The optimization analysis of bracing systems for deep foundation pits is a rather complex problem of system engineering
which relates to many indexes belonging to safety and feasibility, economy and rationality, environmental protection and
convenience of construction. In this paper, the evaluation index system of bracing systems for deep foundation pits is
established; every index’s overall sorting weight is determined; the comprehensive evaluation results are obtained to
evaluate the degree of superiority and inferiority of bracing schemes by means of the system parameter fusion principle;
and then the optimum scheme is concluded.
Modern technology provides a great amount of information. In computer monitoring systems or computer control systems, especially real-time expert systems, in order to have the situation in hand, we need one or two parameters to express the quality and/or security of the whole system. This paper presents a principle for synthesizing measurements of multiple system parameters into a single parameter and its application to fuzzy pattern recognition.
Modern technology provides a great amount of information. In computer monitoring systems or computer control systems, especially real-time expert systems, in order to have the situation in hand, we need one or two parameters to express the quality and/or security of the whole system. This paper presents a principle for synthesizing measurements of multiple system parameters into a single parameter. This principle has been successfully applied in the monitoring of an ultra-energy efficient house in Canada and other applications.
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