liampetti

Friedrich-Alexander-Universität Erlangen-Nürnberg (FAU)

Pinned Repositories

A3C-LSTM
A3C-LSTM algorithm tested on CartPole OpenAI Gym environment
Language:Python48 9 115
DDPG
Implementation of DDPG (Modified from the work of Patrick Emami) - Tensorflow (no TFLearn dependency), Ornstein Uhlenbeck noise function, reward discounting, works on discrete & continuous action spaces
Language:Python65 3 315
inADM1
Converts basic measurements to ADM1 state variables, designed to work with jADM1
Language:Java3 1 02
jADM1
A Java implementation of the Anaerobic Digestion Model No 1 (ADM1) with modifications
Language:Java8 2 05
jADM1_BSM
A Java implementation of the Anaerobic Digestion Model No 1 (ADM1) that can be validated using the BSM2 Matlab code.
Language:Java9 2 07
MultiArduinoServer
Multiple serial device listener for Arduino projects.
Language:Java1 1 00

liampetti/DDPG
Implementation of DDPG (Modified from the work of Patrick Emami) - Tensorflow (no TFLearn dependency), Ornstein Uhlenbeck noise function, reward discounting, works on discrete & continuous action spaces
Language:Python65 3 315
liampetti/A3C-LSTM
A3C-LSTM algorithm tested on CartPole OpenAI Gym environment
Language:Python48 9 115
liampetti/jADM1_BSM
A Java implementation of the Anaerobic Digestion Model No 1 (ADM1) that can be validated using the BSM2 Matlab code.
Language:Java9 2 07
liampetti/jADM1
A Java implementation of the Anaerobic Digestion Model No 1 (ADM1) with modifications
Language:Java8 2 05
liampetti/inADM1
Converts basic measurements to ADM1 state variables, designed to work with jADM1
Language:Java3 1 02
liampetti/MultiArduinoServer
Multiple serial device listener for Arduino projects.
Language:Java1 1 00