The 14th International Conference on Electronics, Communications and Networks (CECNet 2024)

Abstract: This work proposes a new scenario that changes conventional paradigms to enable the development of QoS-aware protocols in WSNs, an important Infrastructure for the IoT architecture, using the new concept of “Trellis Coded Network”- (TCNet). The model is based on finite automata or Finite State Machines (FSM). The Low complexity of Finite State Machine (FSM) network nodes (“XOR” gates and shift registers), eliminating the use of any routing tables by means of Trellis decoding allowing to demonstrate the potential applications of the TCnet algorithm in some cases as Sensor Network Virtualization (VSN) and scenarios where clusters of nodes to allows cover large areas of interest where the sensors are distributed.

Biography: Graduated in Telecommunications Engineering from the Military Institute of Engineering 1982 Master in Electrical Engineering from the State University of Campinas 1989 PhD in Electrical Engineering from Poli USP 2015 He is currently a professor at Universidade Paulista ( Has experience in the area of Electrical and Computer Engineering with emphasis on Telecommunications Systems, Networks and Computer Architecture acting mainly on the following theme Algorithms and protocols to ensure QoS in wireless sensor networks for applications in IoT Internet of Things Currently performs research with Graphene using as substrate for electronic circuits with applications in Wireless Sensor Networks.