当前位置:首页 > 报告详情

KAIROS:基于人工智能的航空气象信息.pdf

上传人: 哆哆 编号:631216 2025-04-19 21页 5.71MB

1、FLY AI Forum 2025April 22nd2025,Brussels,BelgiumKAIROS:AI-based MET Information for AviationThis project has received funding from the SESAR Joint Undertaking(JU)under grant agreement No 101114701.The JU receives support from the European Unions HorizonEurope researchand innovationprogramme andtheSE

2、SAR JU members otherthantheUnion.01020304050607INDEXIntroductionAI Paradigm ShiftTechnology BenefitsKAIROS ProjectMethodologyResultsNext StepsEnhanced weather information is critical for ATFM decision making ATFM weather-related delays have increased significantly over the past 3 years.Strong correl

3、ation observed between rising traffic demand and weather-induced delays.Severe weather events are becoming more frequent and disruptive.IntroductionWeather is a ChallengeAI Paradigm ShiftTransforming Aviation METAutomation More frequent updates to informationDigitalizationEasy to integrate into deci

4、sion support tools/platformsScalabilityProven technology on local and global forecastsContinuous learningLive data feed enables model continuous improvementProviding aviation stakeholders with precise digital weather forecast at longer lead times.Data Driven Eliminates human bias in forecastTechnolo

5、gy BenefitsAdvantages of AI-based METMET DataAI TechnologyDecision Support PlatformsEnd UsersKAIROS ProjectCollaborating for ImpactFast-track Innovation&Uptake Industrial R&D Project:”Seeks to accelerate the market uptake of innovative solutions.”Mature TRL 2 TRL7 in 36monthsHigh altitude ice crysta

6、lsConvectionTurbulenceLow visibilitySO2/DustProduce AI-based MET forecasts for several weather phenomenaAssess operation benefits of AI weather forecasts to aviation end-users12Drone OperatorsANSPsAirlinesAirportsEngine OEMsKAIROS ProjectObjectives?AI Models?KAIROS ProjectCONOPSGoal:Approach:Leverag

word格式文档无特别注明外均可编辑修改,预览文件经过压缩,下载原文更清晰!
三个皮匠报告文库所有资源均是客户上传分享,仅供网友学习交流,未经上传用户书面授权,请勿作商用。
本文介绍了FLY AI Forum 2025会议中,比利时布鲁塞尔的KAIROS项目,该项目旨在通过人工智能技术提高航空领域的气象信息服务质量。项目得到了欧洲联盟Horizon Europe研究和创新计划的资助,并与SESAR联合事业体合作。文章强调了改进气象预报对于减少航空延误的重要性,并指出近年来由于天气原因导致的延误显著增加,与交通需求的增加呈正相关。此外,文章还提到了人工智能在气象预报中的应用,以及如何通过持续学习来优化模型。KAIROS项目通过开发能够预测多种天气现象的AI模型,评估了AI天气预报对航空用户的效益。项目在多个方面取得了进展,例如,通过AI模型预测高空气流冰晶、低能见度、湍流和二氧化硫/灰尘等,并与传统天气预报产品进行了比较。结果显示,AI模型在某些方面取得了高达60%的F1分数提升,表明其具有更高的精确度和召回率。项目的下一步是进行 operational validation,与航空领域的最终用户合作,评估AI预报的实际运营效益。
"AI如何在航空领域发挥作用?" "KAIROS项目如何提升天气预报准确性?" "人工智能如何帮助减少航空天气延误?"
客服
商务合作
小程序
服务号
折叠