Which type of reconnaissance uses one or more types of reconnaissance or surveillance systems and directs follow-on collecting of more detailed information by another system?

Which type of reconnaissance uses one or more types of reconnaissance or surveillance systems and directs follow-on collecting of more detailed information by another system?

• A. Cueing
• B. Mixing
• C. Redundancy
• D. Pull

Answer: (A)

The concept being tested is how one sensor or surveillance system can steer another to gather more detailed information. This is cueing: one reconnaissance system detects or indicates something and then directs follow-on collection by a different system to obtain higher-resolution or more specific data. Cueing works by using a broad or initial sensor to spot a potential target or area of interest and then “cueing” a more capable or specialized sensor to focus on it. This makes intel collection more efficient, saving time and bandwidth by not collecting detailed data everywhere at once. For example, a wide-area radar or passive sensor might flag a region of interest and trigger an imaging sensor or higher-resolution radar on another platform to zoom in and collect precise details. Similarly, a SIGINT system could detect a signal and cue a directional antenna or another platform to locate and characterize the source. The other terms don’t fit because they describe different concepts: mixing refers to combining data streams rather than directing subsequent collection, redundancy is about having backup sensors, and pull implies retrieving data on demand without a directional cueing action guiding further sensing.

The concept being tested is how one sensor or surveillance system can steer another to gather more detailed information. This is cueing: one reconnaissance system detects or indicates something and then directs follow-on collection by a different system to obtain higher-resolution or more specific data.

Cueing works by using a broad or initial sensor to spot a potential target or area of interest and then “cueing” a more capable or specialized sensor to focus on it. This makes intel collection more efficient, saving time and bandwidth by not collecting detailed data everywhere at once. For example, a wide-area radar or passive sensor might flag a region of interest and trigger an imaging sensor or higher-resolution radar on another platform to zoom in and collect precise details. Similarly, a SIGINT system could detect a signal and cue a directional antenna or another platform to locate and characterize the source.

The other terms don’t fit because they describe different concepts: mixing refers to combining data streams rather than directing subsequent collection, redundancy is about having backup sensors, and pull implies retrieving data on demand without a directional cueing action guiding further sensing.