In this paper the Mexican Satellite Space Launch Center Failure Model and the Real Time System design are presented. Mexico has the fourth best place in the world to establish Space Platforms, where the reduced cost and geographical place is optimal to construct the Launch Center [24, 28]. This open the opportunity to design, build and launch Mexican geostationary Satellites from the Mexican Space Launch Center like other countries of the Space Community. This proposal was one of the papers presented during the Mexican Space Agency (AEM) Consultation Forums (2010-2011) however, the System design and Failure Analysis are presented on this paper. As Mexico has recently entered to the space community it is important that new designs of space systems are developed, proposed and formally described before being constructed.
The methodologies for designing the systems of the Mexican Satellite Space Launch Center are the Structured Analysis for Real Time (SA-RT), the software is carried out by the LACATRE Real Time Formal language; the System Failure Model is analyzed and proposed using Fault Trees. Some recent related work, the methodology for designing similar systems- has been presented during the 6th IAASS Conference in Montreal, Canada (2013), and throughout the Aerospace congress in Guadalajara México CYCYTA (2013). Also some related work had been presented during the International Mexican Aerospace Science and Technology Society (SOMECYTA) international congress held in San Luis Potosí, México (2012) and during the Mexican Space Consultation Forums (2010-2011). The Real Time Satellite Space Launch Center System design and Failure Model, is the first step to propose and construct the first Satellite Space Launch Center in México.
Real-Time Mexican Satellite Space Launch Center Failure Model, System Design and Failure Analysis
Space Safety is No Accident ; Kapitel : 24 ; 201-210
2015-01-01
10 pages
Aufsatz/Kapitel (Buch)
Elektronische Ressource
Englisch
SA-RT , LACATRE , Fault Tree , Risk Assessment , Safety Software , Real-Time , Space Launch Center , Rocket , Platform , External Factor Engineering , Aerospace Technology and Astronautics , Quality Control, Reliability, Safety and Risk , Space Sciences (including Extraterrestrial Physics, Space Exploration and Astronautics)
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