In this Final Year Project report, it will focus on the concept of region control of mobile robots. It is a control method, where a region is specified as the desired target instead of a point which is the case in conventional setpoint control. Two Boe-Bot mobile robots are implemented with the region control concept to perform control tasks autonomously. In the implementation, communication devices are used to provide data feedback. Each Boe-Bot robot is equipped with a Bluetooth module and a localizer, Stargazer. The Boe-Bot robots will also move by maintaining a minimum between themselves. As the region control method does not require specific orders or positions of the robots, it creates a scalable region where robots are able t...
The article presents overview of authors' results concerning mobile robot con- trol algorithms that ...
In modern technological innovation, robotics and artificial intelligence (AI) method are now applied...
Mobile robots allow us to achieve tasks independently from human intervention. Mobile robots follow ...
In this Final Year Project report, it will focus on the concept of region control of mobile robots. ...
This final year project will focus on design of multi-robotics region-reaching controller by applyin...
In region formation, communications are important as multiple robots are required to work together w...
In this thesis, a new control con- cept called region reaching control for robot manipulators is pro...
When deploying a wireless sensor network in an unknown environment, commonly referred to as Region o...
A team of coordinating mobile robots equipped with operation specific sensors canperform different c...
Recently, autonomous mobile robots have gained popularity in the modern world due to their relevance...
In this thesis, several algorithms and experiments involving the control of robot for-mations are pr...
The self deployment of a decentralized mobile sensor network has been addressed in this thesis. The ...
This paper deals with the research that led to the development of a robotic guide or a robot which w...
Robot, a computer-controlled machine that is programmed to move, manipulates objects, and accomplish...
The purpose of this project was to investigate if it is possible to have local wireless control of a...
The article presents overview of authors' results concerning mobile robot con- trol algorithms that ...
In modern technological innovation, robotics and artificial intelligence (AI) method are now applied...
Mobile robots allow us to achieve tasks independently from human intervention. Mobile robots follow ...
In this Final Year Project report, it will focus on the concept of region control of mobile robots. ...
This final year project will focus on design of multi-robotics region-reaching controller by applyin...
In region formation, communications are important as multiple robots are required to work together w...
In this thesis, a new control con- cept called region reaching control for robot manipulators is pro...
When deploying a wireless sensor network in an unknown environment, commonly referred to as Region o...
A team of coordinating mobile robots equipped with operation specific sensors canperform different c...
Recently, autonomous mobile robots have gained popularity in the modern world due to their relevance...
In this thesis, several algorithms and experiments involving the control of robot for-mations are pr...
The self deployment of a decentralized mobile sensor network has been addressed in this thesis. The ...
This paper deals with the research that led to the development of a robotic guide or a robot which w...
Robot, a computer-controlled machine that is programmed to move, manipulates objects, and accomplish...
The purpose of this project was to investigate if it is possible to have local wireless control of a...
The article presents overview of authors' results concerning mobile robot con- trol algorithms that ...
In modern technological innovation, robotics and artificial intelligence (AI) method are now applied...
Mobile robots allow us to achieve tasks independently from human intervention. Mobile robots follow ...