Sentence examples for handover or not from inspiring English sources

On the other hand, if the UE receives a service, the event handler commands the CAC module to determine whether to accept the handover or not.

A NMSE of - 15 dB can indeed be considered as sufficiently accurate to decide whether to trigger a handover or not. Figure 19 NMSE of the proposed method versus the activity rate, σ w known and estimated.

The source eNodeB i decides whether to handover or not according to the measurement information reported by the moving train and the RRM information of the target eNodeB j, without interrupting the data transmission in user plane.

Furthermore, thanks to these experimentations, we are now able to say that for the case of congested networks, the channel occupancy rate itself is not sufficient enough to decide whether to trigger the handover or not and that the collision rate is a necessary complementary metric.

As the train moves into the overlapping area from cell i, eNodeB i decides whether to handover or not according to the reported received signal strength indication (RSSI), reference signal received power (RSRP) or reference signal received quality (RSRQ) measurement information by the train and the radio resource management (RRM) information, as shown in Figure 1a.

Once the system has been identified, according to the protocol used by this system, the baseband processing unit will start and estimation of the relevant metrics using our proposed algorithms in Sections 2 or 3. When the metrics are estimated, an interaction needs to be performed with the higher layers to decide whether to trigger a vertical handover or not.

This switching process known as vertical handover requires the terminal to first measure various network metrics relevant to decide whether to trigger a vertical handover (VHO) or not.

It depends on the application characteristics, whether a handover is beneficial or not.

That work evaluated whether a handover was necessary or not according to the previous metrics (speed and QoS), but the algorithm was not analyzed under overload situations.

However, according to technical specifications (TS) of LTE [14, 15], the procedure of triggering handover contains three phases: the user equipments (UEs) measure the RSSI, RSRP or RSRQ, sent the measurement reports to source eNodeB, and then the radio resource control (RRC) of source eNodeB decides whether handover is triggered or not [16].

Depending on whether the X2 interface (the interface between the eNBs) is supported or not, the handover in the OEPC architecture is handled either as a handover with X2 support or a handover without X2 support.