GymD2D: A Device-to-Device Underlay Cellular Offload Evaluation Platform
This provides a standardized evaluation platform for researchers in wireless communications, addressing a friction point in comparing results, though it is incremental as it builds on existing optimization methods.
The paper tackles the lack of a simple, configurable, open-source framework for cellular offloading research in device-to-device communication by presenting GymD2D, a platform that allows simulation of various scenarios and demonstrates significant efficiency improvements with state-of-the-art deep reinforcement learning algorithms.
Cellular offloading in device-to-device communication is a challenging optimisation problem in which the improved allocation of radio resources can increase spectral efficiency, energy efficiency, throughout and reduce latency. The academic community have explored different optimisation methods on these problems and initial results are encouraging. However, there exists significant friction in the lack of a simple, configurable, open-source framework for cellular offload research. Prior research utilises a variety of network simulators and system models, making it difficult to compare results. In this paper we present GymD2D, a framework for experimentation with physical layer resource allocation problems in device-to-device communication. GymD2D allows users to simulate a variety of cellular offload scenarios and to extend its behaviour to meet their research needs. GymD2D provides researchers an evaluation platform to compare, share and build upon previous research. We evaluated GymD2D with state-of-the-art deep reinforcement learning and demonstrate these algorithms provide significant efficiency improvements.