AutoDRIVE is envisioned to be a comprehensive research platform for scaled autonomous vehicles. This work is a stepping-stone towards the greater goal of realizing such a research platform. Particularly, this work proposes a pseudo-realistic simulator for scaled autonomous vehicles, which is targeted towards simplicity, modularity and flexibility. The AutoDRIVE Simulator not only mimics realistic system dynamics but also simulates a comprehensive sensor suite and realistic actuator response. The simulator also features a communication bridge in order to interface externally developed autonomous driving software stack, which allows users to design and develop their algorithms conveniently and have them tested on our simulator. Presently, the bridge is compatible with Robot Operating System (ROS) and can be interfaced directly with the Python and C++ scripts developed as a part of this project. The bridge supports local as well as distributed computing.
翻译:自动驱动器被设想为一个用于规模自动飞行器的全面研究平台。 这项工作是迈向实现这种研究平台这一更大目标的一个跳板。 特别是, 这项工作提出了一个用于规模自动飞行器的假现实模拟器,目标是简单、模块性和灵活性。 自动驱动模拟器不仅模仿现实的系统动态,而且还模拟一个全面的传感器套件和现实的驱动器反应。 模拟器还安装了一个通信桥, 以便连接外部开发的自主驱动软件堆, 使用户能够方便地设计和开发其算法, 并在我们的模拟器上测试。 目前, 桥与机器人操作系统兼容, 并且可以直接与作为该项目一部分开发的Python 和 C++ 脚本接口。 桥支持本地和分布式计算。