Hybrid Air Route Network Simulation Based on Improved RW-Bucket Algorithm

Hybrid Air Route Network Simulation Based on Improved RW-Bucket Algorithm

Lai Xin, Zhao De Cun, Huang Long Yang, Wu D. Ti
DOI: 10.4018/IJITSA.304808
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Abstract

The fixed-route network is the basis for airlines to carry out flight direction planning. Some countries and regions have introduced temporary routes as a supplement to the fixed route structure. Temporary routes have the advantages of intercepting curves and straightening, and less detouring areas, which can save airlines fuel consumption and improve operational efficiency. This article takes the mixed airline's route network as the research object. Firstly, the structural properties of mixed air route networks are analyzed by using complex network theory. Secondly, the RW-bucket algorithm to generate a mixed air route network structure is analyzed. According to the conclusion of the analysis, the RW-bucket algorithm is improved. Finally two flight information region route network data are used to verify the proposed hybrid route network construction method by computer simulation.
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Introduction

The route network of most countries and regions is divided into a fixed-route network (ATS) and a temporary route network. Air routes that can relieve air traffic congestion, improve the traffic environment, increase airspace capacity, and have limited use conditions are collectively referred to as temporary air routes. The specific naming of temporary routes varies from country to country. The route network composed of temporary routes is called a temporary route network. such as the European region's route network in addition to the ATS route network has a conditional route (CDR) network and direct route (DCT) network. In addition to the ATS network, there are temporary routes in China's route network. A route network composed of two or more two types is called a hybrid route network. The route network is the basis for airlines to plan their flights. Fixed routes as the main air transport routes, connecting the flight information regions, bear the vast majority of transport tasks, Temporary routes are mainly distributed in restricted areas and near hub airports. Fixed routes and temporary routes use there is a big difference, fixed routes can be used as the airline's long-term flight operation of the road planning basis, and the use of temporary routes need airlines to make temporary applications and obtain the approval of the relevant management departments, but temporary routes have a short distance, less around the advantages of the region, the use of temporary routes can save fuel consumption for airlines, improve operational efficiency. Statistics on the effects of using temporary routes from 2015 to 2019 are shown in Table 1.

Table 1.
Temporary airline use effectiveness data
YearSave flying distance
(kilometers)
Saved aviation fuel
(tons)
Reduced carbon dioxide
(tons)
20151158000006250001970000
2016979000005300001660000
20171343000007200002280000
20181574000008500002680000
20191570000008500002670000

Source: (Statistical Bulletin on the Development of the Civil Aviation Industry,2019)

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