This paper briefly reviewed the current research status of military medical support in and out of China and clarified the major needs of the operational simulation of naval formation-level medical support for diversified military missions based on the three stages of oceangoing mission. According to the real situation of modern military medical support buildup and maritime military medical support, this paper put forward several key scenarios of the operational simulation, such as the simulation of the maritime military medical support process, the evaluation of naval casualty evacuation capability, the assessment and optimization of naval formation-level medical support scheme, decision-making support for deploying medical evacuation forces in a large-scale naval battle, the organization and command of naval formation-level medical support and the full process of medical evacuation training under real combat conditions.

This paper illustrated the needs of building and developing a Chinese military navigation telemedicine system, by reviewing the development of modern military navigation, profiling the characteristics of medical environment in military navigation, and analyzing the health service demanded to support diversified military tasks on high seas. Then, it proposed and discussed in detail that the telemedicine system should consist of the maritime telecommunication resource, the shipboard telemedicine terminal station, the shore-based telemedicine center, the system of technical support, and the management systems of organization and operation maintenance.

This paper briefly reviewed the current research status of military medical support in and out of China and clarified the major needs of the operational simulation of naval formation-level medical support for diversified military missions based on the three stages of oceangoing mission. According to the real situation of modern military medical support buildup and maritime military medical support, this paper put forward several key scenarios of the operational simulation, such as the simulation of the maritime military medical support process, the evaluation of naval casualty evacuation capability, the assessment and optimization of naval formation-level medical support scheme, decision-making support for deploying medical evacuation forces in a large-scale naval battle, the organization and command of naval formation-level medical support and the full process of medical evacuation training under real combat conditions.

This paper illustrated the needs of building and developing a Chinese military navigation telemedicine system, by reviewing the development of modern military navigation, profiling the characteristics of medical environment in military navigation, and analyzing the health service demanded to support diversified military tasks on high seas. Then, it proposed and discussed in detail that the telemedicine system should consist of the maritime telecommunication resource, the shipboard telemedicine terminal station, the shore-based telemedicine center, the system of technical support, and the management systems of organization and operation maintenance.

Objective To provide a rapid and efficient tool for the development and optimization of the medical support scheme of unexpected accidents during operational ocean training of the aircraft carrier detachment,so as to enhance the medical decision support capability of the aircraft carrier at sea.Methods The computer simulation software system for medical support of unexpected accidents during operational ocean training of the aircraft carrier detachment was investigated and developed by utilizing system modeling,computer simulation and software engineering,as well as evaluation and optimal evidence study,was made for the medical support scheme.Results Dynamic optimization and evidence evaluation of the medical support scheme were performed by using the software system,thus enhancing meticulous and accurate research capability of medical support schemes and orientation of resource distribution.Conclusion Emergency care and medical support evacuation of casualties by unexpected accidents was a hard and key problem in operational ocean training of the aircraft carrier detachment,Medical support scheme for unexpected accidents during operational ocean training of the aircraft carrier by computer simulation and optimization was a technical breakthrough in the research of medical support at sea.

Objective To provide a rapid and efficient tool for the development and optimization of the medical support scheme of unexpected accidents during operational ocean training of the aircraft carrier detachment,so as to enhance the medical decision support capability of the aircraft carrier at sea.Methods The computer simulation software system for medical support of unexpected accidents during operational ocean training of the aircraft carrier detachment was investigated and developed by utilizing system modeling,computer simulation and software engineering,as well as evaluation and optimal evidence study,was made for the medical support scheme.Results Dynamic optimization and evidence evaluation of the medical support scheme were performed by using the software system,thus enhancing meticulous and accurate research capability of medical support schemes and orientation of resource distribution.Conclusion Emergency care and medical support evacuation of casualties by unexpected accidents was a hard and key problem in operational ocean training of the aircraft carrier detachment,Medical support scheme for unexpected accidents during operational ocean training of the aircraft carrier by computer simulation and optimization was a technical breakthrough in the research of medical support at sea.

Objective To analyze and design database on ship medicinal materials and equipment management information system. Methods According to the principle and requirement of information engineering methodology, the operation requirement and data requirement were analyzed, and the database was designed including its concept, logic and physics models. Results The design and method of the database were proposed. Conclusion A basic data platform is established on ship medicinal materials and equipment information collection, storage, transmission, exchange and utilization.