That justifies running spots on high-end channels like ESPN.
Therefore, in order to obtain the high end-to-end channel capacity, the access control on the MAC layer should be considered Figure 4 Comparing the end-to-end channel capacity of the ideal system and the system that has interference.
In order to achieve the high end-to-end channel capacity, the function f m has to be minimized.
After that, the interference between every transceiver is taken into consideration, and the specific access control is proposed to obtain high end-to-end channel capacity.
However, the optimizing transmit power can let the system reach high end-to-end channel capacity when the relay nodes have to shift from the desired location.
For high end-to-end channel capacity, the amplify-and-forward scheme multiple-hop multiple-input multiple-output relay system is considered.
Hence, to obtain the high end-to-end channel capacity, the appropriate number of relays, the number of phases, and so on should be adopted.
Hence, to achieve the high end-to-end channel capacity, the location of each relay, meaning the distance between each transceiver, needs to be optimized.
In this section, we propose the particle filter (PF) method to optimize both the distance and the transmit powers simultaneously for high end-to-end channel capacity.
Thus, the specific transmission protocol on the MAC layer for multiple-hop system is proposed to reduce the power of interference signal and to obtain high end-to-end channel capacity.
The distance between each transceiver and the transmit power of each relay are optimized to prevent some relays from being the bottleneck and guarantee high end-to-end channel capacity.
