical image analysisChapter 12: Systemic review of deep learning techniques for high-dimensional medical image fusionChapter 13: Qualitative perception of a deep learning model in connection with malaria disease classificationChapter 14: Analysis of preperimetric glaucoma using a deep learning classifier and CNN layer-automated perimetryChapter 15: Deep learning applications in ophthalmology - computer-aided diagnosisChapter 16: Brain tumor analyses adopting a deep learning classifier based on glioma, meningioma, and pituitary parametersChapter 17: Deep learning method on X-ray image super-resolution based on residual mode encoder-decoder networkChapter 18: Melanoma skin cancer analysis using convolutional neural networks-based deep learning classificationChapter 19: Deep learning applications in ophthalmology and computer-aided diagnosticsChapter 20: Deep learning for biomedical image analysis in place of fundamentals, limitations, and prospects of deep learning for biomedical image analysis

Khaled Rabie is a reader at the Department of Engineering at Manchester Metropolitan University, UK. He is a senior member of the Institute of Electrical and Electronics Engineers (IEEE), a fellow of the UK Higher Education Academy and a fellow of the European Alliance for Innovation (EAI). He is an area editor of IEEE Wireless Communications Letters and an editor of IEEE Internet of Things Magazine.Chandran Karthik is an associate professor of Mechatronics Engineering at Jyothi Engineering College, India. He is a member of the Association for Computing Machinery (ACM), the ACM Special Interest Group on Computer Human Interaction (SIGCHI), and a senior member in IEEE, member in the IEEE Robotics and Automation Society. His research interests include medical robots, sensors, automation, machine learning and artificial intelligence-based optimization for robotics design.Subrata Chowdhury is with the Sreenivasa Institute of Technology and Management Studies, Chittoor, Andhra Pradesh, India. He has edited five books in association with the CRC Press and others. He has published more than 50 articles in international and reputed journals. His research interests include data mining, big data, machine learning, quantum computing, fuzzy logic, AI, edge computing, swarm intelligence, and healthcare. He is also an IEEE member.Pushan Kumar Dutta is an assistant professor at Amity University Kolkata with experience in book editing, proofreading, and research publication. He has published in IEEE conference and Scopus journals. He received the Best Young Faculty in Engineering award from Venus International Foundation Awards (2018) and the Young Researcher Award from IOSRD, India (2018). He is a senior member of IEEE and IET. His research interests include AI, machine ethics, and intelligent systems for biomedical applications.

• Chapter 1: Diagnosing and imaging in oral pathology by use of artificial intelligence and deep learningChapter 2: Oral implantology with artificial intelligence and applications of image analysis by deep learningChapter 3: Review of machine learning algorithms for breast and lung cancer detectionChapter 4: Deep learning for streamlining medical image processingChapter 5: Comparative analysis of lumpy skin disease detection using deep learning modelsChapter 6: Can AI-powered imaging be a replacement for radiologists?Chapter 7: Healthcare multimedia data analysis algorithms tools and techniquesChapter 8: Empirical mode fusion of MRI-PET images using deep convolutional neural networksChapter 9: A convolutional neural network for scoring of sleep stages from raw single-channel EEG signalsChapter 10: Fundamentals, limitations, and the prospects of deep learning for biomedical image analysisChapter 11: Impact of machine learning and deep learning in medical image analysisChapter 12: Systemic review of deep learning techniques for high-dimensional medical image fusionChapter 13: Qualitative perception of a deep learning model in connection with malaria disease classificationChapter 14: Analysis of preperimetric glaucoma using a deep learning classifier and CNN layer-automated perimetryChapter 15: Deep learning applications in ophthalmology - computer-aided diagnosisChapter 16: Brain tumor analyses adopting a deep learning classifier based on glioma, meningioma, and pituitary parametersChapter 17: Deep learning method on X-ray image super-resolution based on residual mode encoder-decoder networkChapter 18: Melanoma skin cancer analysis using convolutional neural networks-based deep learning classificationChapter 19: Deep learning applications in ophthalmology and computer-aided diagnosticsChapter 20: Deep learning for biomedical image analysis in place of fundamentals, limitations, and prospects of deep learning for biomedical image analysis