Improved Session Continuity in 5G NR with Joint Use of Multi-Connectivity and Guard Bandwidth session drop probability considerably. On the other hand, the use of guard bandwidth significantly
Evaluating multi-connectivity in 5G NR systems with mixture of unicast and multicast traffic. If one needs to achieve a balance between unicast and multicast
session drop probabilities, explicit
Evaluating multi-connectivity in 5G NR systems with mixture of unicast and multicast traffic. If one needs to achieve a balance between unicast and multicast
session drop probabilities, explicit
Performance Assessment of QoS-Aware LTE Sessions Offloading onto LAA/WiFi Systems from the LTE network. In this paper, we consider and compare two LTE
session offloading strategies
Modeling the process of dynamic resource sharing between LTE and NB-IoT services analyze the proposed system for performance metrics of interest including NB-IoT and LTE
session drop Performance evaluation of bandwidth reservation for mmWave 5G NR systems indicators -
dropping probabilities for new and ongoing
sessions and system utilization. The model takes
Quantifying the Impact of Guard Capacity on Session Continuity in 3GPP New Radio Systems improve user performance by balancing the new and ongoing
session drop probabilities, we investigate
Performance Analysis of Multi-Band Microwave and Millimeter-Wave Operation in 5G NR Systems, the presence of throughput-hungry mmWave traffic increases the
session drop probability at the sub-6 GHz band
Characterizing Resource Allocation Trade-Offs in 5G NR Serving Multicast and Unicast Traffic the multicast and unicast
session drop probabilities, an explicit prioritization is required. Furthermore, for a