Skip to main content

Kraus Memorial Graduate Student Poster Competition

Held at ESL on Thursday, April 12

All dates for this event occur in the past.

kraus.3.jpg
Once again, the Department of Electrical and Computer Engineering is organizing The Annual John D. and Alice Nelson Kraus Memorial ECE Graduate Student Poster Competition to take place at the ElectroScience Laboratory on Thursday, April 12, 2018 from 5:30-7:00pm.
We are still in need of four alumni judges! If you are interested, please contact Carol Duhigg (duhigg.2@osu.edu). It's fun, interesting, and the students greatly appreciate your feedback. No in-depth experience of the topics is required. Even if you don't want to be a judge, we would love to have you at the event to see just a portion of what our amazing students are working on.

Event Schedule:

5:30pm - Event start! Enjoy refreshments while you visit any or all of the 12 posters competing. Students will be ready to give a brief overview of their research and answer any questions you have.
7:00pm - Finals scores by the judges will be tallied and the top three prize-winners will be announced.
This year's invited abstracts include:
* Detection and Processing of Coherent GNSS Reflections Observed From Space
* Low excess noise InAs/AISb type II superlattic avalanche photodiodes
*Techniques in GNSS Reflectometry Remote Sensing of Global Near-Surface Soil Moisture
* Simulation Toolkit for Adaptive Remote Sensing (STARS)
* A Multi-Channel Passive Brain Implant for Wireless Neuropotential Monitoring
* An Efficient Tri-level Optimization Model for Electric Grid Defense Planning
* Preliminary Refractivity from Clutter (RFC) Evaporation Duct Inversion Results from CASPER West Experiment
* Optimal Bayesian Feature Filtering for Single-Nucleotide Polymorphism Data
* Metal-Only Spiral Slot Based Reflectarray Element Operating at V-band
* A 28 GHz - 100 GHz Low Cost, Compact, Conformal, Wideband Phased Array for 5G Applications
* All MOCVD-grown High Al-composition AlGaN Channel Transistor
* A Low-Noise Buck Converter with Enhanced Light-Load Efficiency for Low-Power Microcontrollers