Fatigue Improves Fit at 900mV
- For 300 and 600mV, latencies are roughly flat.
- However, with 900mV latencies gradually increase at .329 ms
per spike.
- This kind of makes sense, with lower spike rates recovering
from fatigue, and higher spike rates enabling it to accumulate,
and thus slow firing.
- Rates at less than once per 6 cycles should not accumulate
fatigue (600mV) and at once per 4 cycles it should (900 mV).
- So, Fatigue > 3* Recovery, and Fatigue < 5*Recovery.
- For accumulated fatigue to cause an extra cycle it has to have .538
units surplus after 35 cycles, which means Fatige - 3* Recovery
~= .015.
- Select Recovery at .1, and Fatigue at .315 works, however
this allows all fatigue to be erased after the 35th cycle.
- Select Recovery at .01 and Fatigue at .045 then the latencies
increase after 35 cycles (as the data indicates).
- So, Theshold 2.6, Decay 1.1, Fatigue .045 and Recovery .01.
