In heavy DF conditions, what happens to Minotaur performance when multiple LOBS populate the map display?

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Multiple Choice

In heavy DF conditions, what happens to Minotaur performance when multiple LOBS populate the map display?

Explanation:
When many bearing lines (LOBS) appear on the map during heavy direction-finding, the system has to process a lot more data and repeatedly correlate, filter, and render each bearing to identify sources. That extra data load increases the computational work and the amount of display updates the Minotaur must perform per cycle. As a result, the processing and refresh rates slow down, so the overall performance degrades. This is why, in heavy DF with multiple LOBS, you’d expect slower, not faster, operation. It’s unlikely to crash under normal conditions, and it won’t remain unchanged, since the added bearings introduce more workload and potential ambiguity that the system must resolve.

When many bearing lines (LOBS) appear on the map during heavy direction-finding, the system has to process a lot more data and repeatedly correlate, filter, and render each bearing to identify sources. That extra data load increases the computational work and the amount of display updates the Minotaur must perform per cycle. As a result, the processing and refresh rates slow down, so the overall performance degrades. This is why, in heavy DF with multiple LOBS, you’d expect slower, not faster, operation. It’s unlikely to crash under normal conditions, and it won’t remain unchanged, since the added bearings introduce more workload and potential ambiguity that the system must resolve.

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