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添加2字节 、 2020年9月6日 (日) 17:23
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Localized percolation refers to removing a node its neighbors, next nearest neighbors etc. until a fraction of <math>1-p</math> of nodes from the network is removed. It was shown that for random graph with Poisson distribution of degrees <math>p_c=\tfrac{1}{\langle k\rangle}</math> exactly as for random removal. For other types of degree distributions <math>p_c</math> for localized attack is different from random attack
 
Localized percolation refers to removing a node its neighbors, next nearest neighbors etc. until a fraction of <math>1-p</math> of nodes from the network is removed. It was shown that for random graph with Poisson distribution of degrees <math>p_c=\tfrac{1}{\langle k\rangle}</math> exactly as for random removal. For other types of degree distributions <math>p_c</math> for localized attack is different from random attack
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'''<font color="#FF8000">局部渗滤 Localized Percolation </font>'''指的是去除一个节点的邻居、次近邻等。直到网络中概率为 <math>1-p</math> 的一部分节点被移除。结果表明,对于泊松分布为 <math>p_c=\tfrac{1{\langle k\rangle}</math> 的随机图,和随机删除是一样的。对于其他类型的度分布,局部攻击和随机攻击是不同的。
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'''<font color="#FF8000">局部渗滤 Localized Percolation </font>'''指的是去除一个节点的邻居、次近邻等。直到网络中概率为 <math>1-p</math> 的一部分节点被移除。结果表明,对于服从泊松分布<math>p_c=\tfrac{1{\langle k\rangle}</math> 的随机图,和随机删除是一样的。对于其他类型的度分布,局部攻击和随机攻击是不同的。
    
''(threshold functions, evolution of <math>\tilde G</math>)''
 
''(threshold functions, evolution of <math>\tilde G</math>)''
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