飞机按需黑匣子数据传输飞行记录仪压缩可靠性分析

Dhipo Arsyandana Putra, S. M. Nasution, Fairuz Azmi
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引用次数: 1

摘要

目前,黑匣子记录了事故中发生的所有重要信息,即飞行数据记录器(FDR)和驾驶舱语音记录器(CVR)。通过对数据进行压缩处理,使两者按需传输。这种方式可能是不需要找到黑匣子就可以呈现数据的。这将使调查人员在撤离过程中更容易。在本研究中,创建的程序是将数据转换成二进制,拆分合并数据和压缩数据。压缩结果基于FDR数据的类型和大小。该算法是为了使数据量更小,与压缩过程相比,解压缩过程需要更长的时间。分析结果表明,压缩过程比FDR数据记录过程快到1295.33秒。而所需的减压时间则更长至3805.10秒。在模拟FDR的过程中,从解析、压缩、解压缩直到合并所有数据所需的时间为5008,1316秒。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Analysis of flight data recorder compression reliability for airplane on demand blackbox data transmission
Currently, Blackbox records all important information that happens during the accident that is Flight Data Recorder (FDR) and Cockpit Voice Recorder (CVR). The data is for by applying a compression method to make both of them get into transmission with on demand. This way is probably to present the data without has to find the black box. It will make the investigator easier on the evacuation process. In this study, a program created is the conversion of data into binary, split and merge data and data compression. The compression results are based on the type and size of the FDR data. The algorithm is to make the data size smaller and the decompression process takes a long time compared to the compression process. The results of the analysis get the result that when the compression process is faster to 1295.33 second than FDR data recording process. and the time required decompression time longer to 3805.10 second. On the simulation FDR, from the process parsing, compression, decompression until merge all data needed time to 5008,1316 second.
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