Research with Signal Integrity Simulation Tools

Project Desciption This project is about simulating and either measuring (or working with another student to measure) signal integrity (SI) problems in high-speed digital engineering (HSDE). Clock frequencies and data rates are increasing, driven by the high growth rate of internet traffic and computer processing power. For most electronic products,...

Understanding Differences in Online and Remote Student Activity

Project Description This project aims to study the gaps that arise in understanding and supporting self-regulated learning in the newly emerging online learning space, as demonstrated by the varied behaviors of different populations of students. In particular, we will address questions of how learning management system traces indicate successful self-regulated...

Electrical Engineering Outreach Educational Research

Project Description This project will be educational research focusing on the nationwide problem of recruiting highschool students into electrical engineering. There are a few current hypothesis on why there is such a problem but they have not fixed the problem, even with a lot of resources put into them. This...

Spectrum Science and Software Defined Radios

Project Description SpectrumX, initiated by a 5-year, $25M center grant from the U.S. National Science Foundation, is the world’s largest academic hub where all radio spectrum stakeholders can innovate, collaborate, and contribute to maximizing social welfare of this precious resource. SpectrumX brings together broad and synergistic research capabilities from a...

Distributed Software Defined Meteor Radar

Project Description This project supported by the National Science Foundation Distributed Arrays of Small Instruments (DASI) program will utilizes observations of meteors to measure the winds in the upper atmosphere. Tons of mass enters the atmosphere daily in the form of meteroids. Observations of meteor with radar can be used...

DIY-Based Approach to Cultivate Data Visualization and Science Education

Project Description Somebody once said, "What a fool can do for a dollar, an engineer can do for a nickel". Thinking about costs as an engineering constraint brings new life to old ideas. This is what makes the difference between an idea influencing a hundred people or a billion! With...

Simulation of Superconducting Microwave Resonators Towards Quantum Computing

Project Description The student will use AWR, python, and GitHub to simulate superconducting microwave resonator transmission behavior and optimize python analysis code to improve accuracy and reproducibility of quality factor extraction with a variety of levels of applied noise. The student will learn how these measurements impact our understanding of...

FPGA development for Radio Frequency Communications Distortion Reduction

Project Description Transmitters used for radio frequency (RF) communications systems (cell phones, wifi, etc) need to be made linear so they don't introduce distortion into the data signal. Normally, this is done with digital signal processing techniques to "pre-distort" a signal as a way to correct for the nonlinearity of...

Optimization of Multipulse Ultrasound Imaging

Project Description Ultrasound imaging is an important tool for medical diagnostics, but we must work to develop imaging sequences that can image faster and with greater clarity to address a wider range of patients and clinical tasks. We have developed a method that involves transmitting from each element on an...

Envisioning Future Technologies in the Work-From-Home Era

Project Description Looking for an exciting research experience in Human-computer interaction/Interaction Design? The TMI (Too Much Information) lab is recruiting DLA research assistants to support our current study! We are focused on understanding remote workers’ experiences in a work-from-home setting and envisioning future technologies for well-being and work-life balance. We...

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