In this paper we demonstrate the online applicability of the fault detection and diagnosis approach which we previously developed and published in 1. In our former work we showed that a purely data driven fault detection approach can be successfully built based on monitored inter-component communication data of a robotic system and used for a-posteriori fault detection. Here we propose an extension to this approach which is capable of online learning of the fault model as well as for online fault detection. We evaluate the application of our approach in the context of a RoboCup task executed by our service robot BIRON in corporation with an expert user. © 2011 IEEE
In order to address the problem of failure detection in the robotics domain, we present in this cont...
Fault tolerance is increasingly important in modern autonomous or industrial robots. The ability to ...
Wienke J, Wrede S. A Fault Detection Data Set for Performance Bugs in Component-Based Robotic System...
In this paper we demonstrate the online applicability of the fault detection and diagnosis approach ...
Golombek R, Wrede S, Hanheide M, Martin H. On-line Data-Driven Fault Detection for Robotic Systems. ...
Golombek R, Wrede S, Hanheide M, Heckmann M. Learning a Probabilistic Error Detection Model for Robo...
Autonomous systems are usually equipped with sensors to sense the surrounding environment. The senso...
Wienke J, Wrede S. Autonomous Fault Detection for Performance Bugs in Component-Based Robotic System...
Golombek R, Wrede S, Hanheide M, Heckmann M. A Method for learning a Fault Detection Model from Comp...
The need for an active approach to fault tolerance in swarm robotics systems is well established. Th...
Wienke J, Meyer zu Borgsen S, Wrede S. A Data Set for Fault Detection Research on Component-Based Ro...
In this dissertation, we study two new approaches to fault detection for autonomous robots. The firs...
This paper presents a modification of the data-driven sensor-based fault detection and diagnosis (SF...
This work presents the preliminary research towards developing an adaptive tool for fault detection ...
Advancements in the field of robotics enable the creation of systems with cognitive abilities which ...
In order to address the problem of failure detection in the robotics domain, we present in this cont...
Fault tolerance is increasingly important in modern autonomous or industrial robots. The ability to ...
Wienke J, Wrede S. A Fault Detection Data Set for Performance Bugs in Component-Based Robotic System...
In this paper we demonstrate the online applicability of the fault detection and diagnosis approach ...
Golombek R, Wrede S, Hanheide M, Martin H. On-line Data-Driven Fault Detection for Robotic Systems. ...
Golombek R, Wrede S, Hanheide M, Heckmann M. Learning a Probabilistic Error Detection Model for Robo...
Autonomous systems are usually equipped with sensors to sense the surrounding environment. The senso...
Wienke J, Wrede S. Autonomous Fault Detection for Performance Bugs in Component-Based Robotic System...
Golombek R, Wrede S, Hanheide M, Heckmann M. A Method for learning a Fault Detection Model from Comp...
The need for an active approach to fault tolerance in swarm robotics systems is well established. Th...
Wienke J, Meyer zu Borgsen S, Wrede S. A Data Set for Fault Detection Research on Component-Based Ro...
In this dissertation, we study two new approaches to fault detection for autonomous robots. The firs...
This paper presents a modification of the data-driven sensor-based fault detection and diagnosis (SF...
This work presents the preliminary research towards developing an adaptive tool for fault detection ...
Advancements in the field of robotics enable the creation of systems with cognitive abilities which ...
In order to address the problem of failure detection in the robotics domain, we present in this cont...
Fault tolerance is increasingly important in modern autonomous or industrial robots. The ability to ...
Wienke J, Wrede S. A Fault Detection Data Set for Performance Bugs in Component-Based Robotic System...