Title :
Leveraging an avionics support environment for shared application to multiple platforms
Author :
Smith, Kent ; Miyahara, Gary
Author_Institution :
WR-ALC/LYPCA, Robins AFB, GA, USA
Abstract :
The Advanced Avionics Multi-Radar Software Support Study (AAMRSSS) sponsored by the Warner Robins Air Logistics Center Special Operations Forces Engineering, has evolved an avionics support strategy to leverage support facility resources currently used to support the F-15 Eagle, to also support the AC-130U Gunship. In support of the recommendations of the AAMRSS Study, a second set of studies (AAMRSSS2) have been undertaken to develop specific technologies and tools to improve support of the air-to-ground capabilities of the radar avionics. Primarily focused on the system-in-the-loop test and validation capabilities of the F-15 APG-70 Software Development Facility, technology improvements have been identified for the analog and digital target generators, as well as the incorporation of a playback system for instrumented flight data. These technology improvements have been integrated into the plan for the shared support environment to optimize effective support for the unique capabilities of the AC-130U Gunship. As the second study nears completion in the evaluation of prototype technology improvements and the establishment of design specifications, this paper reviews the capabilities of the current Warner Robins F-15 APG-78 Software Development Facility, describes the support needs and strategies for a shared multi-platform facility, and summarizes the support environment improvements targeted
Keywords :
military avionics; military computing; radar computing; real-time systems; software engineering; weapons; AC-130U Gunship; F-15 Eagle; Warner Robins F-15 APG-78 software development facility; air-to-ground capabilities; avionics support environment; dedicated software development; instrumented flight data; multiple platforms; playback system; radar avionics; shared support environment; system-in-the-loop test; weapon systems; Aerospace electronics; Aircraft; Application software; Costs; Embedded software; Logistics; Programming; Radar; System testing; Weapons;
Conference_Titel :
Digital Avionics Systems Conference, 1997. 16th DASC., AIAA/IEEE
Conference_Location :
Irvine, CA
Print_ISBN :
0-7803-4150-3
DOI :
10.1109/DASC.1997.635020