Because of connectivity richness in mobile ad hoc networks, multiple paths often exist
between a source and a destination. Since many applications require uninterrupted …

Topological changes in mobile ad hoc networks frequently render routing paths unusable.
Such recurrent path failures have detrimental effects on quality of service. A suitable …

In mobile ad hoc networks, a communication path often spans multiple hops. Knowledge of
the residual path lifetime may be quite useful in path selection algorithms, where the source …

We study the problem of path selection in mobile ad-hoc networks. Based on our earlier
results we propose a novel scheme that (i) maximizes the expected durations of selected …

Topological changes in mobile ad hoc networks frequently render routing paths unusable.
Such recurrent path failures have detrimental effects on the network ability to support QoS …

In mobile ad hoc networks, node mobility causes links between nodes to break frequently,
thus terminating the lifetime of the routes containing those links. An alternative route has to …

Identifying a maximal set of node-disjoint paths between a given source and a destination is
a challenging task in mobile ad hoc networks. One cannot guarantee to identify the maximal …

In wireless ad hoc networks, heterogeneity is inherent and each node has different
characteristics, resources, and policies. Most current ad hoc routing protocols do not …

Identifying a maximal set of node-disjoint paths between a given source and a destination is
a challenging task in mobile ad hoc networks. One cannot guarantee to identify the maximal …

Routing appears to be the most well studied aspect in ad hoc networking. However, existing
routing protocols usually do not take link lifetime into account for route establishment or …