Robust and secure communication systems are essential for military operations but the ever-
changing scenarios, heterogeneous devices and dense environment of Tactical Networks …

This paper introduces a hierarchy of queues complementing each other to handle ever-
changing communication scenarios in tactical networks. The first queue stores the QoS …

This paper addresses the challenge of testing military systems and applications over
different communication scenarios with both network conditions and user data flows …

Several sources of randomness can change the radio link data rate at the edge of tactical
networks. Simulations and field experiments define these sources of randomness indirectly …

In this paper, we propose a handover mechanism to mitigate connectivity problems in
centralized networks by introducing a mechanism that enables proactive switching between …

Software-defined Tactical Networks (SDTNs) have the potential to host intelligent
mechanisms to manage ever-changing communication scenarios in networks with …

The adaptation of tactical systems to either message outbursts of user-behavior or
unpredictable network changes is a necessary condition to guarantee the robustness of the …

This paper presents a mobility prediction model as part of a handover mechanism
combining centralized and decentralized network control to improve performance and …

This paper introduces a Bayesian Inference model for dynamically changing the neighbor
discovery parameters in order to minimize the time to recover from long radio link …

The faster a tactical system can resume IP data flows after unplanned link disconnections,
the more robust the system is to link disconnections. Therefore, this paper introduces an …