awilliea / risk-based_rl_for_optimal_trading_execution

Risk-based Reward Shaping Reinforcement Learning for Optimal Trading Execution

This is a research extened from Juchli(2018) https://github.com/mjuchli/ctc-executioner

Enviroment

You can create an virtual enviroment with requirement.txt. e.g.

conda create --name <env_name> python==3.7.6
source activate <env_name>
pip install -r requirements.txt

However, we revised some part of the tf-agents package but have not done the pull-request. You need to overwrite the tf-agents package with ours (in this github directory)

cp -r tf_agents ~/anaconda3/envs/<env_name>/lib/python3.7/site-packages/

Usage

Get the results of the baselines

python get_baseines.py

Training the normal RL agent by CNN for buying signals on the downtrend dataset

python TFA_DDQN_Risk.py -s buy -d dn -m CNN -r profit

Training the reward-shaping RL agent by CNN for buying signals on the downtrend dataset

python TFA_DDQN_Risk.py -s buy -d dn -m CNN -r profit_vol

Training the MORL agent by CNN for buying signals on the downtrend dataset given preference = [0.8,0.2] (0.8 for profit and 0.2 for risk, which is a strategy for a risk-seeker)

python TFA_DDQN_Risk.py -s buy -d dn -m CNN -r profit_vol -p [0.8,0.2]

Training the risk-sensitive agent by CNN for buying signals on the downtrend dataset given beta = 0.2 (which is a strategy for a risk-seeker)

python TFA_DDQN_Risk.py -s buy -d dn -m CNN -r profit_vol -b 0.2

Training the risk-averse agent by CNN for buying signals on the downtrend dataset given lambda = 0.8 (which is a strategy for a risk-seeker)

python TFA_DDQN_Risk.py -s buy -d dn -m CNN -r profit_vol -l 0.2

After the training of the RL agents, you can extract the final dataframe of the comparision of the results. For example, if you want to output the comparision between the normal RL agent and the reward-shaping RL agent given the buying signals and downtrend dataset, you can do this:

python get_results.py -s buy -d dn --tdir 1