Using holographic coding to improve global positioning accuracy

The accuracy of determining coordinates in global positioning systems is determined by the number of satellites simultaneously visible to the consumer's navigation equipment. To improve the accuracy of positioning, it is proposed to use the method of holographic noise-resistant coding. The studies have shown that the introduction of holographic coding in the satellite communication channel of the system will enable the consumer navigation equipment to receive information from a larger number of satellites due to the code's ability to correctly decode the signal when replacing it with a random sequence of up to 70% of the signal duration. Increasing the number of satellites used will significantly improve the accuracy of positioning. To implement this method, it is necessary to introduce additional noise-resistant holographic coding into the communication channel and modify the software of the consumer navigation equipment by installing a holographic decoding module.