We are to find the optimum point of the following objective function: f(x,y)=6x³y²log(x+2y) 5≤x≤7 2≤y≤5 Assume that we are planning to use an evolutionary algorithm to find the optimum point of h. We use 7 bit binary number for x, and another 7 bit binary number for y. Assume that one individual chromose is as following: x = 1000111 and y = 1111000. what would be the fitness value for this chromosome? (rounded to the thousandth)
We are to find the optimum point of the following objective function: f(x,y)=6x³y²log(x+2y) 5≤x≤7 2≤y≤5 Assume that we are planning to use an evolutionary algorithm to find the optimum point of h. We use 7 bit binary number for x, and another 7 bit binary number for y. Assume that one individual chromose is as following: x = 1000111 and y = 1111000. what would be the fitness value for this chromosome? (rounded to the thousandth)
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Transcribed Image Text:We are to find the optimum point of the following objective
function:
f(x,y)=6x³y²log(x+2y) 5≤x≤7 2<y≤5
Assume that we are planning to use an evolutionary algorithm to
find the optimum point of h. We use 7 bit binary number for x,
and another 7 bit binary number for y. Assume that one individual
chromose is as following: x= 1000111 and y = 1111000. what
would be the fitness value for this chromosome? (rounded to the
thousandth)
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