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Thesis titeled: Uplink communication in large scale LoRaWAN: Performance anlysis and enhancement schemes. A study of the Long Range Wide Area Network, in the context of reliable IoT applications. A comprehensive study of the ALOHA-based channel access technique impact on the LoRaWAN per- formance in large scale context. A new design of schedule-based schemes for Uplink communications in LoRaWAN to improve reliability and the network performance.

Teaching the following modules: - Protocol Engineering TCP/IP (Practical and Theoretical Learning) - Object-Oreiented design, UML (Practical and Theoretical Learning) - Wireless Networks (Practical Learning) - Networks Architecture (Practical Learning)

A deep study of LoRaWAN use cases in real environment. Defining the network preblems in term of QoS gap, and initiating some of potential improvements.

A study of the IoT concept and M2M real enviroment in the context of the A-Dream building. Introducing with Sarra team, a possible approach for the autonomic management of wireless Software defined Network (SDN) for M2M applications.

A decoder and an analyser design and implementation for TCAM/MAP frames. These frames were extracted from several mobile network transactions which are stocked in a text file.