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作战后勤保障仿真概论
Pang Guofeng Zhang Lei
This book aims at the current deficiencies in domestic research in the field of logistics support simulation. Focusing on the functional tasks, business processes and implementation standards of combat logistics support, this book incorporates logistics support simulation into combat simulation and integrates it with it. It comprehensively discusses the concepts, functional roles, development methods, key technologies and practical cases of combat logistics support simulation, and builds a relatively complete theoretical system of combat logistics support simulation. At the same time, in accordance with the requirements of all-element and full-process simulation, an advanced service-based simulation framework and multi-Agent simulation engine technology are used to build a general architecture for the combat logistics support simulation system, focusing on model design, data foundation, scenario management, situation performance, post-event analysis, integration implementation and other core considerations. It provides solutions for key technologies such as AUML modeling method, logistics collaborative planning process modeling, support process modeling based on minimum action sequence, data integration, scenario development, logistics general situation display, high-dimensional data representation, event tracking analysis, and logistics actual combat training based on JLVC.
This book aims at the current deficiencies in domestic research in the field of logistics support simulation. Focusing on the functional tasks, business processes and implementation standards of combat logistics support, this book incorporates logistics support simulation into combat simulation and integrates it with it. It comprehensively discusses the concepts, functional roles, development methods, key technologies and practical cases of combat logistics support simulation, and builds a relatively complete theoretical system of combat logistics support simulation. At the same time, in accordance with the requirements of all-element and full-process simulation, an advanced service-based simulation framework and multi-Agent simulation engine technology are used to build a general architecture for the combat logistics support simulation system, focusing on model design, data foundation, scenario management, situation performance, post-event analysis, integration implementation and other core considerations. It provides solutions for key technologies such as AUML modeling method, logistics collaborative planning process modeling, support process modeling based on minimum action sequence, data integration, scenario development, logistics general situation display, high-dimensional data representation, event tracking analysis, and logistics actual combat training based on JLVC.