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The significance of large-scale military models

　　1.加速武器装备研发

1. Accelerate the development of weapons and equipment

　　信息化智能化时代，武器装备尤其是武器装备往往都离不开软件的支持。大模型技术通过提高软件开发效率，可从基础层面加速武器装备研发。传统研发模式下，武器装备软件研发需要程序员长时间协作完成。而大模型技术具备代码自动生成能力，使得非计算机人员也能胜任一定研发工作，极大地缩短了开发时间。此外，在武器装备生成过程中，大模型技术还可以通过生成机器人控制代码，实现对武器装备生产过程的精准控制，降低人力成本，提升武器装备研发效率。

In the era of informatization and intelligence, weapons and equipment, especially advanced weapons and equipment, often rely on software support. The big model technology can accelerate the development of weapons and equipment from a fundamental level by improving software development efficiency. Under the traditional R&D model, the development of weapon and equipment software requires professional programmers to collaborate for a long time. The large model technology has the ability to automatically generate code, which enables non computer professionals to be competent in certain research and development work, greatly reducing development time. In addition, in the process of weapon equipment generation, large model technology can also achieve precise control of the weapon equipment production process by generating robot control codes, reduce labor costs, and improve the efficiency of weapon equipment research and development.

　　2.促进作战仿真发展

2. Promote the development of combat simulation

　　大模型技术结合其他智能化生成技术，可以促进作战仿真发展。作战仿真是提供军事决策依据、提升军事训练水平、验证武器装备能力的重要技术，其核心是对作战关键要素的仿真还原。传统的作战仿真建模过程，通常需要计算机配合才能将军事构想落地，军事人员往往难以独立完成虚拟战场的构设。由于需要多领域的不断沟通，往往导致开发周期长、修改困难、成本巨大。依托大模型技术自动生成的程序、文字、图片、视频甚仿真模型等内容，军事人员可独立、灵活地根据军事需求，通过简单人类语言描述即可快速构建作战模拟仿真场景，使作战仿真能力得到明显提升。

The combination of large model technology with other intelligent generation technologies can promote the development of combat simulation. Combat simulation is an important technology that provides military decision-making basis, improves military training level, and verifies weapon and equipment capabilities. Its core is the simulation restoration of key combat elements. The traditional combat simulation modeling process usually requires the cooperation of computer experts to implement military concepts, and military personnel often find it difficult to independently construct virtual battlefields. Due to the need for continuous communication across multiple fields, it often leads to long development cycles, difficult modifications, and huge costs. By relying on large model technology to automatically generate programs, text, images, videos, and even simulation models, military personnel can independently and flexibly construct combat simulation scenarios based on military needs through simple human language descriptions, significantly improving combat simulation capabilities.

　　3.提升军事训练效益

3. Improve the effectiveness of military training

　　大模型技术可以有效克服经验传承的时空限制，明显提升军事训练效益。当前，由于受组训人员的流动和信息传递范围的限制，军事训练经验的积累传承受到一定影响。大模型技术可以通过不断“投喂”训练数据得到进化，沉淀、消化前人和各参训单位的经验，使得训练经验既可在时间维度内纵向传承，也可在各参训单位间横向传递，还可以通过分析历史战例，提炼训练要点从而提升军事训练水平。同时，大模型技术可结合智能化任务规划系统，将分析结果转化为具体的训练任务和场景，在此基础上实施针对性训练，通过对数据的持续吸收、分析和演进，不断提升军事训练效益。

The large model technology can effectively overcome the temporal and spatial limitations of experience inheritance, significantly improving the efficiency of military training. Currently, due to the limitations of the mobility of trainees and the scope of information transmission, the accumulation and inheritance of military training experience are affected to a certain extent. The big model technology can evolve by continuously feeding training data, precipitating and digesting the experience of predecessors and various participating units, so that training experience can be vertically inherited in the time dimension and horizontally transmitted among participating units. It can also improve military training level by analyzing historical combat cases and extracting training points. At the same time, large model technology can be combined with intelligent task planning systems to transform analysis results into specific training tasks and scenarios. Based on this, targeted training can be implemented to continuously improve military training efficiency through continuous absorption, analysis, and evolution of data.

　　4.提高情报分析速度

4. Improve the speed of intelligence analysis

　　大模型技术可有效应对信息爆炸及多源信息融合的挑战，提高情报信息的融合处理速度。在未来作战中，陆、海、空、天、电等多域作战空间所产生的信息洪流，对指挥员的决策提出了更高要求。大模型技术一方面可以依托其强大的语言分析能力，通过新闻报道等开源信息实时提取情报信息。另一方面，还可以将各类情报信息与战场态势进行快速整合，既可以缩短信息到情报的生成时间，减小海量数据带来的处理压力和分析偏差，还可以及时响应用户的不同需求并提供多样化选择。大模型技术超高速的信息处理与分析能力，可为指挥员实时决策提供有力支持。

Large model technology can effectively address the challenges of information explosion and multi-source information fusion, and improve the speed of intelligence information fusion processing. In future operations, the information flow generated by multi domain combat spaces such as land, sea, air, space, and electricity poses higher requirements for the decision-making of commanders. On the one hand, big model technology can rely on its powerful language analysis ability to extract intelligence information in real-time through open source information such as news reports. On the other hand, various types of intelligence information can be quickly integrated with the battlefield situation, which can shorten the generation time from information to intelligence, reduce the processing pressure and analysis bias brought by massive data, and respond to different user needs in a timely manner and provide diversified choices. The ultra fast information processing and analysis capabilities of large model technology can provide strong support for real-time decision-making of commanders.

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