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The one-dimensional Esprit direction-finding algorithm is known for its high-speed performance in estimating the direction-of-arrival (DOA) of signals. It is a widely-used algorithm in signal processing applications such as radar, wireless communication, and sonar. The algorithm works by decomposing the received signal into sub-signals, with each sub-signal having a different delay. The DOA is then estimated based on the phase difference between the sub-signals. Despite its simplicity, one-dimensional Esprit algorithm has proven to be effective and accurate in various scenarios. Its high-speed performance is particularly useful in real-time applications where quick and reliable DOA estimation is essential for decision-making.