Maximizing communication throughput and radar detection accuracy in this setup involves several potential trade-offs. Increasing communication throughput typically requires allocating more resources, such as power and bandwidth, to the communication link. However, this allocation may impact the resources available for radar sensing, potentially reducing the accuracy of target detection.
One trade-off is in the allocation of time and frequency resources between communication and radar functions. Prioritizing communication throughput may lead to reduced radar sensing time, affecting the system's ability to accurately detect and track targets. Balancing these resource allocations is crucial to ensure both functions operate effectively without compromising each other's performance.
Another trade-off lies in the choice of signal processing algorithms. Complex communication modulation schemes may improve throughput but could introduce interference that affects radar detection accuracy. Designing efficient interference cancellation techniques that can separate communication and radar signals effectively is essential to mitigate this trade-off.
Additionally, optimizing antenna configurations for both communication and radar functions can present trade-offs. Beamforming strategies that enhance communication performance may not be ideal for radar sensing, and vice versa. Finding a balance in antenna design to meet the requirements of both functions is essential for maximizing overall system performance.