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논문 기본 정보

자료유형
학술저널
저자정보
Rhee, Chung-Hoon (Computational Vision and Fuzzy System Laboratory) Rhee, Byung-Ho (Soft Computing and Neural Networks Laboratory) Cho, Sung-Ho (Communications and Singnal Processing Lab.)
저널정보
한국음향학회 한국음향학회지 한국음향학회지 제17권 제4호
발행연도
1998.1
수록면
28 - 34 (7page)

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In most switching system, the processing unit is designed to work efficiently even at relatively high loads, but when the offered traffic exceeds a particular level, the rate of completed calls can fall drastically. A single call handled by the switching system consists of a sequence of events or messages that has to be processed by the control unit. The control unit is not only incapable of handling all of the offered calls, but also its call handling capability can drop as the offered load increases. The real time available for call processing is a critical resource that requires careful management. Therefore, the overloading of this resource must be detected by a subscriber in the from of a dial tone delay or an uncompleted call which is either blocked or mishandled. The subscriber may respond by either dialing prematurely or by re-attempting a call. This action can further escalate the processors load, which is spent for uncompleted calls. Unless a proper control is used, the switching system can finally break down. In this paper, we paper, we propose a fuzzy overload detection and control method for switching systems, which can by generating fuzzy rules via fuzzy aggregation networks. Simulation results involving a switching system is given.

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