This paper analyzes the successful communication probability between two intermittently-powered
nodes in a homogeneous energy harvesting (EH) mesh network. Powering devices …

… challenge to the overlay mesh in disseminating the … beacon, while 2) defining a set of
scanning policies to increase the packet dissemination rate through the overlay mesh network. The …

… by exploiting the reception instants of the beacons while allowing nodes to choose their slots
to … However, since the nodes wake up at different instants almost surely, the processing and …

… Intermittency poses new challenges to mesh networking, since … -powered homogeneous
mesh networks and motivates this … Furthermore, optimising when beacons are sent is important …

… etc. the sender listens and responds to receiver beacons being in idly listening state. This …
to beacon packets. Receiver initiated schemes are mostly suitable for dense meshed network …

… mesh network topology with nodes distributed across office building floors, serving as a real
Internet of Things deployment and as a testbed for mesh network … takes to wake up and send …

… In order to estimate the real performance of a mesh network … device sends mesh beacon
advertisements announcing its … This means that both devices are able to wake up at the …

… BLE mesh networking proposals. In section 2.4, we introduce two BLE mesh networking …
by introducing mesh networks of devices using low power technologies different from BLE. …

… events of the BLE beacon. So, a capacitor of 3.9 mF enabled the BLE beacon to transmit
the … The devices that join a Bluetooth mesh network are called nodes. They follow a publish-…

… WUR can listen for a wake-up call (WUC) indicating beacon arrival … mitter sends a WUC
indicating a beacon, the WUR-based tag … can facilitate mesh networking, multihop schemes, etc. …