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Classification of Short-Lived Objects using an Interactive Adaptable Assistance System

机译:使用交互式自适应辅助系统对短命物体进行分类

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"Although we know that it is not a familiar object, after a while we can say what it resembles"'. The core task of an aerial image analyst is to recognize different object types based on certain clearly classified characteristics from aerial or satellite images. An interactive recognition assistance system compares selected features with a fixed set of reference objects (core data set). Therefore it is mainly designed to evaluate durable single objects like a specific type of ship or vehicle. Aerial image analysts on missions realized a changed warfare over the time. The task was not anymore to classify and thereby recognize a single durable object. The problem was that they had to classify strong variable objects and the reference set did not match anymore. In order to approach this new scope we introduce a concept to a further development of the interactive assistance system to be able to handle also short-lived, not clearly classifiable and strong variable objects like for example dhows. Dhows are the type of ships that are often used during pirate attacks at the coast of West Africa. Often these ships were build or extended by the pirates themselves. They follow no particular pattern as the standard construction of a merchant ship. In this work we differ between short-lived and durable objects. The interactive adaptable assistance system is supposed to assist image analysts with the classification of objects, which are new and not listed in the reference set of objects yet. The human interaction and perception is an important factor in order to realize this task and achieve the goal of recognition. Therefore we had to model the possibility to classify short-lived objects with appropriate procedures taking into consideration all aspects of short-lived objects. In this paper we will outline suitable measures and the possibilities to categorize short-lived objects via simple basic shapes as well as a temporary data storage concept for shortlived objects. The interactive adaptable approach offers the possibility to insert the data (objects) into the system directly and on-site. To mitigate the manipulation risk the entry of data (objects) into the main reference (core data) set is granted to a central authorized unit.
机译:“尽管我们知道它不是一个熟悉的物体,但过一会儿我们就能说出它的相似之处”。航空图像分析仪的核心任务是根据航空或卫星图像中某些明确分类的特征来识别不同的对象类型。交互式识别辅助系统将选定的特征与一组固定的参考对象(核心数据集)进行比较。因此,它主要用于评估耐用的单个对象,例如特定类型的船舶或车辆。随时间推移,执行任务的航空图像分析人员意识到战争发生了变化。任务不再是分类,从而识别单个耐久物体。问题在于他们必须对强变量对象进行分类,而参考集不再匹配。为了接近这个新的范围,我们将概念引入到交互式协助系统的进一步开发中,以便能够处理短暂存在的,无法清晰分类的且强大的可变对象,例如单桅三角帆船。单桅三角帆船是在西非海岸发生海盗袭击时经常使用的船舶类型。这些船通常是由海盗自己建造或扩展的。它们没有遵循特定的模式作为商船的标准构造。在这项工作中,我们区分了短寿命和耐用的物体。交互式自适应辅助系统应该可以帮助图像分析人员对对象进行分类,这些对象是新的并且尚未在对象的参考集中列出。人与人之间的互动和感知是实现这一任务并实现识别目标的重要因素。因此,我们必须考虑到短期对象的所有方面,对使用适当程序对短期对象进行分类的可能性进行建模。在本文中,我们将概述适当的措施以及通过简单的基本形状以及对短期对象的临时数据存储概念对短期对象进行分类的可能性。交互式自适应方法提供了将数据(对象)直接和现场插入系统的可能性。为了减轻操作风险,将数据(对象)输入到主要参考(核心数据)集中的权限授予了中央授权单位。

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