Which of the following are correct in GA? (Select all the correct answer(s). Selecting incorrect answer(s) causes a negative mark) Question options: Genetic Algorithm guarantees that we can find the global maximum in some limited generations. The length of the chromosomes is constant in all variations of genetic algorithm Genetic algorithm can be used for the problems that the goal is to minimize mean square error. When cross over probability in genetic algorithm is 0.7 it means 30 percent of the selected parents are copied directly to the next generation without any further processing.
Which of the following are correct in GA? (Select all the correct answer(s). Selecting incorrect answer(s) causes a negative mark) Question options: Genetic Algorithm guarantees that we can find the global maximum in some limited generations. The length of the chromosomes is constant in all variations of genetic algorithm Genetic algorithm can be used for the problems that the goal is to minimize mean square error. When cross over probability in genetic algorithm is 0.7 it means 30 percent of the selected parents are copied directly to the next generation without any further processing.
Related questions
Question
Which of the following are correct in GA? (Select all the correct answer(s). Selecting incorrect answer(s) causes a negative mark)
Question options:
|
Genetic Algorithm guarantees that we can find the global maximum in some limited generations. |
|
The length of the chromosomes is constant in all variations of genetic algorithm |
|
Genetic algorithm can be used for the problems that the goal is to minimize mean square error. |
|
When cross over probability in genetic algorithm is 0.7 it means 30 percent of the selected parents are copied directly to the next generation without any further processing. |
Expert Solution
This question has been solved!
Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.
This is a popular solution!
Trending now
This is a popular solution!
Step by step
Solved in 4 steps