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A SYSTEM FRAMEWORK FOR THE DESIGN OF AN AVIONICS ARCHITECTURE WITH UPGRADE POTENTIAL - AVIONICS ARCHITECTURE ANALYSIS MODULE

N. M. Ramalingeswara rao, Arvind Kumar Sinha, R. Budiarianto Suryo Kusumo

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Abstract

The technological growth of ‘avionics systems’ has outpaced the service-life of the aircraft, resulting in avionics upgrade as a preferred cost-effective option to new design. Mid-life upgrade of “avionics systems” by state-of-the-art mission systems has been a challenging engineering task. The complexity of avionics upgrade process is due to the design rigidity of avionics systems architecture. An avionics architecture with growth potential is required to optimise avionics upgrade with state-of-the-art systems. In this paper, the overview of system framework for the development of avionics architecture with growth potential is presented, followed by the detailed discussion on the ‘Avionics Architecture Analysis’ (AAA) module. The AAA module considers various design parameters in identifying the architectural parameters of existing avionics.

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What this paper is about

The technological growth of ‘avionics systems’ has outpaced the service-life of the aircraft, resulting in avionics upgrade as a preferred cost-effective option to new design. Mid-life upgrade of “avionics systems” by state-of-the-art mission systems has been a challenging engineering task. The complexity of avionics upgrade process is due to the design rigidity of avionics systems architecture. An avionics architecture with growth potential is required to optimise avionics upgrade with state-of-the-art systems. In this paper, the overview of system framework for the development of avionics architecture with growth potential is presented, followed by the detailed discussion on the ‘Avionics Architecture Analysis’ (AAA) module. The AAA module considers various design parameters in identifying the architectural parameters of existing avionics.

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Available abstract

The technological growth of ‘avionics systems’ has outpaced the service-life of the aircraft, resulting in avionics upgrade as a preferred cost-effective option to new design. Mid-life upgrade of “avionics systems” by state-of-the-art mission systems has been a challenging engineering task. The complexity of avionics upgrade process is due to the design rigidity of avionics systems architecture. An avionics architecture with growth potential is required to optimise avionics upgrade with state-of-the-art systems. In this paper, the overview of system framework for the development of avionics architecture with growth potential is presented, followed by the detailed discussion on the ‘Avionics Architecture Analysis’ (AAA) module. The AAA module considers various design parameters in identifying the architectural parameters of existing avionics.

Key concepts: Avionics, Integrated modular avionics, Upgrade, Engineering, Architecture, Systems engineering, Avionics software, Life-critical system

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A SYSTEM FRAMEWORK FOR THE DESIGN OF AN AVIONICS ARCHITECTURE WITH UPGRADE POTENTIAL - AVIONICS ARCHITECTURE ANALYSIS MODULE — Research Paper | ScholarLens