Wireless Data Processing System for IoT-Enabled Devices

Author

Eli M. Duggan, University of New Hampshire, DurhamFollow
Tinh H. Phuong, University of New Hampshire, DurhamFollow
Orianne J. Sinclair, University of New Hampshire, DurhamFollow
Samuel P. Mercer, University of New Hampshire, DurhamFollow

Date

5-2020

Project Type

URC Presentation

College or School

CEPS

Class Year

First Year

Major

Bioengineering, Applied Math, Computer Science, Chemical Engineering

Faculty Research Advisor

Timothy Carlin

Second Faculty Research Advisor

Jeffrey Lapak

Third Faculty Research Advisor

Kyle Ouellette

Abstract

Researchers often spend their time and resources to retrieve data manually. This may disturb delicate sensors and risk data loss or corruption. In order to address this, our system utilizes a five-phase wireless data processing design that systematically collects data at a remote location, processes it, transmits it from the remote location to a server over a network, stores it, and displays it through a variety of JavaScript-based functions on a website. It is designed to be implementable with any IoT-enabled devices for any project-specific purpose.

Rights

We used Zoom to record our presentation and Powerpoint to prepare the slides and poster.

Recommended Citation

Duggan, Eli M.; Phuong, Tinh H.; Sinclair, Orianne J.; and Mercer, Samuel P., "Wireless Data Processing System for IoT-Enabled Devices" (2020). Undergraduate Research Conference (URC) Student Presentations. 474.
https://scholars.unh.edu/urc/474