Existing cascading models of wireless sensor networks (WSNs) mainly focus on the impacts
of network topologies, but fail to take into consideration the impacts of routing protocols …

Existing cascading models for wireless sensor networks (WSNs) mainly focus on the impact
of node capacity on network performances and fail to consider the link capacity. Moreover …

Although some progress has been made in studying the invulnerability of wireless sensor
networks (WSNs) against cascading failures, they only consider the impact of network …

In practical wireless sensor networks (WSNs), routing schemes determine the message-
forwarding direction of sensor nodes, which have a significant impact on the cascading …

Current research on cascading model for wireless sensor networks (WSNs) fails to consider
the impacts of the sink node on network traffic distribution, which makes them unable to …

Existing cascading models for wireless sensor networks (WSNs) cannot correctly reflect the
traffic feature of WSNs. In this work, we build a more practical cascading model for WSNs, in …

For real-world wireless sensor networks (WSNs), the invulnerability of the network is very
critical, because a cascading failure would cause a serious effect on the whole network …

Existing studies on cascading failure of scale-free wireless sensor networks (WSNs) fail to
take into consideration the impact of the sink node. On the one hand, this limitation makes …

Due to the prominent advantages in network lifetime and energy balance, the application of
multi-sink wireless sensor networks (WSNs) is becoming more and more widespread …

Research relating to the invulnerability of Wireless Sensor Networks (WSNs) has made
gratifying progress. However, most of them concentrate on the statistic features of networks …