Join us on a literary world trip!
Add this book to bookshelf
Grey
Write a new comment Default profile 50px
Grey
Subscribe to read the full book or read the first pages for free!
All characters reduced
Mastering AI for Healthcare - Revolutionizing Patient Care and Outcomes Through Hands-on AI-Driven Solutions - cover

Mastering AI for Healthcare - Revolutionizing Patient Care and Outcomes Through Hands-on AI-Driven Solutions

Nilashis Roy, Romita Ghosh

Publisher: Orange Education Pvt Ltd

  • 0
  • 0
  • 0

Summary

Harness AI-led Revolution to Deliver Smarter, Faster, and Better Healthcare.Key Features● Comprehensive coverage of AI tools, use cases, and strategies in healthcare● Real-world examples from telemedicine, diagnostics, and EHR systems● Thoughtful exploration of AI ethics, adoption barriers, and future directionsBook DescriptionArtificial Intelligence is rapidly becoming indispensable in modern healthcare—reshaping how we diagnose, treat, and deliver care. Mastering AI for Healthcare offers a clear, structured journey through this transformation, helping readers understand the critical role AI plays in improving clinical outcomes and operational efficiency.The book begins with foundational AI concepts tailored for healthcare professionals, establishing a solid base in machine learning, neural networks, and data science. It then guides readers through practical applications across the care continuum—exploring how predictive analytics can forecast disease risks, how AI powers telemedicine and remote monitoring systems, and how it enhances clinical decision-making through smarter, data-driven EHR systems. Each chapter builds with real-world examples, case studies, and implementation frameworks, offering clarity on emerging tools like computer vision for diagnostics, personalized treatment algorithms, and intelligent automation in hospital workflows.Whether you're a healthcare professional, researcher, or policymaker, this book provides the insights you need to stay ahead in a tech-driven world. Don’t get left behind—embrace the tools shaping the future of medicine and lead the change with confidence.What you will learn● Grasp essential AI concepts and their relevance to healthcare systems● Apply predictive analytics to real-world patient and clinical scenarios● Utilize AI in telehealth, remote monitoring, and digital health platforms● Strengthen decision-making through AI-powered EHR and clinical support● Interpret AI-driven diagnostic tools and imaging technologies● Recognize ethical, legal, and operational challenges in AI integrationTable of Contents1. Introducing AI in Healthcare2. AI Fundamentals for Healthcare3. Predictive Analysis in Healthcare4. Artificial Intelligence in Telemedicine Remote Patient Monitoring5. AI in Clinical Decision Support and Electronic Health Record6. Imaging and Diagnosis Using AI7. Challenges and Limitations of AI in Healthcare8. Future of AI in Healthcare     IndexAbout the AuthorsNilashis Roy is a seasoned AI Scientist with a strong background in R&D, IT, Marketing, and Operations. He excels in leveraging the power of Data Analytics and Artificial Intelligence to lead digital transformation, especially in the healthcare sector. His expertise lies in analyzing trends and deriving valuable insights to enhance patient outcomes and revolutionize the healthcare industry.Romita Ghosh is a passionate healthcare innovator on a mission to address unmet clinical needs and create lasting social impact. Her journey—rooted in personal resilience—began in 1998 after surviving a life-threatening illness. Since then, she has impacted over a million lives through her work at the intersection of health and technology, earning honors such as the Women Transforming India Award 2021.
Available since: 04/30/2025.
Print length: 278 pages.

Other books that might interest you

  • What Do Bees Think About? - cover

    What Do Bees Think About?

    Mathieu Lihoreau

    • 0
    • 0
    • 0
    Explore the mind of a bee and learn what drives its behavior. 
     
     
     
    Have you ever observed a bee up close and wondered what was going on inside its head? Like ours, insects' brains take up most of the space in their heads, but their brains are smaller than a grain of rice, only 0.0002% as large as ours. But what purpose does the insect brain serve, and how does that drive their creativity, morality, and emotions? 
     
