| Oh, wow. I'd love to hear more about how such a system works, purely for engineering value's sake, because it happens to be a thing I find very interesting from an outsider's standpoint. On the surface, as someone mostly naive about cellular RF, I know you're dealing with things like - Given <n> buildings, how do you optimize for reception around (and, for 1000 bonus points, inside) said buildings, while minimizing echos (and, subsequently, in-band noise that the RF frontends can't mechanically filter) from signal reflections? - Given a tunnel long enough to need a snake-antenna system (what are these properly called, and are they actually snakes? I just see long thick cables at the (dark) entrances to train tunnels), how should you place the towers near both ends of the tunnel to optimize handover? - Given <random bunch of hills>, how do you optimize placement within terrain, elevation, landscape features, etc? I'm guessing your system has access to highly-accurate databases of landscape/terrain and building geometry/geography (basically the machine-readable equivalent to Google Maps)? The reason I mention the above is to characterize/elucidate this problem space to hopefully attract interested replies encouraging you to find out what details your boss will let you share. :D |
Also I'm on vacation and I won't see my boss for another week :).