Key points are not available for this paper at this time.
Tomorrow's society will see hosts of people constantly on the move, commuting between home and work, meeting up with family and friends or visiting shopping centers and leisure facilities. While on their way, these people use mobile devices to connect to the Internet, utilizing journey time for work-related tasks, entertainment, or socializing in online communities. Current fourth generation cellular networks are, however, not designed to efficiently serve large numbers of comparatively high-mobility users, often causing insufficient service quality while on the move. Machine-type communication will cause further aggravation, with wirelessly connected sensors that constantly monitor/record our environment, and vehicles that autonomously exchange traffic- and safety-relevant information. In this article, we highlight challenges that must be addressed by future mobile communications to enable efficient support of large numbers of highly mobile users in networks that are crowded with quasi-static (nomadic) users. We survey existing solutions and put special emphasis on open issues and competing priorities.
Schwarz et al. (Sun,) studied this question.
Synapse has enriched 5 closely related papers on similar clinical questions. Consider them for comparative context: