Giannis Kazdaridis

TL;DR: This work proposes the innovative NITOS Energy consumption Monitoring Framework (EMF) able to support online monitoring of energy expenditure, along with the experiment execution, built on a distributed network of low-cost, but highly accurate devices and fully integrated with the large-scale wireless NITos testbed.

TL;DR: This work presents experimentally obtained results that evaluate the energy efficiency of the base standard in comparison with the latest 802.11n version, and is the first to provide such a detailed comparative analysis on the performance of both standards.

TL;DR: A novel architecture for enabling on-line communication with marine environment monitoring deployments relies on a set of communication technologies that range from IoT related low data rate communication standards to the widely adopted Wi-Fi and LTE protocols that are able to support bandwidth demanding applications.

TL;DR: The NITOS dynamic ACM is presented, an in-situ power meter that exploits auto-ranging methods to support high dynamic currents, by using two different shunt resistors that are alternated automatically with the aid of a high speed comparator.

TL;DR: This work proposes the innovative NITOS Energy consumption Monitoring Framework (EMF) able to support online monitoring of energy expenditure, along with the experiment execution, and is built on a distributed network of low-cost, but highly accurate devices and is fully integrated with the large-scale wireless NITos testbed.