Note that John's idea for a hand-held RADAR differs from mine.
The one I propose would use Google Maps to correlate with the RADAR data, and to display where the user was, and the moving targets about him,
whereas John's RADAR would be provide a two, and perhaps three dimensional picture of the targets in its' range.
John's RADAR would use techniques like those used in medical imaging I suppose.
I thought those were merely the mind-control rays, but I thought their spectrum also covered 174-216 MHz and 470-890 MHz. ;-)
Cheers! Rich
It would be asfer for everyone if you stayed away from Google entirely.
See above.
John
Arny Krueger snipped-for-privacy@hotpop.com posted to sci.electronics.design:
The SPG's operated in one band only. Both tracking and target illuminator fed through the same waveguide.
Arny Krueger snipped-for-privacy@hotpop.com posted to sci.electronics.design:
I do not remember many multi megawatt (average power) radars on platforms smaller than a medium sized ship. There are a few on largish aircraft. But all the ones i really remember as big radar were fixed location ground mounted. The commercial services i was remarking about were rated continuous power.
Note that John's idea for a hand-held RADAR differs from mine.
The one I propose would use Google Maps to correlate with the RADAR data, and to display where the user was, and the moving targets about him,
whereas John's RADAR would be provide a two, and perhaps three dimensional picture of the targets in its' range.
John's RADAR would use techniques like those used in medical imaging I suppose.
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