10 | | ROME is designed for WSNs characterized by high dynamics, such as node addition, node removal and the mobility of some of the network nodes. |
11 | | It has the desirable properties of optimized performance through cross layer design, receiver-based relay selection, asynchronous nodal duty cycles and the ability to deal with connectivity holes in the network topology all aimed to solve the WSNs issues. |
| 10 | ROME innovation provides the SENSEI architecture with an energy-efficient multi-hop connectivity function for WS&AN islands. Specifically, it is possible to send interest requests to the nodes in the island through a SENSEI gateway, and collect sensed data. The protocol is energy efficient, as it addresses the energy constraints that are typical of devices in WS&AN islands. Each node in the island follows an asynchronous duty cycle (e.g., it is awake the 10% of time, while it is asleep in the remaining 90% of time) so that energy usage is balanced in the network. |
| 11 | Besides energy efficiency, the major distinguishing factor of ROME is its ability to rapidly adapt to changing network topologies, ensuring WS&AN connectivity also in presence of nodes mobility and addition/removal. |