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Partition of systems by general system logical theory (GSLT)

机译:通过一般系统逻辑理论(GSLT)分区系统

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In this paper we study the partition of a systems by a new theory denoted General System Logical Theory GSLT). The partition of a system in subsystems creates a conflict situation. In fact when we move from the system to the subsystems, new variables grow up. These variables are the elements that represent the interaction of one subsystem with the others. The interaction is computed by recursive equations that compute the interaction terms. So any subsystem can be isolated from the total system but we must join external variables or sources or inputs that represent the action of the other subsystems. The GSLT language is used to detect the conflict between the system and the subsystems and solve the conflict by the computation of the internal action among the subsystems. We can associate with any subsystem a global variable that changes in time only for the action of the other subsystems.
机译:在本文中,我们通过新的理论描述了一个由一般系统逻辑理论GSLT的一个新理论的分区)。子系统中系统的分区创造了冲突情况。事实上,当我们从系统移动到子系统时,新的变量长大。这些变量是表示一个子系统与其他系统的交互的元素。通过计算交互术语的递归方程来计算交互。因此,任何子系统都可以从总系统隔离,但我们必须加入代表其他子系统的操作的外部变量或源或输入。 GSLT语言用于检测系统和子系统之间的冲突,并通过计算子系统之间的内部动作来解决冲突。我们可以与任何子系统关联一个全局变量,该变量仅在于仅用于其他子系统的操作。

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