     
     
    Bees in particular exhibit unexpected and fascinating cognitive skills. In What Do Bees Think About? animal cognition researcher Mathieu Lihoreau examines a century of research into insect evolution and behavior. He explains recent scientific discoveries, recounts researchers' anecdotes, and reflects on the cognition of these fascinating creatures. Lihoreau's and other scientists' research on insects reinforces the importance of protecting and preserving insects such as bees: after all, our survival on the planet is deeply dependent on theirs. This book provides an eye-opening window into the world of insect cognition and echoes an important ecological message about bees—they are intelligent creatures sharing the same fragile ecosystem as us.
    Show book
  • Ultimate Google Professional Cloud Architect Certification Guide - Build Real-World Enterprise-Ready Solutions on Google Cloud Platform and Ace the Google Professional Cloud Architect Exam - cover

    Ultimate Google Professional...

    Shounak Acharya

    • 0
    • 0
    • 0
    Architect Google Cloud Solutions That Go Beyond Certification
    Key Features? Master core GCP services, including Compute, Storage, and Networking.? Apply GCP design patterns to real-world enterprise architecture.? Prepare with exam-focused guidance, diagrams, and case scenarios.
    Book Description
    In today’s cloud-first world, the Google Cloud Professional Cloud Architect certification stands as one of the most respected credentials in enterprise IT. Ultimate Google Professional Cloud Architect Certification Guide is your companion to achieving that goal.
    This book goes far beyond exam preparation. It is a hands-on, real-world companion that walks you through every architectural decision-making point you will face on Google Cloud Platform (GCP). You will begin with the building blocks, such as Compute Engine, Autoscaling, Load Balancing, and Storage. From there, you will navigate through advanced networking, managed services like App Engine, and orchestration, using Google Kubernetes Engine (GKE).
    Table of Contents
    1. GCP Compute Engine
    2. Autoscaling and Load Balancing
    3. GCP Storage Infrastructure (Block, File, and Object)
    4. GCP Networking
    5. Introduction to Managed Services on GCP and App Engine
    6. Google Kubernetes Engine
    7. Serverless Google Run Functions and Google Cloud Run
    8. Introduction to Asynchronous Communication in GCP
    9. Databases in GCP Overview
    10. Relational, NoSQL, and Caching Databases
    11. Authentication with Google Cloud IAM
    12. Exploring IAM, Project Organization, and Encryption
    13. Exploring Data Warehousing and Data Lifecycle on GCP
    14. Google Cloud Operations Suite
    15. Agile, DevOps, SRE, SDLC, and Other Important GCP Topics       
    
    Index
    Show book
  • Rocket Science Made Simple - A Beginner's Guide to the Wonders of Space Exploration - cover

    Rocket Science Made Simple - A...

    Virversity Online Courses

    • 0
    • 0
    • 0
    Embark on a cosmic journey with our comprehensive online course in rocket science and space exploration. Designed for all, from beginners to enthusiasts, it offers insights into the principles and technologies that power rockets. Gain a foundational understanding of rocket concepts, explore rocketry's history, learn the physics of propulsion, and uncover design and material aspects of various rockets. Understand complex launch processes, satellite deployment, tackle challenges, and explore future innovations.
     
    Start with an introduction to rocket science, followed by the history of rocketry to learn about key milestones. Dive into the basic physics of rocketry, covering the forces and motions governing rockets. Learn about rocket propulsion and explore different rocket designs and uses. Discover the significance of materials in rocket construction, and explore key components in Rocket Anatomy.
     
    The course delves into orbital mechanics, explaining how orbits work, and the rocket launch process, providing a detailed guide. Learn about the strategic importance of satellite deployment and examine common challenges in the industry. Finally, explore the future innovations and technologies set to redefine rocket science.
     
    By the end, you'll have a robust understanding of rocket science and an enriched perspective on its role in advancing human exploration and technology, transforming your view on human interaction with the cosmos.
    Show book
  • Medical Ethics - Complex Decisions in Healthcare - cover

    Medical Ethics - Complex...

