When a part of the body becomes paralyzed, it sometimes even loses its feeling of touch. Multiple sclerosis, severe or lateral stroke, spinal cord injuries, and other conditions are common causes of paralysis. Moreover, disorders or trauma to the nervous system may disrupt the nerve signals that reach the extremities, resulting in paralysis. The goal of this proposed effort is to reinvent the treatment of paralysis by utilizing innovative approaches that integrate medical aid with technology gadgets. Serious issues with everyday living arise from paralysis, which impairs a person's movement, comfort, and general quality of life. The initiative created technologies to install a lighting and fan control system in a stroke hospital, enhancing patient comfort and ease of access while maximizing care. Microcontroller-based circuits are a key component of the system that helps these patients. In addition, patients can operate it with their hands, and medical professionals can view the information on an LCD screen.

Keywords:Paralysis, Healthcare, Automation, Smart Technology, Accessibility, Rehabilitation

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1. Sayali A Bhurke, Prajakta A Jadhav, Amruta P Erudkar, Nayana S Palekar, Snehal B Jadhav, and M. A. Pardesi, “An IoT Based Paralysis Patient Healthcare System for Home Automation” published in the International Journal of Applied Research in 2021.
2. V.S. Ravi Kumar, Dr. B. Ravichandran, Dr. B. Sivaraju, and Dr. P. S. Suresh, “IoT Based Smart Home for Paralyzed Patients through Eye Blink’’ published in the World Academy of Research in Science and Engineering in 2021.
3. K. Meena, A. K. Meena, K. K. Meena,and A. K. Meena, “IoT Based Smart Home for Paralyzed Patients” published in the International Journal of Engineering and Applied Sciences in 2021.S. S. Jadhav, S. S. Patil, S. M. Sayyad, and A. V. Patil, “IoT Based Smart Home for Paralyzed Patients using Raspberry Pi” published in the International Journal of Engineering Research and Technology in 2022.
4. S. Chavan, S. S. Jadhav, S. M. Sayyad, and A. V. Patil, “IoT Based Smart Home Automation System for Paralyzed Patients” published in the International Journal of Recent Technology and Engineering in 2022
5. Srinivasan L, Selvaraj D, Dhinakaran D, Anish TP. IoT-Based solution for paraplegic sufferer to send signals to physician via internet. arXiv preprint arXiv:2304.10840. 2023 Apr 21.
6. Jadhav PA, Jadhav SB, Erudkar AP, Bhurke SA, Palekar NS. An IoT Based Approach in Paralysis Patient Healthcare System. International Journal of Engineering Applied Sciences and Technology.;6:238-45.
7. Annepu V, AL-Tamimi AN, Aljibori HS, Challa NR, Bagadi K, Mohammed MN, Abdullah OI, Alfiras M, Helmi RA. Implementation of an Efficient IoT Enabled Automated Paralysis Healthcare System. In2023 IEEE 8th International Conference on Engineering Technologies and Applied Sciences (ICETAS) 2023 Oct 25 (pp. 1-6). IEEE.
8. Raykarmakar K, Harrison S, Das A. MIoT: Paralyzed Patient Healthcare. InMedical Internet of Things 2021 Oct 28 (pp. 161-173). Chapman and Hall/CRC.
9. Haneesh L, Ajay S, Varuna WR. Monitoring Paralysis Patients Using IoT. Journal of Data Acquisition and Processing. 2023;38(2):2708.
10. Mohamed Musthafa PK, Kuzhuvelil JA, Kanimozhi G, Samikannu R. Intelligent Health Care Assisting System for Paralyzed Patients. Smart Grids as Cyber Physical Systems: Smart Grids Paving the Way to Smart Cities. 2024 May 21;2:313-30.

When a part of the body becomes paralyzed, it sometimes even loses its feeling of touch. Multiple sclerosis, severe or lateral stroke, spinal cord injuries, and other conditions are common causes of paralysis. Moreover, disorders or trauma to the nervous system may disrupt the nerve signals that reach the extremities, resulting in paralysis. The goal of this proposed effort is to reinvent the treatment of paralysis by utilizing innovative approaches that integrate medical aid with technology gadgets. Serious issues with everyday living arise from paralysis, which impairs a person's movement, comfort, and general quality of life. The initiative created technologies to install a lighting and fan control system in a stroke hospital, enhancing patient comfort and ease of access while maximizing care. Microcontroller-based circuits are a key component of the system that helps these patients. In addition, patients can operate it with their hands, and medical professionals can view the information on an LCD screen.

Keywords:Paralysis, Healthcare, Automation, Smart Technology, Accessibility, Rehabilitation

🔒 This is a subscription article

Full text is available to subscribers and institutional members. Please choose an option below to access it.

1. Sayali A Bhurke, Prajakta A Jadhav, Amruta P Erudkar, Nayana S Palekar, Snehal B Jadhav, and M. A. Pardesi, “An IoT Based Paralysis Patient Healthcare System for Home Automation” published in the International Journal of Applied Research in 2021.
2. V.S. Ravi Kumar, Dr. B. Ravichandran, Dr. B. Sivaraju, and Dr. P. S. Suresh, “IoT Based Smart Home for Paralyzed Patients through Eye Blink’’ published in the World Academy of Research in Science and Engineering in 2021.
3. K. Meena, A. K. Meena, K. K. Meena,and A. K. Meena, “IoT Based Smart Home for Paralyzed Patients” published in the International Journal of Engineering and Applied Sciences in 2021.S. S. Jadhav, S. S. Patil, S. M. Sayyad, and A. V. Patil, “IoT Based Smart Home for Paralyzed Patients using Raspberry Pi” published in the International Journal of Engineering Research and Technology in 2022.
4. S. Chavan, S. S. Jadhav, S. M. Sayyad, and A. V. Patil, “IoT Based Smart Home Automation System for Paralyzed Patients” published in the International Journal of Recent Technology and Engineering in 2022
5. Srinivasan L, Selvaraj D, Dhinakaran D, Anish TP. IoT-Based solution for paraplegic sufferer to send signals to physician via internet. arXiv preprint arXiv:2304.10840. 2023 Apr 21.
6. Jadhav PA, Jadhav SB, Erudkar AP, Bhurke SA, Palekar NS. An IoT Based Approach in Paralysis Patient Healthcare System. International Journal of Engineering Applied Sciences and Technology.;6:238-45.
7. Annepu V, AL-Tamimi AN, Aljibori HS, Challa NR, Bagadi K, Mohammed MN, Abdullah OI, Alfiras M, Helmi RA. Implementation of an Efficient IoT Enabled Automated Paralysis Healthcare System. In2023 IEEE 8th International Conference on Engineering Technologies and Applied Sciences (ICETAS) 2023 Oct 25 (pp. 1-6). IEEE.
8. Raykarmakar K, Harrison S, Das A. MIoT: Paralyzed Patient Healthcare. InMedical Internet of Things 2021 Oct 28 (pp. 161-173). Chapman and Hall/CRC.
9. Haneesh L, Ajay S, Varuna WR. Monitoring Paralysis Patients Using IoT. Journal of Data Acquisition and Processing. 2023;38(2):2708.
10. Mohamed Musthafa PK, Kuzhuvelil JA, Kanimozhi G, Samikannu R. Intelligent Health Care Assisting System for Paralyzed Patients. Smart Grids as Cyber Physical Systems: Smart Grids Paving the Way to Smart Cities. 2024 May 21;2:313-30.