解放军展示最新智能无人装备科技！单兵可控多种无人装备集群作战！无人机蜂群智能化！卫星失灵也能精打 新型激光陀螺和惯导系统曝光！美军正在研发！软件定义战争 中国重大突破 国防科大改写战争代码/军事纪实 скачать в хорошем качестве

解放军展示最新智能无人装备科技！单兵可控多种无人装备集群作战！无人机蜂群智能化！卫星失灵也能精打 新型激光陀螺和惯导系统曝光！美军正在研发！软件定义战争 中国重大突破 国防科大改写战争代码/军事纪实

一只蜜蜂弱小不起眼，但蜂群却可以组织协作完成复杂的任务。随着通信组网、智能决策、协同控制等关键技术在无人机领域的广泛应用，无人机作战正从单机向蜂群作战发展。新的作战样式也给解放军国防科技大学智能科学学院提出了新的挑战。 9月7日，美国战略与国际问题研究中心（CSIS）发布了一份题为《软件定义战争：国防部构建向数字时代转型的架构》的报告。该报告强调，国防部必须转变传统的软件设计和架构方法，以适应数字时代的军事需求，从而确保美军在全球范围内的作战优势。 A single bee may be small and inconspicuous, but a swarm of bees can organize and cooperate to accomplish complex tasks. With the widespread application of key technologies such as communication networking, intelligent decision-making, and collaborative control in the field of unmanned aerial vehicles (UAVs), UAV warfare is evolving from single-unit operations to swarm warfare. This new combat style also presents new challenges to the School of Intelligent Science at the National University of Defense Technology of the PLA. On September 7, the Center for Strategic and International Studies (CSIS) released a report titled "Software-Defined Warfare: The Department of Defense's Architecture for the Digital Age." The report emphasizes that the Department of Defense must transform its traditional software design and architecture approaches to adapt to the military needs of the digital age, thereby ensuring the U.S. military's operational superiority globally. 解放军展示最新智能无人装备科技！单兵可控多种无人装备集群作战！无人机蜂群智能化！卫星失灵也能精打 新型激光陀螺和惯导系统曝光！美军正在研发！软件定义战争 中国重大突破 国防科大改写战争代码/军事纪实