In cellular networks, the densification of connected devices and basestations engender the ever-growing traffic intensity . We propose the allocation ofdownlink data transmission capacity according to the cases of requestedcontents which are either cached or non-cached in nearby nodes . The throughput and delay of the allocationsystem are derived based on the approximated sojourn time of the DiscriminatoryProcessor Sharing (DPS) queue . We present the results of achievable efficiencyand such a system’s performance for a better caching solution to the challenges of future cellular networks. We present a system for such a . better caching solutions for the . challengesof future . cellular networks’ future . networks’ needs to be addressed by a better cache solution to . the challenges and capabilities of the

Author(s) : Takehiro Ohashi

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Keywords : networks - future - cellular - caching - capacity -

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