Safe land system architecture design of multi-rotors considering engine failure

Year 2022, , 7 - 19, 30.04.2022

Seyed Yaser Nabavi Chashmi , Davood Asadi , Karim Ahmadi Dastgerdi

https://doi.org/10.55212/ijaa.1032693

Cited By: 7

Abstract

There is growing interest to use drones for application like delivery services, air taxi, surveillance, and inspection to reduce operational time and cost and increase the performance and functionalities. However, there are some risks related to using this technology one of them is the hazard to the humans and assets in the case of an emergency scenario like motor failure. The current technologies suggest to land as soon as possible in such these scenarios, however finding and selecting a suitable landing area considering the capabilities of the faulty drone and controlling the drone towards the selected point is a problem which requires provisions during the design process of the drone. The situations get more complex considering that the vehicle should be able to adopt itself by its time varying environment. In this paper the system approach is used to break the safety requirements to functional and physical requirements and based on these requirement analyses, the functional and physical architectures of the drone are designed. The proposed design suggests that the drones aggregate their perception about the environment to maximize the safety of people and assets through a special databank called potential landmark databank.

Keywords

Multi-Copters, Emergency Scenarios, Functional Architecture, Physical Architecture

Supporting Institution

Scientific and Technological Research Council of Turkey (TÜBİTAK) under 3501 programs

Project Number

120M793

Thanks

Adana Science and Technology University - Department of Aerospace Engineering Scientific and Technological Research Council of Turkey (TÜBİTAK)

Güvenli kara sistemi mimari tasarimi motor arizalarini dikkate alarak çok rotorlu mimari tasarimi

Abstract

Operasyonel süreyi ve maliyeti azaltmak ve performans ve işlevleri artırmak için teslimat hizmetleri, hava taksi, gözetim ve denetim gibi uygulamalar için dronları kullanmaya artan bir ilgi var. Ancak, bu teknolojinin kullanılmasıyla ilgili bazı riskler vardır, bunlardan biri motor arızası gibi bir acil durum senaryosunda insanlar ve varlıklar için tehlikedir. Mevcut teknolojiler bu tür senaryolarda en kısa sürede inmeyi önermektedir ancak hatalı drone'un yetenekleri göz önünde bulundurularak uygun bir iniş alanı bulunması ve seçilmesi ve drone'nun seçilen noktaya doğru kontrol edilmesi, uçağın tasarım sürecinde önlem alınması gereken bir sorundur. Uçan göz. Aracın zamana göre değişen ortamına kendini adapte edebilmesi gerektiği düşünüldüğünde durumlar daha da karmaşıklaşıyor. Bu yazıda, güvenlik gerekliliklerini işlevsel ve fiziksel gereksinimlere ayırmak için sistem yaklaşımı kullanılmış ve bu gereksinim analizlerine dayalı olarak drone'nun işlevsel ve fiziksel mimarileri tasarlanmıştır. Önerilen tasarım, dronların, potansiyel arazi işareti veri bankası adı verilen özel bir veri bankası aracılığıyla insanların ve varlıkların güvenliğini en üst düzeye çıkarmak için çevre hakkındaki algılarını birleştirmelerini önermektedir.

Keywords

Çoklu Kopterler, Acil Durum Senaryoları, Fonksiyonel Mimari, Fiziksel Mimari

Project Number

120M793

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