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On the Verification and Validation of AI Navigation Algorithms

机译:关于AI导航算法的验证与验证

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This paper explores the state of the art on to methods to verify and validate navigation algorithms for autonomous surface ships. We perform a systematic mapping study to find research works published in the last 10 years proposing new algorithms for autonomous navigation and collision avoidance and we have extracted what verification and validation approaches have been applied on these algorithms. We observe that most research works use simulations to validate their algorithms. However, these simulations often involve just a few scenarios designed manually. This raises the question if the algorithms have been validated properly. To remedy this, we propose the use of a systematic scenario-based testing approach to validate navigation algorithms extensively.
机译:本文探讨了最先进的方法,用于验证和验证自主地面船舶的导航算法。我们执行系统的映射研究,以查找在过去10年中发布的研究工作提出了用于自主导航和碰撞避免的新算法,我们提取了在这些算法上应用了哪些验证和验证方法。我们观察到大多数研究作品使用模拟来验证其算法。然而,这些模拟通常涉及手动设计的一些情景。如果算法已正确验证,这会提出问题。要解决此问题,我们建议使用系统的方案的测试方法,可以广泛地验证导航算法。

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