EasyRL: A Simple and Extensible Reinforcement Learning Framework
Neil Hulbert, Sam Spillers, Brandon Francis, James Haines-Temons, Ken, Gil Romero, Benjamin De Jager, Sam Wong, Kevin Flora, Bowei Huang, Athirai A., Irissappane

TL;DR
EasyRL is a user-friendly, graphical reinforcement learning framework that simplifies training and evaluation of RL agents without programming, supporting customization for research purposes.
Contribution
It introduces a fully graphical, easy-to-use RL framework that requires no programming knowledge and supports custom agents and environments.
Findings
No programming needed for training and testing RL agents
Supports custom RL agents and environments
Facilitates easier evaluation and comparison of RL models
Abstract
In recent years, Reinforcement Learning (RL), has become a popular field of study as well as a tool for enterprises working on cutting-edge artificial intelligence research. To this end, many researchers have built RL frameworks such as openAI Gym and KerasRL for ease of use. While these works have made great strides towards bringing down the barrier of entry for those new to RL, we propose a much simpler framework called EasyRL, by providing an interactive graphical user interface for users to train and evaluate RL agents. As it is entirely graphical, EasyRL does not require programming knowledge for training and testing simple built-in RL agents. EasyRL also supports custom RL agents and environments, which can be highly beneficial for RL researchers in evaluating and comparing their RL models.
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Taxonomy
TopicsOpen Source Software Innovations · Reinforcement Learning in Robotics · Evolutionary Algorithms and Applications
