Simulation Architecture of Battlefield Damage Integrated Assessment for Some Submarine

A remarkable trait of submarine battle damage is its more uncertainty and association factors. Based on research of battlefield damage analysis technique (BDAT) available and battlefield damage traits of submarine, a distributed battlefield damage assessment architecture based on multi-agent (DBDAABM) had been developed. It consists of three parts including simulation environment architecture (SEA), obtaining technique of simulation data (OTSD) and battlefield damage assessment architecture (BDAA). In the SEA, multi-agent technology had been introduced based on HLA and different agents act as different RTI interface specifications of HLA which realized the complex service functions of bottom simulation system. The key of OTSD is to solve the lack of simulation data. First, a new knowledge architecture of submarine damage log (KASDL) had been defined and then the advantages and disadvantages of three data obtaining techniques, expert experience, BDAT and KASDL, had been discussed. Finally, the three data obtaining techniques had been combined within a damage assessment Architecture and defined as a new integrated obtaining technique of simulation data. BDAA mainly outlines definitions and structure constructions of different agents of battlefield damage assessment. At the end of this paper, taking combat system of some submarine as an example, we validated the veracity and validity of DBDAABM by simulation. The acronyms of some phrases are shown in appendix.