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Laboratory NOCCS – Networked Objects, Control, and Communication Systems
The laboratory Networked Objects, Control, and Communication Systems (NOCCS) was established in September 2016. It specializes in areas related to the hardware and software architectures of the Internet of Things (IoT), including communication protocols, wireless sensor networks, RFID systems, security, and privacy protection. The lab is particularly interested in the modeling, simulation, and optimization of systems used in the Internet of Things.
NOCCS is also focused on advanced systems for visual servoing, including system control, image processing and vision, embedded systems, hardware/software optimization, digital video transmission, modeling of systems on chips, and real-time systems.
Additionally, the research addresses next-generation communication systems, including modeling, simulation, and optimization of communication systems, compact and reconfigurable radio frequency circuits and antennas, MIMO systems, intelligent wireless systems, and cognitive radio communication systems.
The laboratory comprises 18 researchers, including three professors, three associate professors, twelve assistant professors, and about thirty doctoral students.
It produces an average of five theses per year, one university habilitation, around twenty conferences, and five journals.
