M-Morris-95

It's all in the notes and you've just got to code it.

Pinned Repositories

DDPG_Drone
Using deep deterministic policy gradients to control a tiltrotor UAV through its transition in continuous state space
Language:MATLAB2410
Vision
Vision system for team bath drones
Language:Python50
Forecasting-Influenza-Using-Neural-Networks-with-Uncertainty
Language:Jupyter Notebook20
Forecasting-Influenza-Using-Universal-Differential-Equations
Language:Jupyter Notebook10
3D-printer
CoreXY 3D printer
00
Collision_Avoidance
Language:Python00
Hexapod_Walker
Language:G-code00
UDA
unsupervised data augmentation
Language:Python00
ERL_SmartCities_2019
TeamBathDrones research entry into ERL Smart Cities 2019
Language:Python10

M-Morris-95's Repositories

M-Morris-95/Forecasting-Influenza-Using-Universal-Differential-Equations
Language:Jupyter Notebook1
M-Morris-95/Forecasting-Influenza-Using-Neural-Networks-with-Uncertainty
Language:Jupyter Notebook2
M-Morris-95/Collision_Avoidance
Language:Python
M-Morris-95/UDA
unsupervised data augmentation
Language:Python
M-Morris-95/Hexapod_Walker
Language:G-code
M-Morris-95/Vision
Vision system for team bath drones
Language:Python5
M-Morris-95/DDPG_Drone
Using deep deterministic policy gradients to control a tiltrotor UAV through its transition in continuous state space
Language:MATLAB2410
M-Morris-95/3D-printer
CoreXY 3D printer