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PROBLEMS OF METHOD AND SUBJECT MATTER IN THE GENERAL SYSTEM THEORY

机译:通用系统理论中的方法和主题问题

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Half a century ago Ludwig von Bertalanffy introduced a new discipline, General SystemrnTheory (GST). He defined the purpose of the new discipline as unification of science and itsrnsubject matter as formulation of general system principles, or principles applicable to allrnsystems. Unfortunately, no such principles have been formulated yet. This paperrndemonstrates that the methods of GST are incapable of producing principles applicable tornall systems. The limitations of the methods were caused by the use of naturalistic ontology,rnwhich represents systems as real objects, or things and assemblages of things.rnThis paper suggests an alternative approach which is based on the assumption that the mainrnpurpose of the system approach is dealing with complexity, and the main method servingrnthis purpose is analysis-synthesis. It is also based on (1) Kant's teaching that system is not arnreal object but a conception of reason; (2) the Activity Approach view that system ontologyrnshould incorporate system methods; and (3) the Aristotelian standard of formulatingrnprinciples by means of opposition.rnThis paper suggests the following methodology for developing system principles. In thernfirst step, by analyzing existing definitions of system, the principal system concepts andrncategorical oppositions should be identified. In the second step, by analyzing classicalrncases, the principle stages of analysis-synthesis and the corresponding systemrnrepresentations should be identified and formulated in terms of the principal systemrnconcepts and categories. In the third step, these stages and representations should bernreformulated in terms of the categorical oppositions to produce two respective types ofrnsystem principles: "regulative" principles of method, and "constitutive" principles ofrnrepresentation. In the final step, the ontological picture of system that incorporates allrnthese principles should be constructed.
机译:半个世纪前,路德维希·冯·贝塔兰菲(Ludwig von Bertalanffy)提出了一个新学科,即通用系统理论(GST)。他将新学科的目的定义为科学及其学科主题的统一,作为通用系统原理或适用于所有系统的原理的表述。不幸的是,还没有制定这样的原则。本文证明了GST的方法不能产生适用于所有系统的原理。这些方法的局限性是由于使用自然主义本体论引起的,该本体论将系统表示为真实的对象或事物和事物的组合。本文提出了一种替代方法,该方法基于以下假设:复杂性,用于此目的的主要方法是分析综合。这也基于(1)康德的教导,即系统不是虚幻的对象,而是理性的概念; (2)活动方法观点,即系统本体应包含系统方法; (3)亚里士多德通过对立来制定原理的标准。本文提出了以下开发系统原理的方法。在第一步中,通过分析现有的系统定义,应确定主要的系统概念和分类对立。第二步,通过分析经典案例,应根据主要系统的概念和类别来确定和制定分析综合的主要阶段和相应的系统表示。在第三步中,应根据类别对立来重新构造这些阶段和表示形式,以产生两种各自类型的系统原理:方法的“调节”原理和表示的“构成性”原理。在最后一步,应该构建包含所有这些原理的系统的本体论图。

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