In a typical RADAR system microprocessor, what does the Memory and I/O do?

In a typical RADAR system microprocessor, the Memory and I/O primarily function to communicate with peripherals. This involves managing the input and output operations, allowing the microprocessor to exchange data with external devices such as sensors, displays, and storage units. The integration of memory and input/output operations is essential for the system to function effectively and to process the data required for RADAR processing.

Options that suggest executing arithmetic manipulators or performing address decoding focus on the specific functions of the processor's central unit rather than the Memory and I/O role. While address decoding is crucial for identifying memory locations and managing data flow, it doesn’t encapsulate the broader function of Memory and I/O regarding peripheral communication. Similarly, while an internal bus may be used, the key function of the Memory and I/O in this context is directed towards facilitating interactions with connected hardware rather than shared access by all units. This highlights the importance of understanding the specific roles that each component fulfills within the system.