A network with few connections between nodes is low in global efficiency as it takes many jumps to transfer information from one node to another (A). A network with many connections between nodes is high in global efficiency as it takes fewer connections to transfer information from one node to another (B).</p
We introduce the concept of communicability angle between a pair of nodes in a graph. We provide str...
<p>(A–C) The global metric reliability was derived from HbO, HbR, and HbT, respectively. Five colors...
<p>, , , and denote the local efficiency, global efficiency, normalized local efficiency, normaliz...
Networks are known to be prone to node or link failures. A central issue in the analysis of complex ...
The computational efficiency and computational complexity of different networks.</p
<p>(A) The clustering coefficient and (B) the characteristic path length are shown as a function of ...
While the global efficiency measures how easy it is to travel or exchange information concurrently b...
Centrality metrics aim to identify the most relevant nodes in a network. In the literature, a broad ...
Graph theoretical analysis has played a key role in characterizing global features of the topology o...
無The main purpose of this paper is to find some statistical properties of social networks to enhance...
<p>Relationship between average buffer size and node degree for different routing strategies on netw...
Graph theoretical analysis has played a key role in characterizing global features of the topology o...
The decline rate of the network efficiency as a function of removing the top m vertices ranked by de...
<p>Clustering coefficient (<b>A</b>), shortest path length (<b>B</b>), global efficiency (<b>C</b>) ...
<p> and are the network size and the number of links, respectively. is the network efficiency <a h...
We introduce the concept of communicability angle between a pair of nodes in a graph. We provide str...
<p>(A–C) The global metric reliability was derived from HbO, HbR, and HbT, respectively. Five colors...
<p>, , , and denote the local efficiency, global efficiency, normalized local efficiency, normaliz...
Networks are known to be prone to node or link failures. A central issue in the analysis of complex ...
The computational efficiency and computational complexity of different networks.</p
<p>(A) The clustering coefficient and (B) the characteristic path length are shown as a function of ...
While the global efficiency measures how easy it is to travel or exchange information concurrently b...
Centrality metrics aim to identify the most relevant nodes in a network. In the literature, a broad ...
Graph theoretical analysis has played a key role in characterizing global features of the topology o...
無The main purpose of this paper is to find some statistical properties of social networks to enhance...
<p>Relationship between average buffer size and node degree for different routing strategies on netw...
Graph theoretical analysis has played a key role in characterizing global features of the topology o...
The decline rate of the network efficiency as a function of removing the top m vertices ranked by de...
<p>Clustering coefficient (<b>A</b>), shortest path length (<b>B</b>), global efficiency (<b>C</b>) ...
<p> and are the network size and the number of links, respectively. is the network efficiency <a h...
We introduce the concept of communicability angle between a pair of nodes in a graph. We provide str...
<p>(A–C) The global metric reliability was derived from HbO, HbR, and HbT, respectively. Five colors...
<p>, , , and denote the local efficiency, global efficiency, normalized local efficiency, normaliz...