Perhaps it would it change it to a mutlivariable type problem, from ordinary differential equations to partial differential equations;where the other variable would be location. I'm just curious for some reason, I am not super familiar with mathematical epidemiology;however, it seems very interesting.
How would your model change ,if assumption 3 changed in the following manner:the probability of getting infected was a function of location(which seems more realistic).Could it still be modeled with general differential equations?
Perhaps it would it change it to a mutlivariable type problem, from ordinary differential equations to partial differential equations;where the other variable would be location. I'm just curious for some reason, I am not super familiar with mathematical epidemiology;however, it seems very interesting.
AmadeusStatisitician 8 months ago
How would your model change ,if assumption 3 changed in the following manner:the probability of getting infected was a function of location(which seems more realistic).Could it still be modeled with general differential equations?
AmadeusStatisitician 8 months ago
Ditto, There is no sound for the 2nd half.
Great video. It really clarified a lot - Can you clarify the 2nd half? Numbers on the board were a bit hard to see.
hpimbert 1 year ago
@hpimbert And without sound, it was harder to interpret
hpimbert 1 year ago
No sound after 4:54 :(
jdogatl 2 years ago