An improved weather impacted traffic index model based on fuzzy theory

Author:

Xie Lei1,Zou Xiang1,Wang Yingqi2,Su Gang1

Affiliation:

1. Second Research Institute of Civil Aviation Administration of China, China

2. Office of Air Traffic Regulation of Civil Aviation Administration of China, China

Publisher

ACM

Reference16 articles.

1. Civil aviation administration of China . 2020 annual report of civil aviation industry of China [R] , 2020 . Civil aviation administration of China. 2020 annual report of civil aviation industry of China [R], 2020.

2. Civil aviation administration of China . 2019 annual report of civil aviation industry of China [R] , 2019 . Civil aviation administration of China. 2019 annual report of civil aviation industry of China [R], 2019.

3. Civil aviation administration of China . 2018 annual report of civil aviation industry of China [R] , 2018 . Civil aviation administration of China. 2018 annual report of civil aviation industry of China [R], 2018.

4. M. Callaham , J. DeArmon , A. Cooper , Assessing NAS performance: normalizing for the effects of weather[C]// 4th USA/Europe ATM R&D Seminar. Santa Fe . 2001 . M. Callaham, J. DeArmon, A. Cooper, Assessing NAS performance: normalizing for the effects of weather[C]// 4th USA/Europe ATM R&D Seminar. Santa Fe. 2001.

5. A. Klein , L. S. Cook , B. Wood, Airspace capacity estimation using flows and weather-impacted traffic index[C]// 2008 Integrated Communications , Navigation and Surveillance Conference. Bethesda. 2008 . A. Klein, L. S. Cook, B. Wood, Airspace capacity estimation using flows and weather-impacted traffic index[C]// 2008 Integrated Communications, Navigation and Surveillance Conference. Bethesda. 2008.

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1. Weather Avoidance Field Establishment Algorithm Based on Fuzzy Theory;2023 3rd International Signal Processing, Communications and Engineering Management Conference (ISPCEM);2023-11-25

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