We present in this paper an application of previously developed techniques to the leader-follower formation problem, techniques that exclusively use vision. Contrary to other vision-based methods, the only information needed to perform this task is a set of images of the back of the leader robot that will be tracked by the follower robot. For this, the follower robot controls its (translational and rotational) speed by performing only pixel-wise comparisons between the tracked images and the current image of its surroundings. Results are presented that quantify and qualify the performance of the method in a number of situations, all using real robots in our research lab. Assumptions and limitations are discussed
This paper focuses on the localization problem for a mobile camera network. In particular, we consid...
A framework for the deployment of multiple autonomous robotic fish to achieve leader-following forma...
Recent research projects have demonstrated that it is possible to make robots move in formation. The...
We present in this paper an application of previously developed techniques to the leader-follower fo...
Abstract. In this paper, we present a simple method for the deployment of multiple autonomous robots...
Robot formation control has drawn significant attention for many years, and now it is well understoo...
This paper deals with vision-based localization for leader-follower formation control. Each unicycle...
The thesis implements a vision-based leader-follower tracking algorithm on a ground robot system. On...
This paper focuses on leader-follower formations of mobile robots equipped with panoramic cameras an...
Abstract — This paper deals with vision-based localization for leader-follower formation control. Ea...
This paper deals with leader-follower formations of non-holonomic mobile robots, introducing a forma...
In this paper we present a mobile system for visual tracking, i.e., a mobile platform equipped with ...
AbstractThis paper deals with a new type control formation for multi robot system (MRS). The formati...
Robots are sometimes used as “mules” for carrying supplies for workers or soldiers. In these types o...
This work presents a novel approach to the problem of establishing and maintaining a common co-ordin...
This paper focuses on the localization problem for a mobile camera network. In particular, we consid...
A framework for the deployment of multiple autonomous robotic fish to achieve leader-following forma...
Recent research projects have demonstrated that it is possible to make robots move in formation. The...
We present in this paper an application of previously developed techniques to the leader-follower fo...
Abstract. In this paper, we present a simple method for the deployment of multiple autonomous robots...
Robot formation control has drawn significant attention for many years, and now it is well understoo...
This paper deals with vision-based localization for leader-follower formation control. Each unicycle...
The thesis implements a vision-based leader-follower tracking algorithm on a ground robot system. On...
This paper focuses on leader-follower formations of mobile robots equipped with panoramic cameras an...
Abstract — This paper deals with vision-based localization for leader-follower formation control. Ea...
This paper deals with leader-follower formations of non-holonomic mobile robots, introducing a forma...
In this paper we present a mobile system for visual tracking, i.e., a mobile platform equipped with ...
AbstractThis paper deals with a new type control formation for multi robot system (MRS). The formati...
Robots are sometimes used as “mules” for carrying supplies for workers or soldiers. In these types o...
This work presents a novel approach to the problem of establishing and maintaining a common co-ordin...
This paper focuses on the localization problem for a mobile camera network. In particular, we consid...
A framework for the deployment of multiple autonomous robotic fish to achieve leader-following forma...
Recent research projects have demonstrated that it is possible to make robots move in formation. The...