The cost of a genetic algorithm
with dictatorial selection, only the champion is important,
to match a binary password 111..1
Select the range of length of target strings :
Pick an option
1-12
1-15
1-20
1-25
1-30
1-40
1-50
1-60
1-70
1-100
Clear everything
CLEAR
PURPOSE
PASSWORD_LENGTH, WORST CASE COST
PASSWORD_LENGTH, SOLUTIONS OF EVOLUTION
PASSWORD_LENGTH, SOLUTIONS OF RANDOMNESS
PASSWORD_LENGTH, COST_RANDOMNESS, COST_EVOL, COST_WORST_CASE, COST_RAND/COST_EVOL, COST_WORSE_CASE/COST_RAND
PASSWORD_LENGTH, IS COST_EVOL < COST_RAND?, IS COST_RAND < (COST_EVOL)^2?, IS COST_RAND < (COST_EVOL)^3?
PASSWORD_LENGTH, IS COST_RAND < COST_WORSE_CASE?, IS COST_WORSE_CASE < (COST_RAND)^2?, IS COST_WORSE_CASE < (COST_RAND)^3?
EXTRAPOLATED COST OF EVOLUTION, RANDOMNESS, WORSECASE
INFORMATION FOR DEBUGGING
TIME DATA
TIME DATA 2
body{background-color:#1d1f20;}
body{background-color:#1d1f20;}
body{background-color:#1d1f20;}
Range of length of target strings