philcd89 Goto Github PK

actigraphy

This code imports, arranges, and outports Philips Respironics actigraphy variables for reporting and further analysis. As of [date] this code and report is outputted to [file location, computer]. This code was created in March 2020 By Phil Desrochers.

ankle_reaching_task

This code reproduces an ankle reaching task by Bijan Najafi and colleagues.

basic_ll_reaching_task_with_imus

This code is a first attempt at developing a basic lower limb reaching task in which participants make lower limb movements (e.g., knee or hip flexion/extension) to control a cursor on a screen and move it between two points. This code uses MotionNode sensors and borrows heavily from their SDK.

course-content

NMA Computational Neuroscience course

custom-covid-19-tracker

This code tracks local COVID-19 case trends for my family/friends

cv_and_resume

My CV

hand-paths

This code creates hand path figures for KINARM robot output data as part of Michigan State University's Motor Neuroscience Lab data processing chain.

hello-world

Walking through the GitHub tutorial

imu-llreaching-junkdrawer

A random collection of code that was used to develop the IMU Reaching task.

kinarm_kagerer_interference_task_plus_eeg

This task is designed for the [Kinarm Endpoint Robot](https://www.kinarm.com) and to be used with the Kinarm SDK and Dexterit-E software. This task applies a perturbation to one hand to examine interference during bimanual reaching movements. It is adapted from Kagerer (2015) bimanual interference joystick task. This task also allows for synchronization with EEG to evaluate concurrent brain dynamics.

metronome-accuracy-gait

mickey_ninjas

This is the Mickey_Ninjas Repo for their NMA Computational Neuroscience group project

naspspa_2021

My NASPSPA 2021 Poster

oabs_explore

This project merges data from the bariatric surgery group at Boston Medical Center and the BU Motor Development Lab to explore relationships between demographic/questionnaire/movement data. These data are de-identified and comply with HIPAA regulations.

r-demo

This R demo was created for the Motor Development Lab's 2/26/2021 lab meeting. Primary goals are to show syntax, data manipulation functionality, ggplot functionality, and some basic stats commands

vispert_dynpert_combopert_interference_task

This task was designed for the Michigan State Motor Development Lab in 2019. It is designed to be used with a [Kinarm Endpoint Robot](https://www.kinarm.com) and the Kinarm SDK and Dexterit-E software. Task is coded in matlab and simulink.