#20
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The fact this shows at the GUI Display a differenciation among the coin and the pull tab is realy neat, but you know very well that this most of the time does not express reality, because the data input and processed to ID these materials are based on commonly found conductivity standards in the internal datalog. Metals degraded, soil mineralization and even long time buried metals produce variable which screws detection. Add to this, the incredible depth limitation those devices pocess. Now, picture in your mind, DSP inside an electronic LRL. A processor inside. No need to be ultra fast. A 1 GHz CPU would suffice. This CPU would manage operations inside the circuit similar to what it does in the regular MD, with the advantage of pocessing long range detection and also updating its filtering information in realtime, building up a real time library. Which concept of the above you think would benefit best? Answer: An automobile could be turned into a Formula 1 car. But the Jet Fighter would be turned into a UFO.
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"Should exist injustice and untruths towards working LRLs, I'll show up to debunker the big mouths" |
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