Author(s)

Su Wenming

Corresponding Author

Su Wenming

Abstract

With the continuous increase in the number and quality of marine ship operations, new requirements have been put forward for ship communication and navigation systems. However, the current communication delay in China's ship navigation will affect the ship's normal execution tasks. Based on this, this paper further studies the improvement of the optimal positioning algorithm in the ship communication navigation equipment, and provides a theoretical basis for improving the optimal positioning of the ship communication navigation equipment.

Keywords

Ship; Communication navigation equipment; Optimal positioning; Algorithm improvement