Website © 2009 Ingenta. Article copyright remains with the publisher, society or author(s)A robot which is capable of odour plume tracing can be employed in many applications, such as the detection of toxic gas, fire at its early stage and explosives. In this study, a small size indoor plume-tracing mobile robot was aimed to be developed to demonstrate how simple and basic insect-like robotic system can localise an odour source in a wind-varying indoor environment. The robot adopted the anemotaxis plume-tracing algorithm and the wall-following collision avoidance algorithm to trace plumes in an obstructed environment. Experimental results have demonstrated the capability of this kind of plume-tracing mobile robo
This paper reports on experiences concerning the deployment of gas sensors on an autonomous mobile r...
The goal of this work was to enable a mobile robot to navigate autonomously towards a stationary odo...
AbstractThe methodology of tracing odor plume via a mobile robot is considered. In this research, tw...
Odor source localization is a topic that continues to attract research attention, and in the past de...
The recent increasing threat of chemical weapons technologies has highlighted the need for superior ...
Plume-tracing mobile robots have the potential to detect emissions caused by dangerous sources, such...
Learning from insects but using autonomous robot to detect chemical emissions caused by such as fire...
Learning from insects and animals to enable an autonomous robot to detect chemical emissions caused ...
Bio-inspired chemical plume-tracing methods have been applied in robots to detect chemical emissions...
Gas source localisation with robots is usually performed in environments with a strong, unidirection...
This paper describes the assembly of a mobile odour sensing system and investigates its practical op...
Insects are confronted with the problem of locating food, mates, prey and hosts for their young over...
Copyright © 2006 IEEEThe ability of insects to track chemical plumes far outstrips the capabilities ...
Odour localisation is the problem of finding the source of an odour or other volatile chemical. It p...
The detection of a dangerous emission source location has the potential to be enhanced by using plum...
This paper reports on experiences concerning the deployment of gas sensors on an autonomous mobile r...
The goal of this work was to enable a mobile robot to navigate autonomously towards a stationary odo...
AbstractThe methodology of tracing odor plume via a mobile robot is considered. In this research, tw...
Odor source localization is a topic that continues to attract research attention, and in the past de...
The recent increasing threat of chemical weapons technologies has highlighted the need for superior ...
Plume-tracing mobile robots have the potential to detect emissions caused by dangerous sources, such...
Learning from insects but using autonomous robot to detect chemical emissions caused by such as fire...
Learning from insects and animals to enable an autonomous robot to detect chemical emissions caused ...
Bio-inspired chemical plume-tracing methods have been applied in robots to detect chemical emissions...
Gas source localisation with robots is usually performed in environments with a strong, unidirection...
This paper describes the assembly of a mobile odour sensing system and investigates its practical op...
Insects are confronted with the problem of locating food, mates, prey and hosts for their young over...
Copyright © 2006 IEEEThe ability of insects to track chemical plumes far outstrips the capabilities ...
Odour localisation is the problem of finding the source of an odour or other volatile chemical. It p...
The detection of a dangerous emission source location has the potential to be enhanced by using plum...
This paper reports on experiences concerning the deployment of gas sensors on an autonomous mobile r...
The goal of this work was to enable a mobile robot to navigate autonomously towards a stationary odo...
AbstractThe methodology of tracing odor plume via a mobile robot is considered. In this research, tw...