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在日益复杂的空对地轰炸环境下,飞机的安全受到极大威胁。为了提高生存力,进行低空高度机动轰炸是行之有效的方法。首先提出一种适合于飞机进行大过载机动轰炸的瞄准原理,建立了大过载机动轰炸的数学模型,并给出了实现方法,最后进行了仿真。仿真结果表明:此种轰炸方式可操纵性强、精确度高,由于瞄准解算采用动态迭代反馈方法,能够适应较大的干扰环境。大过载机动轰炸算法可以在无人攻击机(UCAV)和对现有战斗机的改造中提供帮助。
In the increasingly complex air-to-ground bombing environment, the aircraft’s safety is greatly threatened. In order to enhance its viability, it is an effective method to conduct low altitude and high degree of mobile bombing. First of all, aiming at aiming at large over-maneuvering bombing of aircraft, a mathematical model of maneuvering bombardment with large overloading is established, and the realization method is given. Finally, the simulation is carried out. The simulation results show that this kind of bombing method has strong maneuverability and high accuracy. Due to the aiming solution, a dynamic iterative feedback method can be used to adapt to large interference environment. Large overloading mobile bombing algorithms can help unmanned attack aircraft (UCAV) and the transformation of existing fighters.