Natural Language Processing for Healthcare

Dr. Laxmi Shaw is a Postdoctoral Scholar at Texas State University, specializing in adversarial machine learning, large language models, and healthcare fraud analytics. She previously volunteered as a Senior Postdoctoral Researcher at UT Austin’s Dell Medical School, focusing on predictive biomarker modeling and inflammation detection using HPC. With over six years of industry and research experience at Samsung R&D and Carrier Corporation, her expertise includes AI-driven product development, IoT analytics, and digital twin modeling. She earned her Ph.D. in Electrical Engineering with a specialization in Artificial Intelligence and Machine Learning from the prestigious Indian Institute of Technology (IIT) Kharagpur, India. She also holds a Master of Technology (M.Tech) in Instrumentation and Electronics Engineering from Jadavpur University, and a Bachelor of Engineering (B.E.) in Electronics and Instrumentation Engineering from Sambalpur University, Odisha. She has authored three books and over 35 peer-reviewed papers on AI/ML security, EEG processing, IoT anomaly detection, and GPU-accelerated healthcare analytics. A Senior IEEE member and award-winning researcher, she actively reviews for leading journals and is committed to ethical, explainable, and secure AI, especially in healthcare and adversarial contexts. Dr. Shubham Mahajan is an academic and researcher, member of IEEE, ACM, and IAENG. He earned a B.Tech from Baba Ghulam Shah Badshah University, an M.Tech from Chandigarh University, and a PhD from Shri Mata Vaishno Devi University. He is currently Assistant Professor at Amity University, Haryana. His research spans artificial intelligence and image processing, including video compression, image segmentation, fuzzy entropy, nature-inspired optimization, data mining, machine learning, robotics, and optical communications. He holds patents internationally and has published widely in high-impact venues; he has edited several Scopus-indexed books. He has received multiple awards for research excellence and travel support from IEEE, among others. He has served as IEEE Campus Ambassador at premier institutes and promotes international collaborations. He participates in technical program committees and editorial boards for conferences and journals, shaping discourse in AI and image processing.Dr. Kamal Upreti is an Associate Professor of Computer Science at CHRIST (Deemed to be University), Ghaziabad. He holds , a Ph.D. in Computer Science & Engineering, and a postdoctoral fellowship at National Taipei University of Business, Taiwan, funded by MHRD.With teaching, research, and industry exposure, he has produced numerous patents and publications. His interests span modern physics, data analytics, cybersecurity, ML, healthcare, embedded systems, and cloud computing. Notable projects include Hydrastore in Japan, IPDS in India, and an ICMR-funded cardiovascular-prediction project with GB Pant and AIIMS Delhi. Dr. Upreti serves as session chair, keynote speaker, trainer, and faculty developer, and has been honored as Best Teacher, Best Researcher, and an M.Tech Gold Medalist.

• Section I: Foundations of NLP in Healthcare1. The Digital Health Revolution: Natural Language Processing Technologies Reshaping Patient Care and Medical Documentation2. Large Language Models and Generative AI in Healthcare: Multimodal Intelligence, Clinical Integration, and the Future of Medical Practice3. Navigating the Utility of Generative Artificial Intelligence in Healthcare Delivery4. GENERATIVE ARTIFICIAL INTELLIGENCE IN MEDICINESection II: Core Technologies and Approaches5. Advancing Patient Care with Conversational AI: Applications, Challenges, and Future Directions6. The Voice Revolution in Medicine: Reshaping Clinical Workflows with Voice Assistants and Speech Recognition7. MACHINES THAT UNDERSTAND ILLNESS: Natural Language Processing based hospital kiosk systems8. Telehealth Workspaces for Healthcare ProvidersSection III: Applications and Case Studies9. AI-Driven Innovations in Infectious Disease Detection and Control10. Depression Identification from Social Media using n-gram based Deep Neural Network11. HeaLytix: Comparative Analysis of Classification Algorithms and Deep Learning Optimizers For Cardiac Disease Detection12. 3D U-Net based Segmentation of Liver Vessels from Computed Tomography Images13. Revolutionizing Patient Care with Digital Twins: A Smart Healthcare PerspectiveSection IV: Global, Ethical, and Technical Challenges14. Legal And Regulatory Compliance In Digital Twin - Enabled Healthcare15. Multilingual NLP, Personalisation, and Global Health16. AI for Multilingual, Human Centered Personalization, and Public Health17. Data Privacy, Security, and Ethics in Medical NLP18. Federated Learning, Explainability, and the Road Ahead