Project #6: Processing data from a visual IoT sensor of Fluid/Structure interactions with Machine Learning REU Students: Alexis Downing and Pete Orkweha.

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Project 6: Processing data from a visual IoT sensor of fluid/structure interactions with machine learning REU Students: Pete Orkweha & Alexis Downing.
Project 1: IoT-enabled smart mobility devices for aging and rehabilitation REU Students: Kelly Fullin & Nafisa Mostofa Graduate mentors: Sharare Zehtabian.
Project 4: IoT-enabled peer-to-peer energy trading REU Students: Nicholas Shanklin & Eric Elliot Graduate mentors: Sharare Zehtabian & Rehan Faculty.
Project 6: Processing data from a visual IoT sensor of fluid/structure interactions with machine learning REU Students: Pete Orkweha & Alexis Downing.
Project #6: Processing data from a visual IoT sensor of Fluid/Structure interactions with Machine Learning REU Students: Alexis Downing and Pete Orkweha.
Project 6: Processing data from a visual IoT sensor of fluid/structure interactions with machine learning REU Students: Pete Orkweha & Alexis Downing.
Project #6: Processing data from a visual IoT sensor of Fluid/Structure interactions with Machine Learning REU Students: Alexis Downing and Pete Orkweha.
Project 1: IoT-enabled smart mobility devices for aging and rehabilitation REU Students: Kelly Fullin & Nafisa Mostofa Graduate mentors: Sharare Zehtabian.
Project 7: IoT augmented physical scale model of a suburban home REU Students: Thomas Burns and Gregory Fichthorn Graduate mentors: Safa Bacanli and Sharare.
Project 4: IoT-enabled peer-to-peer energy trading REU Students: Eric Elliott & Nicholas Shanklin Graduate mentors: Sharare Zehtabian Faculty mentor(s):
Project 4: IoT-enabled peer-to-peer energy trading REU Students: Eric Elliott & Nicholas Shanklin Graduate mentors: Sharare Zehtabian Faculty mentor(s):
Project 1: IoT-enabled smart mobility devices for aging and rehabilitation REU Students: Kelly Fullin & Nafisa Mostofa Graduate mentors: Sharare Zehtabian.
Presentation transcript:

Project #6: Processing data from a visual IoT sensor of Fluid/Structure interactions with Machine Learning REU Students: Alexis Downing and Pete Orkweha Graduate mentor(s):Safa Bacanli and Sharare Zehtabian Faculty mentor(s): Andrew Dickerson and Damla Turgut Week #3 (June 17 – June 21, 2019) Accomplishments: Started literature review Experimentation of support vector regression, polynomial, random forest regression, and multi-layer perceptions algorithms Use of regression trees to figure out if the data was linear or not. I tried this on fiber B3’s dataset. Problem & Solutions Not knowing the “shape” of our data is Optimization cannot be further applied to the rand forest regressor. It still had significant percentage of errors. Plans for next week: Investigate the weight used by our multi-layer perceptrons Used the investigated weight to find how “flat” or small the value of the loss function The learning rate should be increased or decreased by the value of the loss function