DEVELOPMENT OF WHEELED ROBOT FOR SURVILLENACE APPLICATIONS

Artificial intelligence (AI) had a significant impact on daily life as the technology has advanced. As a result of this embrace, robot interaction has become common place. Robots have become an increasing number of conventional in lots of real-international eventualities. Housekeeping, scientific aid, human help are some not unusual place implementations of robots. Military and Security are also number one area in which robotics is being researched and implemented. Robots with the reason of surveillance in struggle zones and terrorist situations need specific functionalities to perform their responsibilities with precision and performance. The Military Surveillance Robot superior using Robot Operating System. This work focuses on kinematics study of wheeled robot for surveillance applications. The kinematics of surveillance robot categorised into two types: forward and inverse. The forward kinematics of a wheeled robot. It is an all-around robot. Denavit-Hartenberg parameterization is used to calculate the entire kinematics of the wheel and the base. Our method varies from the standard method, which derives the Jacobian of the wheel and base directly from velocity transformations and restrictions. Kinematic analysis is based on the placement of coordinate axes inside the robot and its surroundings, with matrices to define transformations between coordinate systems.