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Challenges and Solutions for Embedded and Networked Aerospace Software Systems.

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Title: Challenges and Solutions for Embedded and Networked Aerospace Software Systems.
Authors: SHARP, DAVID C.1,2 david.sharp@boeing.com, BELL, ALEX E.2 alex.e.bell@boeing.com, GOLD, JEFFREY J.2 Jeffrey.j.gold@boeing.com, GIBBAR, KEN W.2 wendy.c.roll@boeing.com, GVILLO, DENNIS W.2 dennis.w.gvillo@boeing.com, KNIGHT, VANN M.2 vann.m.knight@boeing.com, MURPHY, KEVIN P.2 kevin.p.murphy@boeing.com, ROLL, WENDY C.2 wendy.c.roll@boeing.com, SAMPIGETHAYA, RADHAKRISHNA G.1,2 radhakrishna.g.sampigethaya@boeing.com, SANTHANAM, VISWA1,2 vdot.santhanam@boeing.com, WEISMULLER, STEVEN P.1,2 steven.weismuller@boeing.com
Source: Proceedings of the IEEE. Apr2010, Vol. 98 Issue 4, p621-634. 14p. 3 Diagrams.
Subjects: Aerospace engineering, Aeronautics, Computer software development, Boeing Co., Electronic systems, Guidance systems (Flight)
Abstract: Aerospace systems are increasingly dependent upon software for their functionality, with associated software spanning a wide range of application domains. These include aircraft and spacecraft flight controls, mission computing, weapons management, command and control, surveillance, sensor management and processing, telemetry, and more. Understanding of their unique challenges has driven technology development on many fronts associated both with the products such as real-time component-based application frameworks, supporting middleware, and algorithms and the processes and tools by which they are created such as model-based development and integration, automated code generation, simulations, and desktop test environments. This paper describes a number of these domains and challenges, future directions associated with networking and systems of systems, and technologies facilitating their development within The Boeing Company. [ABSTRACT FROM AUTHOR]
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Database: Engineering Source
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Abstract:Aerospace systems are increasingly dependent upon software for their functionality, with associated software spanning a wide range of application domains. These include aircraft and spacecraft flight controls, mission computing, weapons management, command and control, surveillance, sensor management and processing, telemetry, and more. Understanding of their unique challenges has driven technology development on many fronts associated both with the products such as real-time component-based application frameworks, supporting middleware, and algorithms and the processes and tools by which they are created such as model-based development and integration, automated code generation, simulations, and desktop test environments. This paper describes a number of these domains and challenges, future directions associated with networking and systems of systems, and technologies facilitating their development within The Boeing Company. [ABSTRACT FROM AUTHOR]
ISSN:00189219
DOI:10.1109/JPROC.2009.2039631