Comment by clhodapp
6 hours ago
This is really cool but... At some point, don't we have to start simulating things like internal interference in the conductors, induction, and sending/receiving radio signals?
6 hours ago
This is really cool but... At some point, don't we have to start simulating things like internal interference in the conductors, induction, and sending/receiving radio signals?
Yes and do you agree, the hardware running the simulator also would need to be characterized, and it's own conduction/induction/rf taken into account.
No, because the simulated computer does not exist in the real world. The host's physical characteristics only affect the simulation if they cause the host computer to malfunction.
I feel like that matters less the slower the simulation runs. Simulated RF interference would operate at a much slower timetable than the host system, and I don't really think the host system's RF matters so much until you're at speed parity with the original system and hoping to interface with hardware peripherals.
Absolutely! Seems like if hardware run something simulated at 50% speed, and want to also simulate rf, would need to half the wavelengths of the rf, and some of it may enter into mush zone.
The magic/more magic switch?