Abstract: A significant role in the Internet of Things (IoT) will be taken by mobile and low-cost unstable devices, which autonomously self-organize and introduce highly dynamic and heterogeneous scenarios for the deployment of distributed applications. This entails the devices to cooperate to dynamically find the suitable combination of their involvement so as to improve the system reliability while following the changes in their status. Focusing on the above scenario, we propose a distributed algorithm for resources allocation that is run by devices that can perform the same task required by the applications, allowing for a flexible and dynamic binding of the requested services with the physical IoT devices. It is based on a consensus approach, which maximizes the lifetime of groups of nodes involved and ensures the fulfillment of the requested Quality of Information (QoI) requirements. Experiments have been conducted with real devices, showing an improvement of device lifetime of more than 20%, with respect to a uniform distribution of tasks.
For instance, Pilloni et al. REF proposed a consensus approach aimed at maximizing the lifetime of groups of nodes, with the goal of fulfilling QoI requirements.
Dynamic Involvement of Real World Objects in the IoT: A Consensus-Based Cooperation Approach
Sensors (Basel, Switzerland)
Sensors (Basel, Switzerland)
Computer Science Engineering Medicine