Explanation: Digitally processing a RADAR signal allows for the application of sophisticated algorithms to enhance target detection. These techniques include noise filtering, signal averaging, integration of multiple returns, and advanced clutter rejection. By converting the analog signal to digital, complex mathematical operations can be performed to significantly improve the signal-to-noise ratio (SNR), making it possible to detect very weak target returns that would otherwise be lost in background noise or clutter in a purely analog system. Options A, C, and D describe aspects related to the display or user interface, or general benefits of digital technology. While digital RADAR systems often incorporate these features, the *major advantage* of digitally *processing* the signal itself lies in its ability to enhance the quality and detectability of the received target information.