Radar Parameter Estimation for Time of Arrival with Coarse Approximation

Based on the information provided, we can draw the following conclusions. The radar parameter time-of-arrival estimation currently represents a coarse approximation; however, more detailed information is required for accurate computational results. We recommend providing additional data parameters such as radar scanning frequency, the distance between transmission and reception points, and signal propagation characteristics. These parameters would enable better situation analysis through enhanced algorithmic processing, allowing for more precise computational outcomes to support informed decision-making.

From a code implementation perspective, accurate time-of-arrival estimation typically involves signal processing algorithms like cross-correlation functions or matched filtering techniques. The distance calculation can be implemented using the formula: distance = (time_of_arrival × speed_of_light) / 2. Additional parameters like sampling rate and signal-to-noise ratio would significantly improve the estimation accuracy through advanced algorithms such as maximum likelihood estimation or Kalman filtering approaches.

We look forward to receiving more detailed specifications to provide optimized service, including potential code integration for real-time parameter estimation and waveform analysis capabilities.