Scientific paper ID 1753 : 2019/1
ADAPTATION AND APPLICATION OF ECALL IVS DEVICES FOR UNMANNED AERIAL SYSTEMS
Krume Andreev, Rumen Arnaudov, Marin Aldimirov
The article explores the possibilities for adapting and using technical solutions to the existing eCall automotive system for timely signaling of incidents in the field of un-manned aerial systems (UAS). The potential benefits of using them for UAS for civil and commercial purposes are presented. The technological challenges related to the adaptation of the IVS car unit to work on board of UAS are explored. Field test results are presented to investigate the capabilities of IVS instrumentation for incident and in-flight emergency situations. Ideas for future development and research are presented. Field test results are presented to investigate the possibilities of software analysis of incidents. The experimental results show clearly distinguishable zones in the recorded data, that allow instrumental registering of emergency related events such as freefall, parachute opening and hitting the ground. This opens the possibility for timely signaling and timely submission of data from the incident to rescue teams and stakeholders. This article aims to challenge and direct the interest of institutions and companies in developing specialized modules and standards, as happened with the eCall standard.
eCall UAS безпилотна летателна система IVS InVehicle система HeERO Veronica 2eCall UAS Unmanned Aerial System IVS InVehicle System HeERO Veronica 2Krume Andreev Rumen Arnaudov Marin Aldimirov
 European Committee for Standardization. Intelligent transport systems - eSafety - Pan-European eCall operating ments, London: BSI. 2011
 http://www.heero-pilot.eu/view/en/ecall.htm... accessed at 2019.02.19
 A. Rooke, Press release, As HeERO expands, pan-European eCall moves to next step
 EN16062: Intelligent transport systems - eSafety - eCall high level application ments (HLAP)”, EUROPEAN COMMITTEE FOR STANDARDIZATION, BS EN 16062:2011, 2011
 N. Stoianov, Implementation of an Automated Emergency Call In-vehicle System Device. s.l., Silesian University of Technology, pp. 338-341, 2013
 IEEE Vehicular Technology Society. 1616 IEEE Standard for Motor Vehicle. New York: The Institute of Electrical and Electronics Engineers. 2005
 Continental AG. Veronica 2 project. European Commission website.
[Online]2009 http://ec.europa.eu/transport/road_safety/p... .
 M. Aldimirov, R. Arnaudov, “Method for automated reconstruction of a car’s path during crash from GPS/INS data using a Kalman filter”. Advances in En-gineering Software. Elseiver, DOI: 10.1016/j.advengsoft.2017.10.009 , 2017