

McqMate
These multiple-choice questions (MCQs) are designed to enhance your knowledge and understanding in the following areas: Computer Science Engineering (CSE) .
101. |
In Evolutionary programming, survival selection is |
A. | probabilistic selection (μ+μ) selection |
B. | (μ, λ)- selection based on the children only (μ+λ)- selection based on both the set of parent and children |
C. | children replace the parent |
D. | all the mentioned |
Answer» A. probabilistic selection (μ+μ) selection |
102. |
In Evolutionary strategy, survival selection is |
A. | probabilistic selection (μ+μ) selection |
B. | (μ, λ)- selection based on the children only (μ+λ)- selection based on both the set of parent and children |
C. | children replace the parent |
D. | all the mentioned |
Answer» B. (μ, λ)- selection based on the children only (μ+λ)- selection based on both the set of parent and children |
103. |
In Evolutionary programming, recombination is |
A. | doesnot use recombination to produce offspring. it only uses mutation |
B. | uses recombination such as cross over to produce offspring |
C. | uses various recombination operators |
D. | none of the mentioned |
Answer» A. doesnot use recombination to produce offspring. it only uses mutation |
104. |
In Evolutionary strategy, recombination is |
A. | doesnot use recombination to produce offspring. it only uses mutation |
B. | uses recombination such as cross over to produce offspring |
C. | uses various recombination operators |
D. | none of the mentioned |
Answer» B. uses recombination such as cross over to produce offspring |
105. |
Step size in non-adaptive EP : |
A. | deviation in step sizes remain static |
B. | deviation in step sizes change over time using some deterministic function |
C. | deviation in step size change dynamically |
D. | size=1 |
Answer» A. deviation in step sizes remain static |
106. |
Step size in dynamic EP : |
A. | deviation in step sizes remain static |
B. | deviation in step sizes change over time using some deterministic function |
C. | deviation in step size change dynamically |
D. | size=1 |
Answer» B. deviation in step sizes change over time using some deterministic function |
107. |
Step size in self-adaptive EP : |
A. | deviation in step sizes remain static |
B. | deviation in step sizes change over time using some deterministic function |
C. | deviation in step size change dynamically |
D. | size=1 |
Answer» C. deviation in step size change dynamically |
108. |
What are normally the two best measurement units for an evolutionary algorithm?
|
A. | 1 and 2 |
B. | 2 and 3 |
C. | 3 and 4 |
D. | 1 and 4 |
Answer» D. 1 and 4 |
109. |
Evolutionary Strategies (ES) |
A. | (µ,λ): select survivors among parents and offspring |
B. | (µ+λ): select survivors among parents and offspring |
C. | (µ-λ): select survivors among offspring only |
D. | (µ:λ): select survivors among offspring only |
Answer» B. (µ+λ): select survivors among parents and offspring |
110. |
In Evolutionary programming, |
A. | individuals are represented by real- valued vector |
B. | individual solution is represented as a finite state machine |
C. | individuals are represented as binary string |
D. | none of the mentioned |
Answer» B. individual solution is represented as a finite state machine |
111. |
In Evolutionary Strategy, |
A. | individuals are represented by real- valued vector |
B. | individual solution is represented as a finite state machine |
C. | individuals are represented as binary string |
D. | none of the mentioned |
Answer» A. individuals are represented by real- valued vector |
112. |
(1+1) ES |
A. | offspring becomes parent if offspring\s fitness is as good as parent of next generation |
B. | offspring become parent by default |
C. | offspring never becomes parent |
D. | none of the mentioned |
Answer» A. offspring becomes parent if offspring\s fitness is as good as parent of next generation |
113. |
(1+λ) ES |
A. | λ mutants can be generated from one parent |
B. | one mutant is generated |
C. | 2λ mutants can be generated |
D. | no mutants are generated |
Answer» A. λ mutants can be generated from one parent |
114. |
Termination condition for EA |
A. | mazimally allowed cpu time is elapsed |
B. | total number of fitness evaluations reaches a given limit |
C. | population diveristy drops under a given threshold |
D. | all the mentioned |
Answer» D. all the mentioned |
115. |
Which of the following operator is simplest selection operator? |
A. | random selection |
B. | proportional selection |
C. | tournament selection |
D. | none |
Answer» A. random selection |
116. |
Which crossover operators are used in evolutionary programming? |
A. | single point crossover |
B. | two point crossover |
C. | uniform crossover |
D. | evolutionary programming doesnot use crossover operators |
Answer» D. evolutionary programming doesnot use crossover operators |
117. |
(1+1) ES |
A. | operates on population size of two |
B. | operates on populantion size of one |
C. | operates on populantion size of zero |
D. | operates on populantion size of λ |
Answer» A. operates on population size of two |
118. |
Which of these emphasize of development of behavioral models? |
A. | evolutionary programming |
B. | genetic programming |
C. | genetic algorithm |
D. | all the mentioned |
Answer» A. evolutionary programming |
119. |
EP applies which evolutionary operators? |
A. | variation through application of mutation operators |
B. | selection |
C. | both a and b |
D. | none of the mentioned |
Answer» C. both a and b |
120. |
Which selection strategy works with negative fitness value? |
A. | roulette wheel selection |
B. | stochastic universal sampling |
C. | tournament selection |
D. | rank selection |
Answer» D. rank selection |
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