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Improving Interoperability of 3D Geographic Features via Geographic Managed Objects

机译:通过地理管理对象改善3D地理要素的互操作性

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摘要

This paper presents a method to improve the interoperability of 3D geospatial features from the perspective of data representation, with an emphasis on the interoperability of advanced functions associated with 3D models, such as thematic functions, interaction capabilities, and dynamics. The central concept of the proposed method is to express geospatial features in the form of managed objects, which carry both functions and data of 3D geospatial features in an object oriented and platform-independent manner with the support from virtual machine mechanism. Unlike any conventional data representation method that maintains the data and functionality separately; this method allows the features to carry their own executable functions by themselves in order to achieve the interoperability on a feature's level. A use case is also provided in this paper to demonstrate the presented method In this use case, different applications can simply fetch the 3D features and run their functions without the need to know what they can do beforehand.
机译:本文提出了一种从数据表示的角度来提高3D地理空间要素互操作性的方法,重点是与3D模型相关联的高级功能(例如主题功能,交互功能和动力学)的互操作性。所提出方法的中心概念是以受管理对象的形式表示地理空间特征,在虚拟机机制的支持下,该地理空间特征既以面向对象又独立于平台的方式承载3D地理空间特征的功能和数据。不像任何传统的数据表示方法那样,它们分别维护数据和功能。此方法允许功能部件自行携带自己的可执行功能,以便在功能部件级别上实现互操作性。本文中还提供了一个用例来演示所介绍的方法。在此用例中,不同的应用程序可以简单地获取3D功能并运行其功能,而无需事先知道它们可以做什么。

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