This paper describes technologies we have developed to perform autonomous large-scale off-world excavation. A scale dragline excavator of size similar to that required for lunar excavation was made capable of autonomous control. Systems have been put in place to allow remote operation of the machine from anywhere in the world. Algorithms have been developed for complete autonomous digging and dumping of material taking into account machine and terrain constraints and regolith variability. Experimental results are presented showing the ability to autonomously excavate and move large amounts of regolith and accurately place it at a specified location
In order for off-Earth top surface structures built from regolith to protect astronauts from radiati...
Increased interestin In-Situ Resource Utilization (ISRU) concept for lunar outpost construction has...
Automating earth-moving tasks has the potential to resolve labour-shortage, allow for unseen designs...
This paper describes technologies we have developed to perform autonomous large-scale off-world exca...
NASA‘s planned permanent return to the Moon by the year 2018 will demand advances in many technologi...
Productivity in the construction sector has only grown 1% in the last two decades compared to 2.8% o...
The second annual NASA Lunabotics Mining competition is to be held in May 23-28, 2011. The goal of t...
Outer space contains a vast amount of resources that offer virtually unlimited wealth to the humans ...
The excavation of foundations, general earthworks and earth removal tasks are activities which invol...
Lunar and planetary subsurface exploration is of considerable significance. The authors have studied...
Robotic excavation has been proposed as a means to meet the ever growing demand for skilled excavato...
This conference paper was presented in the International Conference on Advanced Computer Science App...
Mining is one of the oldest activities of humanity, as the extraction of stones, ceramics and metals...
Future robotic exploration missions within the Solar System, focussing on either scientific discover...
During the last decade, there has been significant progress toward a supervised autonomous robotic c...
In order for off-Earth top surface structures built from regolith to protect astronauts from radiati...
Increased interestin In-Situ Resource Utilization (ISRU) concept for lunar outpost construction has...
Automating earth-moving tasks has the potential to resolve labour-shortage, allow for unseen designs...
This paper describes technologies we have developed to perform autonomous large-scale off-world exca...
NASA‘s planned permanent return to the Moon by the year 2018 will demand advances in many technologi...
Productivity in the construction sector has only grown 1% in the last two decades compared to 2.8% o...
The second annual NASA Lunabotics Mining competition is to be held in May 23-28, 2011. The goal of t...
Outer space contains a vast amount of resources that offer virtually unlimited wealth to the humans ...
The excavation of foundations, general earthworks and earth removal tasks are activities which invol...
Lunar and planetary subsurface exploration is of considerable significance. The authors have studied...
Robotic excavation has been proposed as a means to meet the ever growing demand for skilled excavato...
This conference paper was presented in the International Conference on Advanced Computer Science App...
Mining is one of the oldest activities of humanity, as the extraction of stones, ceramics and metals...
Future robotic exploration missions within the Solar System, focussing on either scientific discover...
During the last decade, there has been significant progress toward a supervised autonomous robotic c...
In order for off-Earth top surface structures built from regolith to protect astronauts from radiati...
Increased interestin In-Situ Resource Utilization (ISRU) concept for lunar outpost construction has...
Automating earth-moving tasks has the potential to resolve labour-shortage, allow for unseen designs...