Through continuous research and sound development practices, we aim to implement a lightweight, privacy-preserving algorithm that protects data in AI applications in IoT-cloud environments against emerging security threats. AI and IoT are transforming industries by making devices smarter, more connected, and efficient, but the increased connectivity creates security challenges. IoT devices often lack the resources for traditional security measures. Therefore, this creates the need for lightweight solutions that protect data without compromising performance.
AI Assistant
To design an engaging, interactive AI Assistant that offers prospective and current students of Miami University timely and valuable insights about the College of Engineering and Computing.
AI Tutor
Provide Miami University students with an on-demand tutoring tool that will help with understanding concepts, working through problems, and facilitating long-term learning in the subjects of Chemistry, Calculus, and Physics.
Tournament Planner Team 3
The vision of the project is to provide a long term, low maintenance web solution to the Springdale Church of the Nazarene. This solution will provide the client with a customizable streamlined web application that fulfills their needs in managing and executing their annual softball tournament.
Bus Schedule Mobile App
Our vision is to facilitate the creation of a fully functional bus scheduling mobile application that services students and educators as they travel around the Cosenza region of Italy.
Climb Higher
CLIENT Dr. Garrett Goodman VISION Climb Higher is a utility application for rock climbers. It provides ways to track their climbing journey and has the ability to identify holds on a rock wall for improved accessibility. MISSION The project’s main mission is to improve accessibility within the rock climbing space. Specifically, making the various colored […]
Wheelshare
To build a novel system called WheelShare, which uses machine learning to classify surfaces into accessible and uses that knowledge to generate accessible routes for wheelchair users.
Objective Congressional Districts
Draw congressional districts using algorithms so that political bias is removed from the drawing process
Mobile Barcode Scanning – Multiple Simultaneous Barcodes
Develop a solution where the customer can scan multiple barcodes at once using a mobile device.
Instructional Modeling Language Web Framework
Continue development of the IML Web Framework and implement features to improve the user experience for instructors and students