Add to ORKGThe European Columbus Scenario is established. One of the Columbus Elements, the Man Tended Free Flyer will be designed for fully autonomous operation in order to provide the environment for micro gravity facilities. The Concept of an autonomous automation system which perform servicing of facilities and deals with related logistic tasks is discussed
The emphasis on automation and robotics in the augmentation of the human centered systems as it conc...
For the Post-IOC(In-Orbit Construction)-Phase of COLUMBUS it is intended to use robotic devices for ...
Presentation that describes possible uses of free-flying robots on-board human spacecraft during lon...
As a baseline for investigations into automation an robotics for microgravity experiment operations ...
With nearly forty percent of the funding, Germany is the main contributor to the European COLUMBUS P...
In a series of ESA contracts, Dornier has led the definition of a concept for a robot-based Equipmen...
In view of space activities like International Space Station, Man-Tended-Free-Flyer (MTFF) and free ...
The presented paper deals with preconditions, principals and methods for an efficient introduction o...
Key to an efficient accomplishment of space station servicing operations is the development of a sce...
This paper describes the development status of a prototype supervised intelligent robot for space ap...
The raise of orbital robotics opens a new horizon of possibilities for upcoming space missions. In...
The development status is described of a prototype supervised intelligent robot for space applicatio...
Crew rescue and equipment retrieval is a Space Station Freedom requirement. During Freedom's lifetim...
The development of and test control strategies for self-contained, autonomous free flying space robo...
Within the long-term framework of establishing a coherent system that supports permanent and autonom...
The emphasis on automation and robotics in the augmentation of the human centered systems as it conc...
For the Post-IOC(In-Orbit Construction)-Phase of COLUMBUS it is intended to use robotic devices for ...
Presentation that describes possible uses of free-flying robots on-board human spacecraft during lon...
As a baseline for investigations into automation an robotics for microgravity experiment operations ...
With nearly forty percent of the funding, Germany is the main contributor to the European COLUMBUS P...
In a series of ESA contracts, Dornier has led the definition of a concept for a robot-based Equipmen...
In view of space activities like International Space Station, Man-Tended-Free-Flyer (MTFF) and free ...
The presented paper deals with preconditions, principals and methods for an efficient introduction o...
Key to an efficient accomplishment of space station servicing operations is the development of a sce...
This paper describes the development status of a prototype supervised intelligent robot for space ap...
The raise of orbital robotics opens a new horizon of possibilities for upcoming space missions. In...
The development status is described of a prototype supervised intelligent robot for space applicatio...
Crew rescue and equipment retrieval is a Space Station Freedom requirement. During Freedom's lifetim...
The development of and test control strategies for self-contained, autonomous free flying space robo...
Within the long-term framework of establishing a coherent system that supports permanent and autonom...
The emphasis on automation and robotics in the augmentation of the human centered systems as it conc...
For the Post-IOC(In-Orbit Construction)-Phase of COLUMBUS it is intended to use robotic devices for ...
Presentation that describes possible uses of free-flying robots on-board human spacecraft during lon...