Modern Digital Approaches to Care Technologies for Individuals With Disabilities

Modern Digital Approaches to Care Technologies for Individuals With Disabilities

Pages: 300
DOI: 10.4018/979-8-3693-7560-0
ISBN13: 9798369375600|ISBN13 Softcover: 9798369375617|EISBN13: 9798369375624
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Description & Coverage
Description:

Description:

Empowering Abilities" introduces a sensible, modern and intelligent perspective on leveraging smart and digital technologies for the care of people with impairments. This creative strategy aims to enhance the quality of life of individual with disabilities by integrating cutting-edge solutions that are smart, modern and intelligent. Through the incorporation of digital technologies, the initiative seeks to provide a comprehensive and efficient care system that is customised to fit the specific requirements of people with disabilities by utilising digital technology. The program envisions a more inclusive and supportive environment, fostering independence and improving overall well-being through the seamless integration of smart care technology. A modern smart and digital approach to handicapped care technology involves state-of-the-art technological developments to enhance the quality of life, independence, and safety of individuals with disabilities. This book must be helpful to individual with disabilities for their day to day endeavours. Few areas are explained as follows.

1. Smart Home Integration: It is very challenging for the individuals with disabilities to use this utility at home who are almost required every day in day to day life. For example ON and OFF the lights, controlling temperature of AC, locking and opening doors and in an emergency, even calling for help. Using smart home technology allows them to achieve this using voice commands or mobile applications.

2. Wearable Devices: Wearable devices equipped with sensors are able to track vital signs, detect falls, and track movement patterns. These devices can alert caregivers or emergency services in case of a medical emergency or carers.

3. Assistive Robotics: : With the use of robotic technology, people with impairments can get physical assistance with things like dressing, eating, moving around, and taking care of themselves. These robots can be controlled via voice commands or customized interfaces to suit the user's needs.

4. Augmented and Virtual Reality (AVR): These technologies can offer immersive experiences that simulate real-world surroundings or offer virtual training for people with impairments. This can be especially beneficial for rehabilitation therapy, skill development, and leisure activities…

5. Remote Monitoring and Telehealth: Through telehealth platforms, individuals with disabilities can get in touch with medical specialists remotely for consultations, monitoring of chronic conditions, medication management, and mental health assistance via telehealth platforms. Remote monitoring devices can transmit data in real-time, enabling pre-emptive intervention when necessary

6. Innovative communication tools: Voice recognition, predictive text, and customisable interfaces on advanced communication tools let people with speech and movement disabilities communicate and engage more effectively with others.

7. Accessibility Features in Digital Platforms: The integration of accessibility elements into digital platforms, such as websites, mobile applications, and software, ensures that guarantees unimpeded can access information, services, and entertainment without barriers. This includes features like screen readers, voice commands, text resizing, and color contrast modifications fall under this category

8. Data Analytics and Artificial Intelligence (AI): AI systems can recognise trends, data collected from innumerable sensors and devices, detect patterns, predict potential issues, and personalize care plans for individuals with disabilities. AI-powered solutions may offer wise automate repetitive tasks and provide smart assistance based on the user's preferences and habits.

9. Community Engagement Platforms: Digital platforms may help people with facilitate to individual with disabilities, social connections and community, allowing them to take part in virtual events, join support groups, and access resources tailored to meet their unique needs and interests.

10. Cyber security and Privacy Measures: Given the sensitive nature of personal health data, robust cyber security standards and privacy safeguards must be implemented to protect the confidentiality and integrity of information collected through smart and digital care technologies..

All things considered, a modern smart and digital approach to assistive technology places a premium, inclusivity, and personalized support, allowing people with disabilities to lead fulfilling and independent lives while receiving the assistance they require.

Impact:

"Empowering Abilities" is profound, leading in a transformative era in handicapped care technology. By adopting a contemporary, smart, and digital strategy, this effort has the potential to revolutionize the landscape of disability support. The integration of cutting-edge technologies promises enhanced accessibility, autonomy, and improved an overall quality of life for individuals with disabilities. . It strives to reduce obstacles and promote inclusion by streamlining care procedures, enhance communication, and providing targeted support via smart solutions. Ultimately, the influence of this effort goes beyond individual empowerment, contributing to a more compassionate and technologically advanced society that appreciates and promotes the capacities of all people. If we can help people with disabilities, it has significant impact on society. Few of them are explained as follows.

.

Better Quality of Life: By providing individuals with disabilities more freedom and control over their surroundings, smart and digital technologies enhance their quality of life. Having access to adaptive communication tools, remote monitoring, and assistive technology can empower individuals to participate more fully in daily activities and social interactions.

Enhanced Safety and Security: Smart home integration, wearable devices, and assistive robotics contribute to the safety and security of individuals with disabilities by detecting emergencies and providing timely assistance. This reduces the risk of mishaps and guarantees quick action in the event of a medical emergency.

Enhanced Independence: Digital technologies People with impairments may now carry out things independently that they may have previously relied on carer assistance. Smart home automation, wearable devices, and adaptive communication tools all encourage independence and autonomy, nurturing a sense of empowerment and dignity.

