Incorporating a mobile target into the system would introduce additional challenges and complexities. The performance of the system would change significantly due to the dynamic nature of the target's movement. As the target moves, the channel characteristics between the base station and the target would vary, impacting the received signal strength and quality. This dynamic environment would require adaptive algorithms to track and predict the target's position accurately.
The mobility of the target would also affect the radar detection process. The Doppler shift caused by the target's movement would need to be considered for accurate target detection. This would require sophisticated signal processing techniques to differentiate between the Doppler-shifted signals from the moving target and other interference in the environment.
Furthermore, the system would need to adjust its transmission parameters, such as power levels and beamforming, to account for the changing channel conditions due to the target's mobility. This dynamic adaptation would be crucial to maintain reliable communication and radar sensing performance in the presence of a mobile target.