Get ready for the battlebots. Killer robots against killer robots. Swarms of UAVs against swarms of UAVs. In that fight, the faster chip will matter more than the faster AI.
Good story. Aircraft use a similar system with the help of IFF. Radar returns are not as accurate in identifying the target because of the constant turning and movement, sometimes at speeds in excess of Mach 1, by the target. This would be very advantageous to the side that has it as long as there is no direct connection between the sight and the trigger without a human in the middle.
Get ready for the battlebots. Killer robots against killer robots. Swarms of UAVs against swarms of UAVs. In that fight, the faster chip will matter more than the faster AI.
Maybe.
Chris Miller makes a solid argument in this Association of Old Crows podcast. Would be interested in whatever your take is!
https://player.fm/series/from-the-crows-nest/a-deeper-dive-into-microelectronics
Good story. Aircraft use a similar system with the help of IFF. Radar returns are not as accurate in identifying the target because of the constant turning and movement, sometimes at speeds in excess of Mach 1, by the target. This would be very advantageous to the side that has it as long as there is no direct connection between the sight and the trigger without a human in the middle.
Car 102 in the illustration looks to me to be a Mercedes, not a Dodge,