Efficient Caregiving: Smart and digital technology help carers benefit from smart and digital technologies by in advance access to real-time data and the ability to monitor them remotely. This permits them to provide more targeted and proactive care, reduce the burden of constant supervision, and allocate their time, maximises the use of their time and resources

Financial Savings: Intelligent and digital technology for the care of the disabled can save costs for people, families, and healthcare systems by encouraging independent living and reducing the need for institutional care. Through the decrease of hospital stays and emergency room visits, preventative monitoring and personalized care plans also contribute to lower long-term costs. This proposed work will be helpful in different area including Innovation and Customization, Social Inclusion and Community Engagement. However a modern smart and digital approach to handicapped care technology has the potential to transform the lives of individuals with disabilities, promote independence, and drive positive outcomes across healthcare systems and society.

Audience:

1. Healthcare professionals (physicians, nurses, therapists)

2. Support personnel and carers

3. Organizations that provide care and assistance for people with disabilities, technology developers and inventors in the healthcare organizations.

4. Policymakers and legislators involved in healthcare and disability rights

5. Institutions of higher learning and research institutions focusing on healthcare technology

6. Insurance providers eager to embrace innovations in the field of disability care

7. Government agencies responsible for healthcare.

8. Individuals with disabilities and their families looking for better ways to get advanced care solutions

9. Rehabilitation centers and clinics

10. Assistive technology manufacturers and suppliers.

Coverage:
Coverage forthcoming
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Editor/Author Biographies
Snehal Rathi received a Ph.D. degree in Computer Engineering from Vishwakarma University, Pune in 2022. She is presently working as an assistant professor in the Computer Engineering department at Vishwakarma Institute of Information Technology, Pune. She has 20 years of teaching experience. She has taught multiple subjects, including Data Structures, Data Mining and Machine Learning. Her research interest includes machine learning, deep learning, soft computing and human-computer interaction.
Parikshit Mahalle is a senior member IEEE and is Professor, Head of Department of Artificial Intelligence and Data Science at Vishwakarma Institute of Information Technology, Pune, India. He completed his Ph. D from Aalborg University, Denmark and continued as Post Doc Researcher at CMI, Copenhagen, Denmark. He has 23 + years of teaching and research experience. He is a member of the Board of Studies in Computer Engineering, Ex-Chairman Information Technology, Savitribai Phule Pune University and various Universities and autonomous colleges across India. He has 12 patents, 200+ research publications (Google Scholar citations-2500 plus, H index-23 and Scopus Citations are 1300 plus with H index -16, Web of Science H index - 10) and authored/edited 50+ books with Springer, CRC Press, Cambridge University Press, etc. He is editor in chief for IGI Global –International Journal of Rough Sets and Data Analysis, Inter-science International Journal of Grid and Utility Computing, member-Editorial Review Board for IGI Global – International Journal of Ambient Computing and Intelligence and reviewer for various journals and conferences of the repute. His research interests are Machine Learning, Data Science, Algorithms, Internet of Things, Identity Management and Security. He is guiding 8 PhD students in the area of IoT and machine learning and recently, FIVE students have successfully defended their PhD under his supervision. He is also the recipient of “Best Faculty Award” by Sinhgad Institutes and Cognizant Technologies Solutions. He has delivered 200 plus lectures at national and international level.
Dr. Sudeep D. Thepade
Ph. D. (Computer Engineering), M.E. (Computer Engg.), B.E. Computer
Dean Quality Assurance, Professor, Computer Engg.
Pimpri Chinchwad College of Engineering, Pune
Research Interest: Image Processing, Video Processing, Multimedia Retrieval, Biometric Analysis
sudeepthepade@gmail.com, sudeep.thepade@pccoepune.org

Responsibility at University Level:
• Chairman Board of Studies – IT SPPU (Jul 2023 to Aug 2027)
• Member Board of Faculty,
Science and Technology SPPU, Pune (Nov 2018 to Aug 2022)
• Member Board of Studies -IT SPPU, Pune (Oct 2018 to Aug 2022)
Responsibility at College Level:
• Dean Quality Assurance
• Ph.D. Coordinator, Research Center Comp.Engg., PCCoE
• PG Coordinator, ME Computer Engg., PCCoE
• Incharge College Rankings Awards Publicity Committee, PCCoE
Research Publications : Total : 332
International Journals : 164 (with a Best Paper Award & 03 Editor’s Choice Awards)
National Journals : 05
International Conferences : 133 (Seven Best Paper Awards & Two Invited Papers)
National Conferences : 21 (with a Second Best Paper Award)

Mrs. Pranali Gajanan Chavhan is Assistant Professor, Computer Engineering at Vishwakarma Institute of Information Technology, Pune, India. I am pursuing Ph.D. from VIIT, Pune, completed post-graduation from Smt. Kashibai Navale College of Engineering, Wadgaon, Pune with 8.47CGPA, graduation from Bhivarabai Sawant Institute of Tech & Research, Wagholi, Pune with 61.8% and completed Diploma in Computer Engineering from Govt.Residential Women’s Polytechnic, Yavatmal with 68.76%. She has 6 + years of teaching experience. She has two patents, 13+ researches. Her research interests are Machine Learning, Algorithms and Internet of Things.

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