Assume a team of mobile robots operating in environments where no communication infrastructure like routers or access points is available. The robots have to create a mobile ad hoc network, in that case, it provides communication on peer-to-peer basis. The paper gives an overview of existing solutions how to route messages in such ad hoc networks between robots that are not directly connected and introduces a design of a software framework for realization of such communication. Feasibility of the proposed framework is shown on the example of distributed multi-robot exploration of an a priori unknown environment. Testing of developed functionality in an exploration scenario is based on results of several experiments with various input condit...
There are a large class of problems, from search and rescue to environmental monitoring, that can be...
The type of scenarios that could benefit from a team of robots that are able to self configure into ...
A collaborative team of two resource constrained semi-autonomous hexapod robots have been developed...
In multiple mobile robot system, cooperation among robots usually executes through communication. Wi...
Mobile robots need to be able to communicate among them, and with other hosts participating in a gi...
Mobile robots need to be able to communicate among them, and with other hosts participating in a gi...
P. 307-320Mobile robots need to be able to communicate among themselves, as well as with hosts parti...
The type of scenarios that could benefit from a team of robots that are able to self configure into ...
The type of scenarios that could benefit from a team of robots that are able to self configure into ...
Summarization: Teams of mobile robots have been recently proposed as effective means of completing c...
Autonomous robots operating in real environments need to be able to interact with a dynamic world po...
This paper describes the swarm robots communication and control base Mobile ad-hoc network (MANET). ...
Autonomous robots operating in real environments need to be able to interact with a dynamic world po...
This paper describes the swarm robots communication and control base Mobile ad-hoc network (MANET). ...
There are a large class of problems, from search and rescue to environmental monitoring, that can be...
There are a large class of problems, from search and rescue to environmental monitoring, that can be...
The type of scenarios that could benefit from a team of robots that are able to self configure into ...
A collaborative team of two resource constrained semi-autonomous hexapod robots have been developed...
In multiple mobile robot system, cooperation among robots usually executes through communication. Wi...
Mobile robots need to be able to communicate among them, and with other hosts participating in a gi...
Mobile robots need to be able to communicate among them, and with other hosts participating in a gi...
P. 307-320Mobile robots need to be able to communicate among themselves, as well as with hosts parti...
The type of scenarios that could benefit from a team of robots that are able to self configure into ...
The type of scenarios that could benefit from a team of robots that are able to self configure into ...
Summarization: Teams of mobile robots have been recently proposed as effective means of completing c...
Autonomous robots operating in real environments need to be able to interact with a dynamic world po...
This paper describes the swarm robots communication and control base Mobile ad-hoc network (MANET). ...
Autonomous robots operating in real environments need to be able to interact with a dynamic world po...
This paper describes the swarm robots communication and control base Mobile ad-hoc network (MANET). ...
There are a large class of problems, from search and rescue to environmental monitoring, that can be...
There are a large class of problems, from search and rescue to environmental monitoring, that can be...
The type of scenarios that could benefit from a team of robots that are able to self configure into ...
A collaborative team of two resource constrained semi-autonomous hexapod robots have been developed...