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- System bioscience is founded by Von.Bertalanffy at the aspects of theory biology and general system theory. 摘要系统生物科学最早开创于贝塔郎菲的理论生物学和一般系统论。
- Based on gray trend relational degree and general system theory, the model of gray trend relational system is investigated. 应用一般系统理论,结合灰色趋势关联度,研究了灰色趋势关联系统及数学模型。
- But scientists in the time from General System Theory to complexity studying today all have a tendence of "engaging in speculation and profiteering" when definiting the emergence. 但从一般系统论开始直到现代研究复杂性的科学家们，对涌现概念的界定都有“投机致富”之嫌。
- Query on the Unity of Science Based on the General System Theory 质疑一般系统论统一科学
- Keywords Capra;General system theory;Ecophilosophy;Web;Relation; 卡普拉;广义系统论;生态哲学;网络;关系;
- The System Characteristic of the Civil Action in Terns of General System Theory 一般系统论视角下民事诉讼的系统特征
- von Bertalanffy L. General system theory [M]. G.Braziller, 1968 哈肯.;协同学(中译本)
- General Systems Theory 系统通论
- general system theory 一般系统论
- It is a comprehensive explanation of control system theory. 它是关于控制系统理论的全面论述。
- Can System theory, Cybernetics and Information theory be Unified? 系统论、控制论与信息论能否统一?
- He put forward a set of large-scale system theory in the meeting. 他在会议上提出了一套大规模系统理论。
- GM(1,1) model of Grey System Theory is used in prediction realm. 在预测领域,灰色系统理论使用的是GM(1,1)模型。
- Lin F Y.The structural theory of general systems[C]//Xu G Z,et al.The Study of Systems Science and Engineering.Shanghai:Shanghai Publishing House of Science and Education,2000:183-195. [9]林福永.;一般系统结构理论[C]//许国志;顾基发;车宏安
- The theoretical foundation of the covariance is pertinence of system theory. 协变性的理论基础是系统原理中的相关性。
- Grey relativity analysis is a theoretical method of grey system theory. 灰色关联度分析是灰色系统理论的一种理论方法。
- Application of Grey System Theory in the Prediction of Soil Acidification. 应用灰色系统理论预测土壤酸化趋势
- Support for Generating Systems With Renewable Energies. 以可再生的能量支持发电系统
- Very general systems of differential equations can be reduced to the normal form. 形式很普通的微分方程组可以化为正规的形式。
- Founded on the hypercycle theory, this article discusses the basic generative mechanism of complex system, and deduces the key characteristics of generative systems. 文章以超循环理论为基础，讨论了复杂系统生成的基本机制，并由此推出生成性系统的重要特征。
