Proactive Traffic Offloading in Dynamic Integrated Multisatellite Terrestrial Networks

The integration between the satellite network and terrestrial will play a key role in upcoming sixth-generation (6G) of mobile cellular networks thanks to wide coverage bandwidth offered by networks. To leverage this integration, we propose proactive traffic offloading scheme an integrated multi-satellite (IMSTN) that considers future networks’ heterogeneity predicts their variability. Our proposed hinges on prediction answer stringent requirements data-rate, latency reliability imposed heterogeneous coexisting services namely enhanced broadband (eMBB), massive machine-type communications (mMTC) ultra-reliable low communication (URLLC). However, fulfilment these during dynamic IMSTN comes at expense significant energy consumption introduces inherently supplementary latency. Therefore, our aims balance fundamental trade-offs first achievable data-rate second while meeting respective needs present traffic. findings prove importance cooperation conditioned enhance performance IMTSN terms consumption.