Abstract
The biological immune system has many characteristics that can be applied to artificial intelligence for reference. Based on the biological T cell and the B cell immune response mechanism, one general immune controller (T-B/sub -/IC) model has been established in this paper. The immune controller model obtained from some former research is a concrete realization of which the T-B/spl I.bar/IC model is proposed in this article. It is well known that the boundary and stability of a control system are the most important factors for evaluating the system performance. For a control system made up of the T-B/spl I.bar/IC model, an analytical study of the boundedness and stability for the control system has little been published. In this paper, an IO boundedness theorem and a stability theorem have been made and the certification has been also given for a kind of SISO immune control system based on the small gain theorem. Similar result of the theorems can be achieved easily for other immune control systems which are composed of a kindred immune controller.
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