The CARIS Engineering Analysis Module - Assisting in the Management of Queensland'sWaterways

O. Cantrill, Daniel Kruimel
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引用次数: 1

Abstract

Maritime Safety Queensland (MSQ) is responsible for protecting Queensland's waterways and the people who use them providing safer, cleaner seas. MSQ first incorporated CARIS products into their workflow in 2009 with HIPS and SIPS and BASE Editor and in 2012 are looking to utilize the new functionality of the Engineering Analysis module to assist them in the management of their ports and waterways throughout Queensland. This paper will look into how BASE Editor and the Engineering Analysis Module are being utilized in the Ports and Waterways environment, with a focussed case study on the application with MSQ. In-cluded in this will be a detailed comparison of techniques for volume computation (such as end area volumes, hyperbolic and TIN volumes), a summary of the results that can be achieved and the associated advantages/disadvantages with each method.
CARIS工程分析模块-协助昆士兰水道的管理
昆士兰州海事安全局(MSQ)负责保护昆士兰州的水道和使用它们的人,提供更安全,更清洁的海洋。MSQ于2009年首次将CARIS产品与HIPS, SIPS和BASE Editor结合到他们的工作流程中,并在2012年寻求利用工程分析模块的新功能来帮助他们管理整个昆士兰的港口和水道。本文将探讨如何在港口和水道环境中使用BASE编辑器和工程分析模块,并对MSQ的应用进行了重点案例研究。其中包括体积计算技术的详细比较(例如端区体积,双曲和TIN体积),可以实现的结果的总结以及每种方法的相关优点/缺点。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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