Advanced Channel Modelling for 6G Gigabit Small-Cell Systems (GBSMS)

A comprehensive theory for colonial tube models that unifies methods and fixes for Canal Impulse Responses (CIR). Key channel characteristics are smoothly integrated inside the structure over different levels and environmental settings. Making a model with three dimensions Irregular Geometry-Based Probabilistic Model (3D-IGPM) specifically for sixth generation (6G) communications infrastructures is the main goal. The stochastic behavior of pathways throughout many frequencies, such as sub-6 GHz the spectrum and visible-light connectivity (VLC) domains, is captured by the 6G Probabilistic Channel Modelling (6GPCM). With the flexibility of this concept, channel characteristics may be changed to suit certain frequency regions and surroundings. Moreover, examples of traditional fifth generation (5G) network layouts are shown, highlighting its flexibility and compatibility in the past with current systems. The suggested 6GPCM is developed, simulated, and tested using a range of channel information to guarantee accuracy, completeness, and practicality. All in all, this study offers a thorough and extensive theory of channel modelling that is capable of accurately describing wireless channels in a variety of bandwidths and application situations. A versatile and accurate modelling tool for creating and analyzing 6G wireless communications infrastructures is the 6GPCM.