01.Aerospace and Electronic Systems by John G. Webster (Editor)

By John G. Webster (Editor)

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There are many types and functions of processors on aircraft. The most obvious processor is the central computer, also called the mission computer. The central computer provides direct control and display to the aircrew. The federated architecture (discussed in more detail later) is based on the central computer directing the scheduling and tasking of all the aircraft subsystems. Other noteworthy computers are the data-processing and signal-processing computers of the radar subsystem and the computer of the inertial navigation system.

This is especially true in all areas of aerospace sciences, where flight control, flight safety, in-flight entertainment, navigation, and communications are continuously being improved by software upgrades. Operation Flight Programs. An operational flight program (OFP) is the software of an aircraft embedded computer system. An OFP is associated with an aircraft’s primary flight processors, including the central computer, vertical and multiple display processors, data processors, signal processors, and warning receivers.

These include tracking, mapping, scanning, and identification. Golden (5) states that radar is tasked either to detect the presence of a target or to determine its location. Depending on the function emphasized, a radar system might be classified as a search or a tracking radar. Stimson (6) describes the decibel (named after Alexander Graham Bell) as one of the most widely used terms in the design and description of radar systems. The decibel (dB) is a logarithmic unit originally devised to express power ratios, but also used to express a variety of other ratios.

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