Sentence examples for multiple candidate subchannels from inspiring English sources

QoS-Fi STAs select multiple candidate subchannels and contend for the use of the selected subchannels based on their traffic demands and QoS requirements.

Each QoS-Fi STA selects multiple candidate subchannels, in particular K subchannels, and contends for the selected subchannels by transmitting Q-CRQ frames over K subchannels simultaneously.

To achieve high-energy efficiency, the interrupted SU with current subchannel being n 1 may choose the nth subchannel which offers the maximum energy efficiency among all the candidate subchannels as the handoff target subchannel.

This is because interruption delay constraint poses requirements on candidate subchannels, thus results in smaller energy efficiency.

Finally, for the multiple candidate technique is given by (12).

Taking the limit of single candidate target, we consider multiple candidate targets.

If the medium is idle for the period of distributed interface space (DIFS), QoS-Fi STAs transmit Q-CRQ frames simultaneously on their selected subchannels, where each STA selects candidate subchannels likely to have good channel quality.

The interruption delay of the SUs is analyzed based on an M/G/1 model, and the subchannels which meet the interruption delay and data rate constraints are selected as handoff candidate subchannels.

In addition, this approach provides designers with multiple candidate designs.

However, we suggest using our PDF (multiple candidates) to obtain the theoretical error performance and also the statistical channel capacity for the multiple candidate system.

In this section, we describe the multiple candidate solution for reduction of PAPR. Figure 1 describes the multiple candidate system and our PDF notation for several variables.