Dynamicity is one of the most challenging, yet, key aspects of wireless networks. It can come
in many guises, such as churn (node insertion/deletion) and node mobility. Although the …

As an important concept to depict the freshness of an information when it arrives at the
destination, the Age-of-Information (AoI) and its relative scheduling works can be a very …

In the past decades, Dynamic Internet of Things (D-IoT) networks have played a
conspicuously more important role in many real-life areas, including disaster relief …

This paper investigates distributed Dominating Set (DS) and Connected Dominating Set
(CDS) construction in dynamic wireless networks under the SINR interference model …

We study lower bounds on information dissemination in adversarial dynamic networks.
Initially, k pieces of information (henceforth called tokens) are distributed among n nodes …

In this paper, we present the first algorithm to precisely implement the abstract MAC
(absMAC) layer under the physical SINR model in dynamic networks. The absMac layer, first …

Dynamic Networks. Large real-world networks are inherently very dynamic: the participants
in peer-to-peer (P2P) networks change over time, mobile nodes in wireless networks move …

In this paper, we investigate distributed broadcasting in dynamic networks, where the
topology changes continually over time. We propose a network model that captures the …

A distributed task is local if its time complexity is (nearly) constant, otherwise it is global.
Unfortunately, local tasks are relatively scarce, and most distributed tasks require time at …

In this paper, we generalize the technique of smoothed analysis to apply to distributed
algorithms in dynamic networks in which the network graph can change from round to round …