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Students I’ve worked with…
- Jesse Murray (Summer 2019): Eye-tracking while solving anagrams.
- Kayla Rockhill (Summer 2019): Analysis of science textbooks (survey), reactive LED project (Digital Humanities Summer Institute + Drew Summer Science Institute)
- Peiyu Guo (Summer 2019): Analysis of science textbooks (physics, chemistry, and biology) using machine learning algorithms (Digital Humanities Project)
- Ji Hoon Kim (Summer 2018): Analysis of physics textbooks using machine learning algorithms (Digital Humanities Project)
- Drew Goldstein (Summer 2017): Exploration of Deep Neural Network with TensorFlow
- Ben Insley (Summer 2017): Self-organized orientation map of the primary visual cortex
- Haoyu Li (Summer 2016 – Fall 2017): Representation of visual neurons with LEDs
- Jhonatan Cruz (Summer 2016): Time-lapse with Raspberry Pi with automatic uploads
- Michael Clancy (Summer 2015): Workflow for testing image classification algorithms
- Susan Weiner (Summer 2015): Anti-saccade with working memory task
- Sangay Yeshi, Nikita Fedenchenko (Summer 2015): Time-lapse with Raspberry Pi
- Jason Asaytuno (Summer 2014): Motion detection with OpenCV
- Neil Van De Putte (Summer 2014): Digit classification with Restricted Boltzmann Machine
- Brad Hong, Adam Magistro (Spring, Summer 2014): Anti-saccade with auditory task (Pingry, Newark Academy HS)
- Liz Pemberton (Summer 2013): Eye tracking on point-light-display of biological motion
- Danielle Holz (Summer 2013): Spatiotemporal Hebbian learning
- Michael Kim (Summer 2012): Data collection for leaf recognition (Randolph HS)
- Kevin Reichek, Kevin Choi (Summer 2012): Wii and Kinect experiments (Madison HS)
- Liz Pemberton (Summer 2012): Data collection for the leaf recognition project (HHMI Bridge Student)
- Seonga An (Summer 2012): Leaf recognition (UNIST)
- Juneil Jang (Summer 2012): Adaptation (UNIST)
- Adam Fanslau (Summer 2012): Tuning behavior of a spiking neuron and plasticity.
- Kyuyul Lee (January 2012): Tuning behavior of a spiking neuron. (UNIST)
- Evan Wiley (Summer 2011): Binocular sensory-motor learning with Lego NXT. (JHU Neuroscience major)
- Mary Lamont (Summer 2011): Normal modes in couple oscillators. Wiimote experiments.
- Karina Russ (Summer 2011): Motion tracking of neural growth, using computer vision algorithms.
- Danielle Holz (Summer 2011): Wiimote experiment of circular motion. (HHMI Bridge Student)
- Adam Fanslau (Summer 2011): Collecting the reference coordinates of the neural growth (HHMI Bridge Student)
- Jordan Matelsky (Summer 2011): Tracking algorithm for the neural growth (Roxbury High School)
- Matt Hauserman (Summer 2011): Wiimote experiment (Madison High School)
- Alae Kawam (Summer 2010): Wiimote experiments (3D inclined plane and circular motion). (HHMI Bridge Student)
- Ariel Breitbart (Summer 2010 – Fall 2011): “Differences in neural response in primate visual area V4 to natural and synthetic stimuli” (Neuroscience Honors Thesis).
- Matthew Blue (Summer 2010): Model of stereopsis. Neurosky hardware.
