热点大瓜

Highly motivated students will assist in novel research into the statistics of aerosols in a unique flow-chamber through experiments using state-of-the-art high-speed lasers, high-speed tomography, and development of laboratory apparatus.

Students will explore public health issues through engagement with a student-run free medical clinic in Buffalo along with rural populations via a remote area medical mission in the Southern states. 

Use a remote platform of software-defined radios to learn about realistic wireless network performance, and deploy an algorithm to fairly, efficiently, and dynamically share network resources between human users and IoT devices. 

Bring your excellent programming skills and hard-working attitude to help identify misinformation across multimodal content.

Where are the cracks in this glacier? You tell us! 

Students will explore improving literacy achievement with elementary school students using preferred reading material in a private elementary school in Buffalo, NY.

The goal is to design a graph neural network based recommendation system for scroll paintings (folk art) that can run on decentralized compute environments (such as peer-to-peer systems). Requires ability to understand and analyze machine learning problems theoretically, programming skills and performing extensive empirical analysis on a proprietary multi-modal dataset for art conservation. 

This project aims to develop and test a new fish-inspired robot that minimizes undesirable inertial recoil found in traditional fish swimming, while being capable of achieving high speeds and efficiency.

Has your curiosity ever make you wonder how technology works? How can keep making it better? How can we make a positive impact in current society? 

Would you like to make your virtual avatar more humane? Or would you like to talk to a robot that is much more expressive and humane in its expression? In this project, we aim to address such challenges by designing an AI-powered interactive model prototype.