Pinned Repositories
ai-modeling-control-robotics
AI-based Modeling and Control of 2-link Robotic Manipulator
Deep-learning-activity-recognition
A tutorial for using deep learning for activity recognition (Pytorch and Tensorflow)
Deep-Learning-for-Sensor-based-Human-Activity-Recognition
Application of Deep Learning to Human Activity Recognition using accelerometer and gyroscope sensors data
deep-learning-HAR
Convolutional and LSTM networks to classify human activity
EloquentArduino
IO, scheduling, utils, machine learning... for Arduino
Entrenador
Versiones Entrenador
esp32-mpu9250
Sample projects for esp-idf.
pytorch-dqn-policy-gradient
PyTorch implementation for Deep Q-Learning and Policy Gradient algorithms on several OpenAI's environemnts
Reinforcement-Learning-Open-AI-gym---Taxi
Train the device to drive the taxi, pick up the passenger at one location and drop him off in another. The code involves the implementation which provides maximum reward in minimum steps.
odoo
Odoo. Open Source Apps To Grow Your Business.
danylook's Repositories
danylook/ai-modeling-control-robotics
AI-based Modeling and Control of 2-link Robotic Manipulator
danylook/Deep-learning-activity-recognition
A tutorial for using deep learning for activity recognition (Pytorch and Tensorflow)
danylook/Deep-Learning-for-Sensor-based-Human-Activity-Recognition
Application of Deep Learning to Human Activity Recognition using accelerometer and gyroscope sensors data
danylook/deep-learning-HAR
Convolutional and LSTM networks to classify human activity
danylook/EloquentArduino
IO, scheduling, utils, machine learning... for Arduino
danylook/Entrenador
Versiones Entrenador
danylook/esp32-mpu9250
Sample projects for esp-idf.
danylook/pytorch-dqn-policy-gradient
PyTorch implementation for Deep Q-Learning and Policy Gradient algorithms on several OpenAI's environemnts
danylook/Reinforcement-Learning-Open-AI-gym---Taxi
Train the device to drive the taxi, pick up the passenger at one location and drop him off in another. The code involves the implementation which provides maximum reward in minimum steps.