… the academy and industrial, especially in Ultra-Dense Networks (UDN) where the user is …
more signal overhead. To overcome this problem, a received signal strength (RSS) prediction …

… for wireless network, ultra-dense network (UDN) is a promising solution [3] and it had
already become one of the key networking mode in the fifth generation (5G) network. Network …

… Abstract—Ultra-dense networking (UDN) is a promising technology to improve the network
capacity … the next serving base stations by the sequences of Received Signal Strength (RSS). …

… Successful prediction of the popular content has a two-fold gain, efficient use of storage …
tion based on the signal strength or the signal quality is far from the optimal operation of the …

… can be fairly favored and the network traffic can be balanced. The drawback of RSRP-based
prediction is that the signal power is not equal to the signal quality. For example, consider …

… These predictions have raised alarm to … ultra-dense network deployment. These technical
challenges need to be addressed in order to exploit the true potential of ultra-dense networks. …

… However, the ultra-dense deployments of SCs is on direct collision path with the … network
energy that "always ON" small cells are bound to consume in an Ultra Dense Network (UDN). In …

… 5G ultra-dense small cell networks. We also offer some insight for data fusion and location
prediction … from the received signal strength (RSS) of an uplink pilot signal with known transmit …

… ULTRA-DENSE NETWORK SYSTEM A. System Model of Ultra-Dense Network In this …
When compared to the conventional cellular networks in which a single BS serves whole mobiles …

… of the predicted SINR value as the edge weight of the constructed conflict-graph in this
paper because each user has a different tolerance for interference since the received signal …