Organization of High-Quality and Safe Data Transmission in Communication Systems and Radio Access of Marine Robotic Complexes

To date, the issue of developing marine robotic systems for solving various professional tasks of military and civilian purposes is being updated. However, the key aspect of using these systems is the provision of communication, which includes many features and difficulties. The main purpose of the current article is to analyze the trends and prospects for the development of communication systems at marine robotic complexes. The author attempts to make a comprehensive analysis and systematization of knowledge concerning the technical aspects of the organization of communication on marine robotic complexes. The scientific significance of the work lies in the possibility of using the obtained materials as a theoretical basis for further scientific research aimed at developing more efficient communication systems. As a result of the work, the main aspects and solutions for the formation of high-quality and safe data transmission in communication systems and radio access of marine robotic complexes are considered. The scientific novelty of the work lies in the proposal of a solution for the organization of technical data protection in communication systems of marine robotic complexes. The author examines the schematic diagrams of the organization of radio communications and possible ways of integrating information security systems. The scientific value of the work consists in the possibility of using the presented materials for the subsequent implementation of the presented ideas in practice. The main result of the work is the formation of a scientific and theoretical base in the aspects of the formation of data protection in cellular mobile networks on the example of marine robotic complexes. As a solution, it is proposed to use the channel reservation method based on the use of the AnCom RM/E modem. The paper presents the theoretical and algorithmic aspects of the integration of this solution in mobile cellular networks.