How does a CAD system sort and identify priority calls?

How does a CAD system sort and identify priority calls?

• A. Stacking
• B. Prioritizing
• C. Tagging
• D. Queuing

Answer: (A)

The main idea is that priority calls are organized into a stack where the most urgent items sit at the top and are handled first. In a CAD, each incoming call is evaluated against priority rules (severity, danger potential, location, time sensitivity, resource availability) and placed into a stacked list. The dispatcher then works from the top of the stack, ensuring the highest-priority calls are addressed before lower-priority ones. As new information comes in or the situation changes, the stack is updated so that urgent calls remain at the front. This dynamic stacking is what makes priority identification and handling efficient, rather than simply processing calls in the order they arrived. Tagging is just labeling, and prioritizing is the action of deciding importance, while queuing would imply a strict first-in, first-out order without reordering for urgency.

The main idea is that priority calls are organized into a stack where the most urgent items sit at the top and are handled first. In a CAD, each incoming call is evaluated against priority rules (severity, danger potential, location, time sensitivity, resource availability) and placed into a stacked list. The dispatcher then works from the top of the stack, ensuring the highest-priority calls are addressed before lower-priority ones. As new information comes in or the situation changes, the stack is updated so that urgent calls remain at the front. This dynamic stacking is what makes priority identification and handling efficient, rather than simply processing calls in the order they arrived. Tagging is just labeling, and prioritizing is the action of deciding importance, while queuing would imply a strict first-in, first-out order without reordering for urgency.