16 The set of all possible genotypes and their related fitness values is then called a fitness The relates the observed fitness of the members of a set of chromosomes sharing similar values in generation g to the expected number of 17 such members in the population in generation g+1. 18 The of a chromosome is the specific genetic makeup, usually in the form of DNA (in biology) or bitstrings (in GA). 19 is a form of competition amongst a fixed number of members of the population. In genetic algorithms, the computer generates to abstractly represent individuals of a population. This unit level is also found in biological 20 organisms.

Human Anatomy & Physiology (11th Edition)
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Author:Elaine N. Marieb, Katja N. Hoehn
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Chapter1: The Human Body: An Orientation
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16 The set of all possible genotypes and their related fitness values is then called a fitness
The
relates the observed fitness of the members of a set of chromosomes sharing similar values in generation g to the expected number of
17 such members in the population in generation g+1.
18 The
of a chromosome is the specific genetic makeup, usually in the form of DNA (in biology) or bitstrings (in GA).
19
is a form of competition amongst a fixed number of members of the population.
In genetic algorithms, the computer generates
to abstractly represent individuals of a population. This unit level is also found in biological
20 organisms.
Transcribed Image Text:16 The set of all possible genotypes and their related fitness values is then called a fitness The relates the observed fitness of the members of a set of chromosomes sharing similar values in generation g to the expected number of 17 such members in the population in generation g+1. 18 The of a chromosome is the specific genetic makeup, usually in the form of DNA (in biology) or bitstrings (in GA). 19 is a form of competition amongst a fixed number of members of the population. In genetic algorithms, the computer generates to abstractly represent individuals of a population. This unit level is also found in biological 20 organisms.
INDEX TERMS
Q1
Adaptive operators
Q18
Elitism
Q35
Koza
Q2
Arithmetic Mean
Q19
Ergodic
Q36
Kurtosis
Q3
Bias
Q20
Evolutionary Computing
Q37
k-way tournament selection
Q4
Block crossover
Q21
Exponential scaling
Q38
Landscape
Q5
Chromosomes
Q22
Fitness
Q39
Mutation
Q6
Cloning
Q23
Frequency
Q40
Negative Skew
Q7
Convergence
Q24
Gene pool
Q41
Normal distribution
Q8
Creeping Mutation
Q25
Generations
Q42
Phenotype
Q9
Cut-and-splice crossover
Q26
Genetic Algorithm
Q43
Plateauing
Q10
Cyclic crossover
Q27
Genetic programming
Q44
Premature convergence
Q11
Darwin : The Origin of Species
Q28
Genotype
Q45
Respectful operators
Q12
Degeneracy of genotype
Q29
Hamming cliff
Q46
Roulette wheel selection
Q13
DeJong's Thesis
Q30
Histogram
Q47
Schema Theorem
Q14
Dependent Variables
Q31
Illegal chromosomes
Q48
Simulated Annealing
Q15
Diploid
Q32
Inherent parallelism
Q49
Stepping Stone Model
Q16
Dithering
Q33
Initial Population
Q50
Variance
Q17
Diversity
Q34
John Holland
Transcribed Image Text:INDEX TERMS Q1 Adaptive operators Q18 Elitism Q35 Koza Q2 Arithmetic Mean Q19 Ergodic Q36 Kurtosis Q3 Bias Q20 Evolutionary Computing Q37 k-way tournament selection Q4 Block crossover Q21 Exponential scaling Q38 Landscape Q5 Chromosomes Q22 Fitness Q39 Mutation Q6 Cloning Q23 Frequency Q40 Negative Skew Q7 Convergence Q24 Gene pool Q41 Normal distribution Q8 Creeping Mutation Q25 Generations Q42 Phenotype Q9 Cut-and-splice crossover Q26 Genetic Algorithm Q43 Plateauing Q10 Cyclic crossover Q27 Genetic programming Q44 Premature convergence Q11 Darwin : The Origin of Species Q28 Genotype Q45 Respectful operators Q12 Degeneracy of genotype Q29 Hamming cliff Q46 Roulette wheel selection Q13 DeJong's Thesis Q30 Histogram Q47 Schema Theorem Q14 Dependent Variables Q31 Illegal chromosomes Q48 Simulated Annealing Q15 Diploid Q32 Inherent parallelism Q49 Stepping Stone Model Q16 Dithering Q33 Initial Population Q50 Variance Q17 Diversity Q34 John Holland
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