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Featured The Electronic Warfare (EW) suite for a Fighter Aircraft (EM and EO)

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Advances in machine learning and artificial intelligence mean that electronic warfare systems, no matter what their specific function, may all benefit from a new underlying concept known as advanced " Cognitive Electronic Warfare," or Cognitive EW. The main goal is to be able to increasingly automate and otherwise speed up critical processes, from analyzing electronic intelligence to developing new electronic warfare measures and countermeasures, potentially in real-time and across large swathes of networked platforms.

At its most basic, this concept revolves around the idea of being able to detect and categorize the signals that an opponent is using, for whatever purpose, and then use machine learning and artificial intelligence algorithms to help further automate the process of developing countermeasures and counter-countermeasures. A computer system, especially one with an ever-growing library of electronic signature data collected from a wide array of sources, could parse through that information much faster than a human, or even a team of humans depending on the volume of available intelligence, rapidly identifying items of interest for further analysis and exploitation. It may even be able to start doing some of that follow-on work by itself after isolating the important data.
 
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@Signalian


why these f-18 growler have propellers or fans on them?
View attachment 668846

Those are AN/ALQ-99s used for jamming radars, the little turbines you see there are RAT (ram air turbines) used for generating power, so the pod uses its own power. The more power the better for jamming purposes.
 
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Those are AN/ALQ-99s used for jamming radars, the little turbines you see there are RAT (ram air turbines) used for generating power, so the pod uses its own power. The more power the better for jamming purposes.
thank you
that's what i thought it has something to do with power or something like that
 
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View attachment 668638

Advances in machine learning and artificial intelligence mean that electronic warfare systems, no matter what their specific function, may all benefit from a new underlying concept known as advanced " Cognitive Electronic Warfare," or Cognitive EW. The main goal is to be able to increasingly automate and otherwise speed up critical processes, from analyzing electronic intelligence to developing new electronic warfare measures and countermeasures, potentially in real-time and across large swathes of networked platforms.

At its most basic, this concept revolves around the idea of being able to detect and categorize the signals that an opponent is using, for whatever purpose, and then use machine learning and artificial intelligence algorithms to help further automate the process of developing countermeasures and counter-countermeasures. A computer system, especially one with an ever-growing library of electronic signature data collected from a wide array of sources, could parse through that information much faster than a human, or even a team of humans depending on the volume of available intelligence, rapidly identifying items of interest for further analysis and exploitation. It may even be able to start doing some of that follow-on work by itself after isolating the important data.
much more clear picture for whats written on the slide?
 
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