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第170行：
第170行： − 这个方程不能用解析方法求解，而可用数值方法进行表示。综上所述，当伽马值较大时，网络表现为一个随机网络，攻击鲁棒性与随机网络的随机故障鲁棒性相似。然而，当伽马值较小时，无标度网络的攻击临界阈值变得相对较小，表明无标度网络的攻击弱于目标攻击。+ − 第178行：
第177行： − 有关复杂网络的攻击容忍度的更多详细信息，请参阅攻击容忍页面。+
→Targeted attacks on scale-free networks 无标度网络的针对性攻击
This equation cannot be solved analytically, but can be graphed numerically. To summarize the important points, when gamma is large, the network acts as a random network, and attack robustness become similar to random failure robustness of a random network. However, when gamma is smaller, the critical threshold for attacks on scale-free networks becomes relatively small, indicating a weakness to targeted attacks.
This equation cannot be solved analytically, but can be graphed numerically. To summarize the important points, when gamma is large, the network acts as a random network, and attack robustness become similar to random failure robustness of a random network. However, when gamma is smaller, the critical threshold for attacks on scale-free networks becomes relatively small, indicating a weakness to targeted attacks.
该方程无法解析求解，但可以用数字表示。从中得出的结论是，当伽马值γ很大时，该网络可近似看作随机网络，其对抗攻击的鲁棒性变得类似于随机网络的随机故障鲁棒性。但是，当γ较小时，针对无标度网络攻击的临界阈值将变得相对较小，其抵抗定向攻击的脆弱性质逐渐显现出来。
For more detailed information on the attack tolerance of complex networks please see the attack tolerance page.
For more detailed information on the attack tolerance of complex networks please see the attack tolerance page.
有关复杂网络攻击耐受性的更多详细信息，请参阅攻击耐受性页面。
==Cascading failures==
==Cascading failures==