    Ava Westwood

    • 0
    • 0
    • 0
    Medical ethics is the backbone of modern healthcare, ensuring that medical professionals navigate complex decisions with integrity, compassion, and fairness. It establishes the moral principles that guide patient care, medical research, and public health policies, preventing harm and promoting trust in the healthcare system. Without ethical guidelines, advancements in medicine could lead to exploitation, inequities, and violations of human rights, undermining the fundamental purpose of healthcare. 
    The principles of medical ethics—autonomy, beneficence, non-maleficence, and justice—form the foundation of ethical decision-making in medicine. Autonomy protects a patient’s right to make informed choices about their own healthcare, emphasizing the importance of consent. Beneficence compels medical professionals to act in the best interests of their patients, while non-maleficence ensures that harm is minimized. Justice mandates fair and equal treatment for all patients, addressing issues of healthcare access and resource distribution. These principles help balance the rights of individuals with the broader responsibilities of medical institutions and practitioners. 
    Historical failures in medical ethics serve as stark reminders of what happens when ethical principles are ignored. The Tuskegee Syphilis Study, in which African American men were denied proper treatment for syphilis without their knowledge, remains one of the most egregious violations of patient rights. Similarly, the case of Henrietta Lacks, whose cells were taken without consent and used for groundbreaking research, highlights ethical concerns surrounding patient autonomy and medical consent. These cases have driven reforms in medical ethics, leading to stricter regulations and the establishment of review boards to oversee research practices.
    Show book
  • Harmonic Healing: Transform Stress and Anxiety with Soothing Solfeggio Frequencies - Calm Your Mind Balance Your Body and Embrace the Healing Power of Sound - cover

    Harmonic Healing: Transform...

    Soothing Solfeggio Frequencies

    • 0
    • 0
    • 0
    The energy in our bodies is connected to the unlimited energy of the universe itself. When we are stressed and living with chronic anxiety, our autonomic nervous system (ANS) is usually out of balance, disconnected, and stuck in a 'fight or flight' mode. This can cause a range of long-term physical and mental health problems. 
     
    
    
    The harmonic frequencies in this premium audiobook are specifically designed to calm the autonomic nervous system and put you on a 'rest, relax and repair' mode where the mind can still and the body can begin to heal. This is especially good for alleviating anxiety, overthinking, insomnia, and chronic pain.
     
    
     
    As you listen, allow the pure tones to penetrate deep into your consciousness, facilitating a profound emotional cleansing and spiritual awakening. This audiobook is an invitation to let go of the negative vibrations that hold you back and step into a more mindful and centered version of yourself. Quality headphones are highly recommended for best results. Thanks for listening and your support!
     
    
     
    Keywords: Healing Music, Deep Sleep, Stress Relief, Meditation Music, Relaxation, Sleep Sounds, Soothing Music, Restful Sleep, Sleep Therapy, Calming Music, Inner Peace, Mindfulness, Sleep Aid, Relaxing Sounds, Insomnia Relief, Meditation Aid, Peaceful Sleep, Anxiety Relief, Sleep Meditation, Sound Therapy, Deep Relaxation, Sleep Healing, Zen Music, Wellness, Sleep Better, Nighttime Relaxation, Holistic Healing, Serene Sleep, Mind-Body Harmony, Tranquil Sleep
    Show book
  • Myology - Muscles in Motion: The Science of Human Movement - cover

    Myology - Muscles in Motion: The...

    Mike Crawford

    • 0
    • 0
    • 0
    Myology is the scientific study of muscles, their structure, function, and role in movement. Muscles are fundamental to human life, enabling everything from basic motions such as breathing and walking to complex athletic performances. Without muscles, the human body would be incapable of movement, stability, or even essential functions such as circulation and digestion. Understanding myology provides valuable insight into how the body operates, adapts, and responds to physical demands. 
    The importance of studying muscles extends beyond movement. Myology is crucial in various fields, including medicine, sports science, physical therapy, and rehabilitation. Muscle health affects overall well-being, influencing strength, endurance, posture, and even metabolic function. For athletes, understanding muscle mechanics helps optimize performance and prevent injuries. In the medical field, myology plays a key role in diagnosing and treating muscular disorders, ranging from simple strains to complex neuromuscular diseases. 
    The study of muscles dates back thousands of years. Ancient Greek physicians, including Hippocrates and Galen, laid the groundwork for myology, describing muscle function in relation to human anatomy. Leonardo da Vinci’s anatomical drawings provided further insights into muscle structure and movement. As medical knowledge advanced, scientists discovered the microscopic components of muscles, leading to a deeper understanding of their biochemical and physiological properties. Today, modern technology, such as electromyography (EMG) and imaging techniques, allows researchers to study muscle function in greater detail than ever before.
    Show book