2006IEEE Aerospace and Electronic Systems MagazineRequires access

Three large LCD cockpit concept for retrofit applications

A. de Reus, N. de Gelder, Anthony Fokkerweg, L. Lacoste

Open publisher page 2 citations

Abstract

Nowadays glass cockpits for commercial aircraft usually feature six display units. When one or two units are lost due to failures, continued safe flight is guaranteed using the remaining units. In this article a cockpit concept is proposed with only three display units, and at least the same safety level. This three large LCD cockpit can reduce costs for the airlines, while at the same time providing built-in growth potential for emerging functions. Innovative display technology based upon the "fail safe concept" and a reconfigurable interface between pilots and the avionics system allow these seemingly incompatible goals.

About this research paper

What this paper is about

Nowadays glass cockpits for commercial aircraft usually feature six display units. When one or two units are lost due to failures, continued safe flight is guaranteed using the remaining units. In this article a cockpit concept is proposed with only three display units, and at least the same safety level. This three large LCD cockpit can reduce costs for the airlines, while at the same time providing built-in growth potential for emerging functions. Innovative display technology based upon the "fail safe concept" and a reconfigurable interface between pilots and the avionics system allow these seemingly incompatible goals.

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OpenAlex reports 2 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

Nowadays glass cockpits for commercial aircraft usually feature six display units. When one or two units are lost due to failures, continued safe flight is guaranteed using the remaining units. In this article a cockpit concept is proposed with only three display units, and at least the same safety level. This three large LCD cockpit can reduce costs for the airlines, while at the same time providing built-in growth potential for emerging functions. Innovative display technology based upon the "fail safe concept" and a reconfigurable interface between pilots and the avionics system allow these seemingly incompatible goals.

Key concepts: Cockpit, Avionics, Engineering, Liquid-crystal display, Computer science, Aeronautics, Systems engineering, Automotive engineering

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