Delay tolerant networks (DTN) require innovation in routing technology because of the
intermittent connectivity of the nodes in the network. Routing must account for the delay in …

As a supporting technology for most pervasive applications, indoor localization and
navigation has attracted extensive attention in recent years. Conventional solutions mainly …

Abstract In traditional Mobile Adhoc Networks routing algorithms, the existence of a
sustainable path between the source and destination is a crucial issue. These algorithms …

In delay‐tolerant networks, network topology changes dynamically and there is no
guarantee of continuous connectivity between any two nodes. These features make DTN …

Opportunistic networks utilize pocket switching for routing where each node forwards its
messages to a suitable next node. The selection of the forwarder node is crucial for the …

With the development of mobile Internet, wireless communication via mobile devices has
become a hot research topic, which is typically in the form of Delay Tolerant Networks …

With the growing popularity of mobile smart devices, the existing networks are unable to
meet the requirement of many complex scenarios; current network architectures and …

In many practical situations, the mobility is critical factor for an intended message delivery.
Recently studies have found that mobility itself affects the network performance (capacity of …

In rural areas an ambulance carrying a patient may require to connect with experts in a city.
In rural areas it is not possible that network connectivity to the ambulance available all the …

With the growing popularity of mobile smart devices, the existing networks are unable to
meet the requirement of many complex scenarios; current network architectures and …