This technical report defines the spatial representation and the map file format used in a mobile robot map-based autonomous navigation system designed to be deployed in urban areas. After a discussion about common requirements of spatial representations for map-based mobile robot autonomous navigation, a proposed environment model that fulfills previously discussed requirements is formally presented. An example of a map representing an outdoor area of an university campus of about 10000m2 is given to better illustrate the map format. Finally, the report shows simulation results on global localization and path planning using the proposed map
Mobile robots need information about its spatial environment to solve any task in a robust, reliable...
Utonomous navigation is one of the most challenging tasks for mobile robots. It requires the ability...
Utonomous navigation is one of the most challenging tasks for mobile robots. It requires the ability...
This technical report defines the spatial representation and the map file format used in a mobile ro...
This technical report defines the spatial representation and the map file format used in a mobile ro...
This technical report defines the spatial representation and the map file format used in a mobile ro...
In order to solve most of the existing mobile robotics applications, the robot needs some informatio...
Many studies in the field of robot navigation have focused on environment representation and localiz...
International audiencePerceiving, representing and even understanding the environment that surrounds...
International audiencePerceiving, representing and even understanding the environment that surrounds...
Mobile robotics research is currently interested on exporting autonomous navigation results achieved...
Mapping is a basic capability for mobile robots. Most applications demand some level of knowledge ab...
In this paper the autonomous mobile vehicle MOBOT-IV is presented, which is capable of exploring an ...
Mobile robots need information about its spatial environment to solve any task in a robust, reliable...
Utonomous navigation is one of the most challenging tasks for mobile robots. It requires the ability...
Mobile robots need information about its spatial environment to solve any task in a robust, reliable...
Utonomous navigation is one of the most challenging tasks for mobile robots. It requires the ability...
Utonomous navigation is one of the most challenging tasks for mobile robots. It requires the ability...
This technical report defines the spatial representation and the map file format used in a mobile ro...
This technical report defines the spatial representation and the map file format used in a mobile ro...
This technical report defines the spatial representation and the map file format used in a mobile ro...
In order to solve most of the existing mobile robotics applications, the robot needs some informatio...
Many studies in the field of robot navigation have focused on environment representation and localiz...
International audiencePerceiving, representing and even understanding the environment that surrounds...
International audiencePerceiving, representing and even understanding the environment that surrounds...
Mobile robotics research is currently interested on exporting autonomous navigation results achieved...
Mapping is a basic capability for mobile robots. Most applications demand some level of knowledge ab...
In this paper the autonomous mobile vehicle MOBOT-IV is presented, which is capable of exploring an ...
Mobile robots need information about its spatial environment to solve any task in a robust, reliable...
Utonomous navigation is one of the most challenging tasks for mobile robots. It requires the ability...
Mobile robots need information about its spatial environment to solve any task in a robust, reliable...
Utonomous navigation is one of the most challenging tasks for mobile robots. It requires the ability...
Utonomous navigation is one of the most challenging tasks for mobile robots. It requires the ability...