Inspired by Darwin’s theory of natural selection to explain the diversity and adaptability of life, Burnet’s clonal selection theory explains the diversity and learning properties of the acquired immune system of vertebrates. In a similar mirroring manner to the field of evolutionary computation that attempts to use the principles of the Darwinian theory and
genetics to address practical engineering problems a new field of study called ‘Clonal Selection Algorithms’ has emerged that attempts the same task by abstracting and applying the principles of Burnet’s foundational immunological theory. This paper provides a summary of this new field of clonal selection algorithms and proposes an algorithm taxono...
Abstract diagram of the clonal selection of B and T lymphocytes. Clonal selection theory is a scient...
Genetic algorithms are integral to a range of applications. They utilise Darwin’s theory of evolutio...
Artificial immune systems (AIS) constitute a relatively new area of bio-inspired computing. Biologic...
Clonal selection has been a dominant theme in many immune-inspired algorithms applied to machine lea...
AbstractClonal selection has been a dominant theme in many immune-inspired algorithms applied to mac...
The clonal selection algorithm is used by the natural immune system to define the basic features of ...
The vertebrate immune system is a robust and powerful information process system that demonstrates f...
The development of adaptive and intelligent computational methods is an important frontier in the fi...
A series of acquired immunity inspired clonal selection models have previously been proposed that in...
The clonal selection principle is used to explain the basic features of an adaptive immune response ...
The clonal selection principle describes the selection and maturation of lymphocytes, accounting for...
The clonal selection theory suggests an information processing principle of the selection and prolif...
Darwin’s natural selection theory of evolution to explain the origin of species is the archet...
AbstractArtificial immune systems (AIS) constitute a relatively new area of bio-inspired computing. ...
In this research work a large set of the classical numerical functions were taken into account in or...
Abstract diagram of the clonal selection of B and T lymphocytes. Clonal selection theory is a scient...
Genetic algorithms are integral to a range of applications. They utilise Darwin’s theory of evolutio...
Artificial immune systems (AIS) constitute a relatively new area of bio-inspired computing. Biologic...
Clonal selection has been a dominant theme in many immune-inspired algorithms applied to machine lea...
AbstractClonal selection has been a dominant theme in many immune-inspired algorithms applied to mac...
The clonal selection algorithm is used by the natural immune system to define the basic features of ...
The vertebrate immune system is a robust and powerful information process system that demonstrates f...
The development of adaptive and intelligent computational methods is an important frontier in the fi...
A series of acquired immunity inspired clonal selection models have previously been proposed that in...
The clonal selection principle is used to explain the basic features of an adaptive immune response ...
The clonal selection principle describes the selection and maturation of lymphocytes, accounting for...
The clonal selection theory suggests an information processing principle of the selection and prolif...
Darwin’s natural selection theory of evolution to explain the origin of species is the archet...
AbstractArtificial immune systems (AIS) constitute a relatively new area of bio-inspired computing. ...
In this research work a large set of the classical numerical functions were taken into account in or...
Abstract diagram of the clonal selection of B and T lymphocytes. Clonal selection theory is a scient...
Genetic algorithms are integral to a range of applications. They utilise Darwin’s theory of evolutio...
Artificial immune systems (AIS) constitute a relatively new area of bio-inspired computing. Biologic...