Wireless multihop infrastructures (WMIs) are promising network platforms that facilitate
applications, such as smart cities, emergency responses, and outdoor events. WMIs can …

Wireless multihop infrastructure (WMI) networks can provide essential support for
information exchange and the Internet access, particularly during emergencies and in smart …

We explore distributed mechanisms for maintaining the physical layer connectivity of a
mobile wireless network while still permitting significant area coverage. Moreover, we …

The movement of nodes in a wireless ad hoc network has a significant effect on network
integrity. To guarantee applicationspecific dynamic quality of service demands, a novel …

A wireless multihop infrastructure (WMI) employs homogeneous and easily deployable
wireless routers to facilitate disaster-resilient Internet access in smart cities, emergency …

In Mobile Sensor Networks (MSNs), limited transmission range of the sensor nodes requires
nodes to collaborate with each other in order to send their data to the Base Station (BS) …

The widespread availability of portable devices with multiple wireless interfaces, eg, IEEE
802.11, WiMAX, Bluetooth, and/or UMTS, is leveraging the potential of novel supports to …

Flexible network infrastructure is highly desired in emergencies and for the Internet of Things
(IoT). Wireless multi-hop infrastructures (WMIs) are flexible network structures that employ …

Natural disasters and other emergency situations have the potential to destroy a whole
network infrastructure needed for communication critical to emergency rescue, evacuation …

As ubiquitous networks evolve, various kinds of wireless networks will appear and coexist
together with fixed networks. In particular, distributed control wireless networks will become …