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在“零伤亡”作战思想的指引下,随着计算机、人工智能等技术的日臻成熟,无人机的发展风起云涌。近年来,无人机在战术运用方面更是突破了传统的侦察领域,逐步涉足攻击甚至电子攻击等领域。通过回顾无人机在近代历次军事冲突中的运用,分析无人机运用于电子战的优势,探讨无人机在电子战中的运用及可能的运用情况,最后指出无人机运用于电子战后对未来电子战的影响。 相似文献
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针对中国国家军用标准方法(GJB-173)在计算某型舰船电力系统短路电流时误差较大的情况,提出了一种新的具有较高计算精度的短路电流计算方法——改进算法.提供了一套用VisualBasic5.0编制的短路电流计算软件,该软件具有良好的人机对话能力和友好的界面,使用方便,且有较强的通用性 相似文献
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Jacqueline L. Hazelton 《战略研究杂志》2017,40(1-2):68-91
This article analyzes the political utility of US drone strikes theoretically and deductively. Placing strikes within the context of the theorized political functions of force and considering how they fit into two grand strategies, restraint and selective engagement, I argue that these strikes buy the United States relatively little in the way of political effects assuring its own security because the terrorism threat they are intended to combat is a limited one within the skein of US global interests. Furthermore, their contribution to counter-terrorism efforts is likely to diminish with the adoption of armed drones by non-state actors. Drone strikes can, however, provide leverage over recalcitrant US client states while reassuring liberal partners and giving them some leverage over US choices. In addition, within the counter-terrorism sphere, drone strikes are less likely to inflame popular opinion than are alternative uses of force. This analysis contributes to an increasingly rigorous examination of the strikes’ role in US foreign and security policy. 相似文献
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针对无人地面车辆经典轨迹跟踪控制方法的不足,提出了一种基于无人地面车辆运动学模型的轨迹跟踪控制算法。在算法中引入了位姿的纵坐标误差,以加快跟踪的逼近速度,并利用人工驾驶的思想,采用了一种位一姿交替控制的方法,使路径跟踪既准确又快速。仿真结果表明:该方法是有效的,且可使无人地面车具有更好的跟踪性能。 相似文献
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在第三次抵消战略的驱动下,受军费预算不断削减、内部成本日益增长的影响,为遏制中俄等国日益崛起的军事力量,谋求和维持未来军事优势,美军只能将目光聚焦于创新作战概念,发展以无人系统为代表的更具成本效益和作战威力的武器装备。随着人工智能和机器学习技术的进步,无人系统的自主能力得到了大幅提高,未来将可能根据任务需要,实现从远程控制、自动化系统到近乎完全自主。本文认为,美国国防部除将加快发展人工智能和机器学习技术,聚焦于自主系统带来的作战效率和效能的提高,持续评估自主系统以提升作战人员的信任水平之外,也正加紧制定相关的政策法规,以确保自主系统的研发更加规范有序。 相似文献
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《防务技术》2019,15(4):541-544
WEDM is used in machining conductive materials where it is required to obtained complicated and intricate shapes with high accuracy. Various applications are in the field of automobile, medical industries, aerospace etc. WEDM is an economical machining option with short product development cycle. Surface roughness, kerf width, Material removal rate, Recast layer hardness and surface microhardness in WEDM are most important responses. In this paper, effect of varied Wire tension on SR, KW, MRR, RCL hardness and surface microhardness on AISI 304 have been investigated. Pulse on time, pulse off time, current and dielectric fluid are taken as fixed parameter. Results show that Wire tension influences the SR, MRR and Surface microhardness and has no effect on kerf width in case of Stainless steel 304. 相似文献