Missile detection and destruction robot using detection algorithm
This is an incremental application of existing sensors and algorithms to a specific defense problem in Bangladesh.
The paper tackles missile detection and destruction by proposing a system using ultrasonic sonar, electro-optical sensors, and pulse doppler radar to detect targets and simulate destruction, aiming for a cost-effective solution for Bangladesh.
This research is based on the present missile detection technologies in the world and the analysis of these technologies to find a cost effective solution to implement the system in Bangladesh. The paper will give an idea of the missile detection technologies using the electro-optical sensor and the pulse doppler radar. The system is made to detect the target missile. Automatic detection and destruction with the help of ultrasonic sonar, a metal detector sensor, and a smoke detector sensor. The system is mainly based on an ultrasonic sonar sensor. It has a transducer, a transmitter, and a receiver. Transducer is connected with the connected with controller. When it detects an object by following the algorithm, it finds its distance and angle. It can also assure whether the system can destroy the object or not by using another algorithm's simulation.