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Vision-Based Modelling and Control of Small Underwater Vehicles

机译:基于视觉的小水下车建模与控制

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Modelling and control of underwater vehicles in most cases, demand their hydrodynamic parameters' identification, which is a timely and technically demanding task. Therefore, more convenient methods of utilising vision systems have been introduced. However, many solutions presented in the literature assume that a camera is mounted in the central part of a swimming pool. What is more, they are not applicable for trajectory determination, which constitutes an essential factor in devising a control system of autonomous vehicles. For that reason, a computer vision system has been designed and developed, which enables tracking a vehicle and determining its trajectory as well. The obtained results indicate that the developed system enables modelling and control of underwater vehicles under laboratory conditions.
机译:大多数情况下水下车辆的建模与控制,需要其流体动力学参数的识别,即及时且技术上要求苛刻的任务。 因此,介绍了更方便的利用视觉系统的方法。 然而,文献中呈现的许多解决方案假设相机安装在游泳池的中央部分。 更重要的是,它们不适用于轨迹确定,这构成了设计自主车辆控制系统的必要因素。 因此,设计和开发了一种计算机视觉系统,可以跟踪车辆并确定其轨迹。 所获得的结果表明,发达的系统能够在实验室条件下进行建模和控制水下车辆。

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