<p>The corresponding degree of edge direction means the number of “inappropriate” control conditions. The subplots (c, d) display the degree of edge with weight 1 (real edges) and 0 (non-real edges) respectively. The number of nodes is 10<sup>3</sup>.</p
Shows tipping boundaries created by fitted curves for degree mixed networks between two degrees (k1,...
Recently, controllability of complex networks has attracted enormous attention in various ...
<p>For each network, the number of nodes and edges is given. If multiple edge types are present in t...
<p>(a-c) ER network under different average degree 〈<i>k</i>〉. (d-f) SF network with <i>γ</i> = 2.5 ...
<div><p>Recent advances indicate that assigning or reversing edge direction can significantly improv...
Recent advances indicate that assigning or reversing edge direction can significantly improve the st...
<p>(a, b, c) The networks are modified by maximum-weighted independent sets showing optimal controll...
<p>(a) the number of driver nodes at different stages of the cascading failure; (b) the amount of ed...
<p>The red and green edges of (b) constitute a 2-cycle—which is meaningless for EOOC. The red and or...
<p>Plot of drive nodes of real, rand-Degree and rand-ER network (a) before (</p><p></p><p></p><p><mi...
<p>(a) , (b) , (c) , (d) the amount of failed edges in cascades as a function of removal fraction f...
<p>(a) The fraction <i>f<sub>hi-lo</sub></i> and the probability <i>p</i> have a clear linear relati...
<p>The x-axis displays every two symmetric directed edges. The real edges are divided into three cat...
<p>(a) , (b) , (c) , (d) the amount of failed edges in cascades as a function of removal fraction f...
<p>A) Performance over networks as connections are added to an empty network based on node degree (l...
Shows tipping boundaries created by fitted curves for degree mixed networks between two degrees (k1,...
Recently, controllability of complex networks has attracted enormous attention in various ...
<p>For each network, the number of nodes and edges is given. If multiple edge types are present in t...
<p>(a-c) ER network under different average degree 〈<i>k</i>〉. (d-f) SF network with <i>γ</i> = 2.5 ...
<div><p>Recent advances indicate that assigning or reversing edge direction can significantly improv...
Recent advances indicate that assigning or reversing edge direction can significantly improve the st...
<p>(a, b, c) The networks are modified by maximum-weighted independent sets showing optimal controll...
<p>(a) the number of driver nodes at different stages of the cascading failure; (b) the amount of ed...
<p>The red and green edges of (b) constitute a 2-cycle—which is meaningless for EOOC. The red and or...
<p>Plot of drive nodes of real, rand-Degree and rand-ER network (a) before (</p><p></p><p></p><p><mi...
<p>(a) , (b) , (c) , (d) the amount of failed edges in cascades as a function of removal fraction f...
<p>(a) The fraction <i>f<sub>hi-lo</sub></i> and the probability <i>p</i> have a clear linear relati...
<p>The x-axis displays every two symmetric directed edges. The real edges are divided into three cat...
<p>(a) , (b) , (c) , (d) the amount of failed edges in cascades as a function of removal fraction f...
<p>A) Performance over networks as connections are added to an empty network based on node degree (l...
Shows tipping boundaries created by fitted curves for degree mixed networks between two degrees (k1,...
Recently, controllability of complex networks has attracted enormous attention in various ...
<p>For each network, the number of nodes and edges is given. If multiple edge types are present in t...