In this thesis a hypothetical wireless sensor network is modelled in software us ing discrete
event simulation before a theoretical predictive model is developed for this hypothetical …

The strong development of wireless communications that has been underway for several
decades has allowed the increasingly widespread and intelligent interconnection of users …

The wireless distributed microsensor networks have profited from recent technological
advances and it seems essential to precisely understand these systems. Modeling and …

oTWLAN is a stochastic discrete event continuous time simulator developed to assist
simulation based research studies of wireless ad-hoc networks. The simulator is primarily …

The future of the Internet of Things (IoT) is envisaged to consist of a high amount of wireless
resource-constrained devices connected to the Internet. Moreover, a lot of novel real-world …

We introduce a discrete-event simulation model of an AdHoc network considering the
presence of clusters and node mobility. The main goal is to study the volume of traffic in …

To transform the Internet of Things from a dream to reality, a lot more research in essential
issues, such as performance, is needed. Performance research is often done on simulated …

This study introduces a new self-configuring, multirooted tree topology ad hoc network
designed to offer robust and scalable sensor communication services. A generic sensor …

The development of the communication protocol software used for operations and
maintenance (O&M) communications in a distributed intelligent network for initial application …

Today Wireless Sensor Networks (WSNs) can be found in many application areas, eg they
are used in smart home systems or in industrial settings in order to monitor and control …