Electronic Warfare System Using Anti-Radar UAV

H. Singh, M. Sharma
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Abstract

Following work presents the idea for an effective method of electronic warfare system that can act as a useful device in military applications. The UAV is designed to be a hexa-copter and has a gun mounted on it so that it can eliminate the target with negligible risk of losing human life in combat or war-like situation. Its novelty lies in its anti-radar nature, which is adapted after analyzing various jamming and electronic countermeasure techniques. Hence as ‘Stealth’ technique for jamming is adapted by integration of ‘Radar absorbent material’ to lower the Radar Cross section (RCS), which further decreases the detectability of the UAV in radar’s region. With its ability to stay in air, it can easily be controlled and due to its integration with the high definition-low vision camera it can target the enemy precisely, without any risk of error, taking accurate coordinates of the target. The whole warfare system can be monitored on a screen of mobile or laptop depending on the situation of operation. UAV is armed with a light-weight gun which can be used in low vision, hence attacking particular enemy without any loss of other human life.
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使用反雷达无人机的电子战系统
接下来的工作提出了一种有效的电子战系统方法,可以作为军事应用中的有用设备。UAV被设计成一架六架直升机并且在其上安装一门炮以便它能够在战斗或类似战争的情况下以可忽略不计的人命损失风险消除目标。它的新颖之处在于它的反雷达特性,在分析了各种干扰和电子对抗技术后进行了适应。因此,作为干扰的“隐身”技术是通过集成“雷达吸收材料”来降低雷达横截面(RCS),这进一步降低了无人机在雷达区域的可探测性。凭借其在空中停留的能力,它可以很容易地控制,并且由于它与高清晰度低视距摄像机的集成,它可以精确地瞄准敌人,没有任何错误的风险,准确地获取目标坐标。整个作战系统可以根据作战情况在移动或笔记本电脑屏幕上进行监控。无人机装备一门轻型炮,可以在低视力下使用,因此攻击特定的敌人而没有任何其他人命损失。
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