Abstract:
Humanitarian demining is an urgent and necessary activity to be carried out to resettle in
places where the civilians were used to live before the war. Humanitarian mine clearance
technology currently used in various parts of the world is based on the use of very basic
equipment, techniques, and procedures developed in early years. Robotics has come into
all aspects of life today. It has come into the industrial aspect, the biological and practical
sciences aspect, everyday life, and especially in the rescue aspect. Humanitarian
Demining is one of the areas where the robots can be used to reduce risk and speed up the
process.
Anovel behavior based mobile robotic platform for landmine detection is proposed in
this thesis. A fully autonomous wheeled mobile robot called Autonomous Mine Detecting
Robot(AMDR) was designed and developed for this purpose. A microcontroller based
system was developed for processing sensor signals and driving actuators. Networks of
microcontrollers were used to implement the whole system while reducing complexity of
algorithm. Bumper switches, photoreflectors and sonar sensor were used in the robot to
sense the world aud two DC motors were used for locomotion.
A Subsumption based behavior based controller was implemented to enable the robot to
do simple search operation to detect landmines. Six behaviors were arranged according to
its priority level. Behaviors were tuned to give better performance.This thesis explains about Humanitarian Demining in the first chapter. The design of the
robot and design of the proposed controller are explained in consecutive chapters. In the
final chapter the results of experiments are summarized.
