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A reinforcement learning approach to designing high-temperature, low-NOx gas turbine combustors for next generation power plants.

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edwinytgoh/ReinforcementKinetics

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CombustoRL

A reinforcement learning approach to designing high-temperature, low-NOx gas turbine combustors for next generation power plants.

File Structure and Usage

The main environment file is found in envs/sim_env.py. This file defines the SimEnv class, which extends Open AI Gym's base Env class.

In addition, there are Jupyter notebooks in the root directory that import from sim_env.py: 1. SimpleAgent.ipynb — train a simple PPO2 agent using a dummy vectorized environment and save the agent in the "Trained Models" folder. 2. TestTrainedModel.ipynb — load parameters from the trained PPO2 agent and use it to "replay" the simulation. 3. MultiprocessingAgent.ipynb — train a PPO2 agent on a vectorized environment using multiple MPI processes. Still needs additional debugging. 4. TestSimEnv.ipynb — simple sanity checks to ensure SimEnv is instantiatble.

Requirements

This repository uses libraries mostly found in the Anaconda repository. However, a few deep learning libraries are only available on PyPI. Users are referred to an excellent blog post describing best practices when using pip in a conda environment: https://www.anaconda.com/using-pip-in-a-conda-environment/

A yml file containing the conda environments used by the authors will be included soon.

Key packages to install

  1. Cantera — an open-source suite of tools for problems involving chemical kinetics, thermodynamics, and transport processes.
    • As of 11/08/2019, Cantera requires an earlier version of numpy, which may get overriden by pip. Please use –upgrade-strategy only-if-needed when installing packages through pip to make sure that this doesn't become an issue.
  2. Open AI Gym — a toolkit for developing and comparing reinforcement learning algorithms.
    • We use Gym to build a combustor simulation environment that will be controlled by an agent.
    • Note: According to the Gym readme, Windows support is experimental.
  3. Stable Baselines — a set of improved implementations of Reinforcement Learning (RL) algorithms based on OpenAI Baselines.

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A reinforcement learning approach to designing high-temperature, low-NOx gas turbine combustors for next generation power plants.

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