Showing papers by "M. Pallikonda Rajasekaran published in 2021"

Indigenous Health Tracking Analyzer Using IoT

Abstract: Nowadays, Health care is considered as an important aspect of our everyday lives. To address the emerging health-related challenges, this research wprk has utilised the advanced digital technologies to develop a health tracking analyzer. Recently, the use of mobile phones and other gadgets has increased unprecedentedly by creating a significant impact on the mobile health care. Mobile Health applications serve a large number of consumers. The main aim of this research work is to create a health tracking analyzer so that any patient or anybody who is concerned about their health may be readily tracked by their doctors or health care providers. This loT -based device aids in critical situations by avoiding illness transmission and providing health diagnoses even when the doctor is at a considerable distance away from the patient. Many people are receiving therapy for a variety of issues, including heart disease. The proposed model plays a vital role in checking and storing the healthcare-related data in server by using a Wi-Fi Module. Furthermore, the proposed device tracks the heartbeat and temperature by using the detectors and also a microcontroller is attached to the sensor. To frequently update the condition of patient's, the microcontroller is linked with LCD display and Wi-Fi to transfer the information to the database. By employing an inter connection, the pulse rate and temperature can also be analyzed. The gadget will exchange the readings from the sensor to the cloud and the information gathered will also remain accessible. The proposed database analyzes the received information and alerts the patient through buzzer.

Implementation of Automatic Soil Moisture Dearth Test and Data Exertion Using Internet of Things

Abstract: Water is a very inestimable resource and a driving force in irrigation. Optimal use of water is a need of the hour. Efficient irrigation watering helps in water conservation, getting better crop yields, reduce dependency on manures and improve crop quality. Various methods, both in test center and field including remote sensing, are accessible to measure soil moisture content, but the fastest and efficient one is with the use of soil moisture sensor electronic devices. For efficacious irrigation, it is obligatory to observe soil moisture content constantly in the irrigation fields. The soil moisture profile of the soil is an important aspect to make an irrigation decision. In this paper, an attempt is made to review how NodeMCU an ARM controller and soil moisture sensor pair up in easing the process of soil moisture profile with which the optimal usage of water for the different plant by only taking the soil moisture and weather parameters into considerations.