To overcome the limitation of mobility models for the closed-form analysis of capacity and
delay in mobile ad hoc networks, the paper introduces a new probability theoretical …

The closed-form results for delay and capacity in mobile ad hoc networks are important for
the performance analysis of different transmission protocols. Most existing works focus on …

The lack of available and practical analysis about some regular knowledge of mobility
models has limit their applications to mobile ad hoc networks. As the mobility models have …

We present new closed-form analytical expressions for the probability of connectivity and
average delay of a mobile ad hoc network with N nodes which move according to the …

Due to the limitation of the closed-form analysis of end-to-end delay in mobile ad hoc
networks, this paper develops an effective modeling scheme for delay in the networks where …

In the study of wireless ad hoc networks, the Random Waypoint (RWP) mobility model is
extensively used to describe the movement pattern of the hosts. In this paper, we extend our …

It has been recently shown that the instantaneous average node speed for the random
waypoint (RWP) mobility model may not reach a steady state regime due to velocity gradual …

This work describes an empirical framework for the study of the simulated time that is
required for a proper utilisation of mobility models in ad hoc network simulations. In our …

The traditional Random waypoint (RWP) mobility model suffers from speed decay. Also, the
average speed converges to its steady state value after a period of time. The probability …

Random waypoint (RWP) mobility model is widely used in ad hoc network simulation. The
model suffers from speed decay as the simulation progresses and may not reach the steady …