Chameleon eye motion thruster for missile system with genetic ontology controller and uncommon transmission antenna

摘要

Role of missile technology in defense is inevitable. High precision missiles that exist with common law of flight motion paves way to the calculation of approaching missiles target approximation and resulting in destruction as every missile follow parabolic projection. Chameleon eye motion thrusters for missile with genetic ontology controller and uncommon transmission antenna is capable of taking path of parabolic motion/snake motion/guided motion to keep it away from obstacles and other approaching missiles. Data transmission between missiles, control station and inter missile signaling is carried out through an uncommon antenna that Trans receives two signals at same time in same frequency. Genetic ontology calculates the type and speed of the approaching missiles and maps the list of missile associated with the approaching missile type. Depending on the genetic ontology controller data of incoming anti missile and the obstacle data the Fuzzy decision controller guides the motion path of the missile using Chameleon eye motion thrusters to allow the missile to vary its motion path. Inter missile signaling takes place within the missiles in motion were genetic ontology controller maps and identifies the missile in motion that is capable enough to destruct the approaching missile and reassign the target. Chameleon eye motion thrusters carry the task of reaching the target depending on fuzzy decision controller.