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机构地区:[1]海军潜艇学院,山东青岛266071
出 处:《情报指挥控制系统与仿真技术》2005年第2期15-17,共3页Information Command Control System and Simulation Technology
摘 要:鉴于经典的载体优化理论对装备舷侧阵声呐的潜艇的局限性,讨论了装备舷侧阵远程预警声呐的潜艇发现目标后的机动问题。在分析经典的载体优化机动理论的使用条件和特点的前提下,借鉴美国潜艇拖曳阵远程预警声呐发现目标后的战术机动思想,提出了装备舷侧阵声呐的潜艇发现目标后可以采取与初始发现方位线相垂直的倒“U”字机动策略及具体的细节。该机动方法理论上成立,但具体参数的确定还需要经过计算机仿真和海上实践的检验。同时认为战术理论的发展与装备技术水平的发展紧密相关。In view of the limitation of conventional optimizing motion theory to the submarine equipped with broadside sonar, this paper proposes the maneuver problem of submarine equipped with distant early warning sonar at finding targets. Based on analyzing the characteristic and application of the conventional optimizing motion theory and combining with the maneuver fundamental of American submarine, the paper proposes an original maneuver strategy which is a typical characteristic of ‘U’ being perpendicular to the primal-target-bearing. This maneuver strategy adapt to the submarine equipped with broadside sonar in theory. Even now its validity should be verified not only by computer simulation but also by submarine test at sea. We also conclude that the evolution of tactic theory should accommodate to the progress of the equipment technology in time.
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