A Broad Perspective on Cloud Integrated Flight Data Recorder

Satish Chaudhary, A. P. Singh, Devender Sharma
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Abstract

The history of air traffic, whether its about the safety or the qualitative inspection of the several sensors and interconnected mechanical parts, is well known. Hence, the efforts applied through the research and analysis of several engineers profoundly made the air traffic investigation safer and more comfortable. As a result,the flight investigation of whether the lost aircraft or the airplane’s found wreckage has become more secure and convenient than in the Past. The use of light and advanced materials, the development of excellent communication equipment, and the rapid development of the aviation sector have played a crucial role in increasing its safety and reach to the general public, and so do the several challenges associated with the aviation sector. As a result, there has been much research regarding the air traffic investigation with the help of advanced sensor and better software that can simulate and even predict the dangers provided by several parameters helping in the investigation and exploring better sides of safety. The accident can be prevented with the help of improvements provided based on accurate analysis of previous air accidents. In modern aircraft, there is a device called the Black Box which helps analyze and investigate. For example, after Malaysian flight MH370’s disappearance, the airline again felt to upgrade the black box to a new working standard of the cloud-based technology. Currently, there are many cloud storage services worldwide such as GOOGLE, APPLE, AMAZON, MICROSOFT etc. After this accident and similar previous aircraft disappearances from different parts of the world, researchers finally decided to test steaming to nearby air traffic services and storing flight data in remote cloud storage. This study attempts to compile the worldwide efforts in the cloud-integrated flight data recorder (CIFDR) field. This research primarily focuses on different ways of storing data on cloud-based technology. The different trend worldwide approaches and different means applied to test this system without hindering the associated safety of the data going through encryption and decryption. Recently there has been a proliferation of internet facilities in flight. Although it is still in its infancy phase, the flight data can be sent to remote servers by improving this technique. Many challenges in transmitting flight data in real-time need to be overcome before commercializing this technique.
云集成飞行数据记录仪的展望
空中交通的历史,无论是关于安全还是对几个传感器和相互连接的机械部件的定性检查,都是众所周知的。因此,通过几位工程师的研究和分析所做的努力,深刻地使空中交通调查更安全,更舒适。因此,无论是失联飞机还是发现飞机残骸的飞行调查,都比过去更加安全和方便。轻质和先进材料的使用、优秀通信设备的开发以及航空部门的快速发展在提高其安全性和向公众提供服务方面发挥了至关重要的作用,与航空部门相关的一些挑战也是如此。因此,在先进的传感器和更好的软件的帮助下,已经有很多关于空中交通调查的研究,这些研究可以模拟甚至预测几个参数提供的危险,帮助调查和探索更好的安全方面。在对以往航空事故进行准确分析的基础上进行改进,可以预防这次事故。在现代飞机上,有一个叫做黑匣子的装置,用来帮助分析和调查。例如,马航MH370航班失联后,该航空公司再次考虑将黑匣子升级到基于云技术的新工作标准。目前,全球有许多云存储服务,如谷歌、苹果、亚马逊、微软等。在这次事故和世界不同地区之前类似的飞机失踪事件之后,研究人员最终决定测试向附近的空中交通服务发送数据,并将飞行数据存储在远程云存储中。本研究试图汇编全球在云集成飞行数据记录仪(CIFDR)领域的研究成果。本研究主要关注基于云技术的不同数据存储方式。不同的趋势,世界范围内的方法和不同的手段应用于测试该系统,而不妨碍数据通过加密和解密的相关安全性。最近,飞机上的互联网设施越来越多。虽然该技术还处于起步阶段,但通过改进该技术,可以将飞行数据发送到远程服务器。在将该技术商业化之前,需要克服实时传输飞行数据的许多挑战。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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