IMPROVED COOPERATIVE COMMUNICATION IN MULTI-HOP WIRELESS NETWORKS WITH NETWORK CODING

In order to build a wireless communication connection that is capable of enabling 5G communication, researchers are investigating the feasibility of utilising orbital angular momentum (OAM) beams that operate in the E-band frequency range. In order to construct a connection for wireless communication, this is now being done. The current study's location is the United States of America, which also acts as the country where the research is carried out. OAM beams, which were developed by transforming the high-power Gaussian beam produced by a vacuum tube device into Laguerre-Gaussian (LG) beams using a meta-material structure, make it possible to transmit information signals over a distance of two metres. This was made possible by OAM beams, which were developed by transforming the high-power Gaussian beam produced by a vacuum tube device. This is made feasible by OAM beams, which were produced by changing OAM beams into LG beams. OAM beams have also made it possible to change LG beams into OAM beams. Experiments will be carried out in a supervised setting using this system in order to demonstrate that the Open Architecture Model's aforementioned channel capacity and degree of freedom are both realisable. This will be done by utilising the system in order to do the experiments. In order to prove that the Open Architecture Model is valid, several experiments will be carried out.