导弹抗红外诱饵干扰的六自由度半实物仿真研究

导弹作为精确制导武器已经广泛运用于战场，与之相应的对抗措施也在飞速发展。红外诱饵已经成为影响光电导引头制导导弹作战效能的重要因素。为了研究红外自寻的导弹的抗诱饵干扰能力，利用半实物仿真系统构建了红外诱饵干扰条件下的导弹飞行物理效应环境，分析了导弹的抗红外诱饵干扰能力。通过半实物仿真试验可知，适当设置目标和诱饵之间的距离可以起到诱偏红外制导导弹攻击静止目标的作用；对于机动目标，若在合适的时机投放诱饵，则可有效诱偏红外制导导弹攻击。

Research on Six Degrees of Freedom Hardware-in-the-loop Simulation for Missile Anti-infrared Decoy Jamming

As precision guided weapons, missiles have been widely used in the battlefield, and corresponding countermeasures are also developing rapidly. Infrared decoy has become an important factor affecting the combat effectiveness of the guided missile with photoelectric seeker. In order to study the anti-decoy jamming ability of infrared self-homing missile, the physical effect environment of missile flight under the condition of infrared decoy jamming is constructed by using hardware-in-the-loop simulation system, and the anti-infrared decoy jamming ability of missile is analyzed in this paper. Through the hardware-in-the-loop simulation test, it can be seen that setting the distance between target and decoy properly can induce infrared guided missile to attack stationary target. For maneuvering target, if the decoy is placed at the right time, it can effectively induce infrared guided missile attack.