更改

跳到导航 跳到搜索
添加172字节 、 2020年10月22日 (四) 16:30
无编辑摘要
第1行: 第1行: −
此词条暂由彩云小译翻译,未经人工整理和审校,带来阅读不便,请见谅。
   
本词条由信白初步翻译<br>
 
本词条由信白初步翻译<br>
   第6行: 第5行:  
Triadic closure is a concept in social network theory, first suggested by German sociologist Georg Simmel in his 1908 book Soziologie [Sociology: Investigations on the Forms of Sociation]. Triadic closure is the property among three nodes A, B, and C, such that if a strong tie exists between A-B and A-C, there is only a strong tie between B-C. This property is too extreme to hold true across very large, complex networks, but it is a useful simplification of reality that can be used to understand and predict networks.
 
Triadic closure is a concept in social network theory, first suggested by German sociologist Georg Simmel in his 1908 book Soziologie [Sociology: Investigations on the Forms of Sociation]. Triadic closure is the property among three nodes A, B, and C, such that if a strong tie exists between A-B and A-C, there is only a strong tie between B-C. This property is too extreme to hold true across very large, complex networks, but it is a useful simplification of reality that can be used to understand and predict networks.
   −
'''<font color="#FF8000">三合闭包 Triadic Closure </font>'''是'''<font color="#FF8000">社会网络理论 Social Network Theory </font>'''中的一个概念,最早由德国社会学家格奥尔格·西梅尔(Georg Simmel)在其1908年的著作《社会学:社会形式的调查》中提出。 三元闭合是三个节点A,B和C之间的属性,因此,如果A-B和A-C之间存在牢固的联系,则B-C之间仅存在牢固的联系。 这个属性太极端了,无法在非常大的'''<font color="#FF8000">复杂网络 Complex Network </font>'''中实现,但是它是对现实的有用简化,可以用来理解和预测网络。
+
'''<font color="#FF8000">三合闭包 Triadic Closure </font>'''是'''<font color="#FF8000">社会网络理论 Social Network Theory </font>'''中的一个概念,最早由德国社会学家格奥尔格·西梅尔 Georg Simmel在其1908年的著作《社会学:社会形式的调查》Sociology: Investigations on the Forms of Sociation中提出。<ref>[https://www.nytimes.com/2007/12/17/style/17facebook.html?pagewanted=print Georg Simmel], originator of the concept: "Facebook" article at [[the New York Times]] website. Retrieved on December 21, 2007.</ref>三元闭包指的是由A,B,C三个节点所组成的三元组的一种特性,即如果A-B和A-C之间存在强联系,则B-C之间也仅存在强联系。 这一特性过于极端,以至于它难以在规模较大、结构复杂的网络中被满足,然而在理解网络与网络预测等方面,它却是一种十分有用的对现实的简化。
     
80

个编辑

导航菜单