Advanced Method of MOB-I App Used for Medical and Agriculture

Advanced Method of MOB-I App Used for Medical and Agriculture

Jenifer Mahilraj, Josephine Sahaya Vergin, Vidhyavathi Ramasamy, Nooriya Begam, Joseph Sahayarayan, Sivaram Ponnusamy
DOI: 10.4018/978-1-6684-8306-0.ch004
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Abstract

Over the past few years India has a significant rise in mobile applications. The development of apps for remote work, education, and healthcare has dramatically increased. Applications for cloud meetings, food delivery, gaming, business, social media, healthcare, and fitness are being downloaded by more users. The prevalence of smart phones, increased internet usage, and the incorporation of artificial intelligence and machine learning into mobile applications all suggest that demand for mobile will continue to increase in the future (apps). The importance of AI and ML in application development will rise over time. The aforementioned software is moreover generally acquired from app store websites like the Google Play Store and the App Store for any mobile OS. This chapter provides mobile intelligent applications (MOB-I App) are used to developing based on a model of AI for the human needs to their day-to-day life of their situation. A brief overview of some of the intelligent applications employed in the fields of medical and agriculture.
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Literature Review

Primary preventive strategies, such as vaccination, are receiving more and more attention due to the increased use of digital technology in healthcare. This review aimed to describe and evaluate existing digital health initiatives that encourage HPV vaccination among adolescents and their parents and to provide recommendations for how such programs could be improved. Factors including HPV-related information, talks about immunization, and vaccination intentions all improved due to the treatments (Choi et al., 2023). Smart homes, which include sensors for detecting motion, contact, light, temperature, and humidity; external memory aids, which combine activity learning through an intelligent home with mobile apps; and hybrid technologies, which combine multiple technologies such as devices installed at patients’ homes and telemedicine, make up the intervention above technologies. Using intelligent houses in the community might have several advantages for continuity of care since it would let local and hospital health services constantly monitor the health of the elderly (Facchinetti et al., 2023). Mobile eHealth applications are rapidly gaining prominence in the healthcare management toolkit with the ability to provide information and assistance anytime. There is significant potential for pre-and post-operative patient assistance thanks to the author’s creation of a unique digital health information technology (Görtz et al., 2023) that facilitates tailored support for doctor-nurse-patient dialogue.

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