This project relies primarily on the design process activities by combining some design methodologies studied in this college course: the COMET and Concurrent (Real-Time) UML methods. It implements a dashboard page for controlling missile settings and a sensor page for detecting changes. These two pages are created using HTML, CSS, JavaScript, TypeScript and Angular.
The missile contains a burner, a proximity trigger, a warhead, two sets of wings, yaw (i.e., left, right), pitch (i.e., up, down), a launch sensor, and an infra-red camera.
• An algorithm is available that transfers the infra-red image of the camera to the yaw and pitch angles of the target.
• Half a second after the missile is launched, the burner is activated, from then on, the burner remains active until the missile explodes or an error is detected.
• The system uses its wings to aim the missile at the target. Each set of wings has five modes: Centered, Small deviation (one to each of the two directions), and Strong deviation to each direction.
• The missile is armed 3 seconds after it is launched. The burner malfunction, or the camera losing the target, causes the arming to be canceled and the burner to stop.
• If the missile is armed and the proximity detected is activated, the warhead explodes.
-system Sequence :
-Sequence diagram:
-
Detecting target:
-
Is Launched
-
Change mode:
-
Infrared camera:
-
Set burner active:
-
Missile explodes:
-
Detecting target:
-
Missile explodes:
