Author
A. Kavya Sripriya
Bio: A. Kavya Sripriya is an academic researcher from Shiv Nadar University. The author has contributed to research in topics: Pedometer. The author has co-authored 1 publications.
Topics: Pedometer
Papers
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01 Dec 2018
TL;DR: A way for concerned authorities in a school, to easily keep track of each student’s physical activity during school hours and give feedback accordingly is proposed.
Abstract: With an alarming increase in obesity levels, even among children and adolescents, there is a need to take steps for increasing their motivation and overall physical activity levels. This paper proposes a way for concerned authorities in a school, to easily keep track of each student’s physical activity during school hours and give feedback accordingly. The system uses a portable pedometer that includes a MPU6050 sensor module that uses an accelerometer and gyroscope to collect movement data from each student and stores it, via Wi-Fi communication on to the Thingspeak server. The system implements a k-NN algorithm that classifies the data for each student into activities of sitting, walking, running and cycling. The results of the analysis and feedback for each student are accessible through a web portal, hosted locally on a server located in the school premises.
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24 Nov 2022
TL;DR: In this article , the authors proposed a smart packing box that detects tampering with the parcel carrying the item and informs its seller and the buyer, which can be used for secure delivery of online purchased items.
Abstract: Online shopping is used a lot for ordering various items required in day-to-day life. It saves time, and energy of the individual. Online shopping platform provides choices, reasonable prices, discount offers, and delivery schedule to the customers. A person can order items at the click of a button from home, office, during travelling, and at any hour of the day from any place with internet connectivity. This research aims to propose a smart device that relates to a method for the secure delivery of an online purchased item. The device is a smart packing box that detects tampering with the parcel carrying the item and informs its seller and the buyer. This smart device would comprise a circuit containing Global Positioning System, sensors, Global System for Mobile Communication, and a microcontroller.
24 Nov 2022
TL;DR: In this paper , the authors proposed a smart packing box that detects tampering with the parcel carrying the item and informs its seller and the buyer, which can be used for secure delivery of online purchased items.
Abstract: Online shopping is used a lot for ordering various items required in day-to-day life. It saves time, and energy of the individual. Online shopping platform provides choices, reasonable prices, discount offers, and delivery schedule to the customers. A person can order items at the click of a button from home, office, during travelling, and at any hour of the day from any place with internet connectivity. This research aims to propose a smart device that relates to a method for the secure delivery of an online purchased item. The device is a smart packing box that detects tampering with the parcel carrying the item and informs its seller and the buyer. This smart device would comprise a circuit containing Global Positioning System, sensors, Global System for Mobile Communication, and a microcontroller.