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Verification of autonomous systems: Challenges of the present and areas for exploration

机译:验证自治系统:当前和探索领域的挑战

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The words ???failure??? and ???success??? are simple binary terms used to describe the outcomes of maritime autonomous behavior, yet how to draw the line separating the two stark realities demonstrates the subtle nature of this problem. If how to judge success or failure is improperly performed, users of systems that rely upon autonomous behavior may quickly find their initial trust misplaced and in some cases, the trust may never be recovered. A loss of trust or an unwillingness to trust newer technologies can greatly hinder the transition and use of such technologies. Acceptance of current and future maritime autonomy so that its use is more ubiquitous and commonplace requires the establishment of rigorous techniques for which clearly defined verification of autonomy can be performed. Therefore, it is critical that verification of maritime autonomous systems be tenably and consistently implemented. For our work, we identify some of the difficulties with verification efforts with respect to general autonomy and not only maritime autonomy. In an attempt to address the difficulties, we present the potential use of techniques found within other fields to assist with some of these difficulties.
机译:单词“失败”和?成功?这些简单的二元术语用来描述海上自主行为的结果,但是如何划清两个鲜明现实之间的界线却证明了这一问题的微妙本质。如果未正确执行如何判断成功或失败的方法,则依赖自主行为的系统的用户可能会很快发现其初始信任放错了位置,并且在某些情况下,信任可能永远无法恢复。失去信任或不愿意信任新技术会极大地阻碍此类技术的过渡和使用。接受当前和未来的海事自治权,以便使它的使用更加普遍和司空见惯,这需要建立严格的技术,才能对明确的自治权进行验证。因此,至关重要的是要稳定,一致地实施海事自治系统的验证。对于我们的工作,我们确定了与一般自治有关的验证工作中的一些困难,而不仅仅是海域自治。为了解决这些困难,我们介绍了在其他领域内发现的技术的潜在用途,以协助解决其中一些困难。

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