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The immune method for classifying objects on the basis of the target clonal selection

Korablyov M., Fomichov O., Kushnaryov M., Wójcik W.

Elektronika : konstrukcje, technologie, zastosowania

2013

Vol. 54, nr 8

36-39

W pracy omawiany jest algorytm klasyfikacji immunologicznej, który działa w oparciu o model selekcji klonalnej, z wykorzystaniem konkurencyjnego klonowania sekwencyjnego w zakresie wyboru celu. Skoncentrowano się na mutacji operatorów i wstępnej selekcji oraz, zasad doboru antygenów docelowych. Do klasyfikacji przeciwciał, które nie były głównym wyborem zaproponowano użycie przeciwciał-delegatów ze znanymi, należącymi do klas metodami.

In this paper considered the immune object classification algorithm that works on the model selection of clones using sequential cloning competitive-target selection. The focus is on the mutation operators and the primary selection, principles of selection of target antigens. For the antibodies classification that have not been the primary selection we proposed using antibodies-delegates with known methods, belonging to classes.

Reasoning by SVD and Morphotronic Network

Chaczko Z., Resconi G.

International Journal of Electronics and Telecommunications

2011

Vol. 57, No. 2

145-152

The immune system of the vertebrates possess the capabilities of “intelligent” information processing, which include memory, the ability to learn, to recognize, and to make decisions with respect to unknown situations. The mathematical formalization of these capabilities forms the basis of immune-computing (IC) as a new computing approach that replicates the principles of information processing by proteins and immune networks. This IC approach looks rather constructive as a basis for a new kind of computing. With the Morphotronic System or the analogous SVD we can create effective learning process and create immune memory by the projection operators. Given the immune memory is possible to recognize and compare antigen in a way to take defense action to eliminate the dangerous cell.

Behaviour of Solutions to Marchuk's Model Depending on a Time Delay

Bodnar M., Foryś U.

International Journal of Applied Mathematics and Computer Science

2000

Vol. 10, no 1

97-112

Marchuk's model of an immune reaction is a system of differential equations with a time delay. The aim of this paper is to study the behaviour of solutions to Marchuk's model depending upon the delay of immune reaction and the history of an illness. We study Marchuk's model without delays, with aconstant delay and with an infinite delay. A continuous dependence on thedelay is considered. Bifurcation points are found using computer simulations.