A transitional system for operating both sectorless and sectored airspace in Southeast Asia

Hee Wei Gary Foo, Z. Zhong
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引用次数: 2

Abstract

As air traffic demand grows, airspace planners work around the increase in workload on air traffic controllers by dividing the airspace into sectors for better manageability. However, this method has its limits and also brings about inefficiency in the air traffic system. One possible solution to this problem is the implementation of a sectorless airspace — an airspace with a single unified sector. Its benefits include dynamic manpower allocation, shorter flight path and more. It has been many years since the introduction of the sectorless airspace concept, and yet this idea has not become operational to date. This paper therefore discusses some of the key considerations with regards to the implementation of this idea — the stakeholders, the changes necessary, and the work already done by others. To date, researches done on the sectorless idea are mainly confined to laboratory and simulations. For the sectorless idea to take off, there must first be a trial performed in the real-world. The trial is a necessary step to gain approval and acceptance from many stakeholders and must therefore be carefully designed. Following this, a transitional system for operating both types of airspace is conceptualized and discussed in this paper. The proposed transitional system is a mixed-mode system for operating both traditional sectored and sectorless airspaces in tandem. Several aspects such as flight rules, scope of coverage, arrangement of air traffic controllers, as well as coordination strategies between agencies are presented. In addition, the benefits, trade-offs, and dangers of this transitional system are also briefly examined. In this paper, the airspace of the Southeast Asian region is used as a case study. Preliminary analyses also showed that the effect of route lengthening as a trade-off on the regional traffic is minimal. Finally, the future of the sectorless implementation in the Southeast Asia context is discussed. Several areas of necessary development and future study for this concept are also briefly presented.
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东南亚无扇区空域和扇区空域的过渡系统
随着空中交通需求的增长,空域规划者通过将空域划分为更好的可管理性来应对空中交通管制员工作量的增加。然而,这种方法也有其局限性,也带来了空中交通系统的低效率。这个问题的一个可能的解决方案是实施无扇区空域-具有单一统一扇区的空域。它的优点包括动态的人力分配,更短的飞行路径等。自引入无扇区空域概念以来已经很多年了,但迄今为止,这一想法尚未付诸实施。因此,本文讨论了与实现这一理念相关的一些关键考虑因素——利益相关者、必要的变更以及其他人已经完成的工作。迄今为止,对无扇区的研究主要局限于实验室和模拟。要使无部门的想法得到实施,首先必须在现实世界中进行试验。试验是获得许多利益相关者批准和接受的必要步骤,因此必须仔细设计。在此之后,本文对两种空域的过渡系统进行了概念化和讨论。提出的过渡系统是一种混合模式系统,可同时运行传统的扇区和无扇区空域。从飞行规则、覆盖范围、空中交通管制员的安排以及各机构之间的协调策略等方面进行了阐述。此外,还简要审查了这种过渡制度的好处、利弊和危险。本文以东南亚地区的空域为例进行了研究。初步分析还表明,航线延长作为一种权衡对区域交通的影响是最小的。最后,对东南亚地区无部门实施的未来进行了讨论。并简要介绍了这一概念需要发展和未来研究的几个领域。
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