Wireless system for flight safety industry

Q3 Business, Management and Accounting International Journal of Enterprise Network Management Pub Date : 2018-09-13 DOI:10.1504/IJENM.2018.10015773
V. Kavitha, A. S. Lakshmi
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Abstract

Many parameters can be measured and stored in the black box. The details stored in the black box are essential for the analysis of causes of the accident. In the formal black box, data is stored and it can be retrieved only after the identification of black box after crash. So it is very difficult to identify the exact location of the black box after a crash. Many leading officials and famous personalities died in air crashes and it takes a lot of time to identify the location of crash. It leads to wastage of money and time. Saving human life is the basic nature of humanity. In this article, black box data is transmitted to an earth station. The details are updated to the base station through wireless medium. It is transmitted to selected base stations by calculating the shortest path between them using ad hoc algorithm. Ad hoc algorithm is a multi hop network algorithm which switches to various stations by calculating its distance. Thus black box data is updated to base station wirelessly using ad hoc algorithm.
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飞行安全行业无线系统
许多参数可以测量并存储在黑盒中。存储在黑盒中的详细信息对于分析事故原因至关重要。在正式的黑匣子中,数据被存储,只有在崩溃后识别出黑匣子后才能检索到。因此,很难确定碰撞后黑匣子的确切位置。许多主要官员和知名人士死于空难,确定坠机地点需要大量时间。这会浪费金钱和时间。拯救人类生命是人类的基本本性。在本文中,黑盒数据被传输到地球站。通过无线介质将细节更新到基站。通过使用自组织算法计算基站之间的最短路径,将其发送到选定的基站。Ad hoc算法是一种多跳网络算法,通过计算其距离来切换到不同的站点。因此,使用ad hoc算法将黑盒数据无线地更新到基站。
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来源期刊
International Journal of Enterprise Network Management
International Journal of Enterprise Network Management Business, Management and Accounting-Management of Technology and Innovation
CiteScore
0.90
自引率
0.00%
发文量
28
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