Airborne Early Warning System Concepts by Maurice W. Long

Phd Thesis Virginia Polytechnic Institute By Maurice W. Long

This complete dialogue of airborne early caution (AEW) method thoughts contains a wide variety of matters, together with services and barriers, developmental traits and possibilities for development. inclusive of contributions from specialists within the box, the ebook is gifted at various degrees of complexity, starting from uncomplicated to complicated. For the generalist, the textual content offers a basic figuring out of the prestige of AEW thoughts with using purely trouble-free arithmetic. For the expert, there are separate chapters that emphasize key AEW radar matters, together with such issues as airplane results on sidelobe litter; muddle and goal versions for AEW; radar parameter choice; muddle, fake alarm, and objective course information; algorithms for a number of goal monitoring; and aim acceptance process improvement. it will likely be a welcome library addition for the engineer, scientist, approach integrator, person, fashion designer, or supervisor with curiosity in AEW thoughts. it's also compatible for college kids and professors of electric and approach engineering or army technological know-how.

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The controller needs to see other air traffic if it happens to be in close proximity (in range, azimuth, and altitude) to the SSC aircraft. The controller does not need to see an airliner that passes over the same geographical point as the SSC aircraft at 35,000 feet when the SSC aircraft is at 200 feet, however. This "tailoring" of the display could probably best be accomplished using an expert system that limits the data the controller views based on mission tasking, but at the same time displays to the controller all critical (mission and nonmission) information.

The controller also must live within a prescribed set of engagement rules. The AEW controller in a tactical mission such as task force defense needs to determine whether, where, and when a hostile action such as the firing of a cruise 24 missile has occurred, and then alert the task force commander as to the nature of the threat. In this scenario, there is not a strong need for the AEW actually to detect and track the cruise missile. The tactical AEW controller has a greater need to detect automatically the separation of a cruise missile from an airborne platform or the launch of a cruise missile from a surface or submerged platform.

The fixed wing aircraft had become the new surveillance platform. Eyes have long since been replaced by more sophisticated sensors. World War II brought the advent of radar to aircraft and more recently, long-range infrared (IR) sensors and ultrasensitive optical detectors have been brought into use. Aircraft have become more complex as well; but to keep things in perspective, the aircraft platform does nothing more than the tree of old. It places the sensor in the optimum position to take advantage of its capabilities.

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