The paper presents the integration and experiments with a pilot cell including a traditional machine tool and an innovative robot-swarm cooperative conformable support for aircraft body panels. The pilot was installed and tested in the premises of the aircraft manufacturer Piaggio Aerospace in Italy. An original approach to the support of the panels is realized: robots with soft heads operate from below the panel; they move upward the panel where manufacturing is performed, removing the sagging under gravity and returning it to its nominal geometry; the spindle of amilling machine performs the machining from above
The intent and purpose of this work was to investigate and demonstrate cooperative behavior among a ...
Unmanned Autonomous System Swarm, UASS, provides a means for a single operator to control a swarm o...
Swarm control systems are increasingly popular in the robotics industry and academia due to their ma...
The paper faces the problem of improving the flexibility of the manufacturing plant by rising the le...
AbstractThe European project SwarmItFIX has developed a new highly adaptable self-reconfiguring fixt...
The aerospace manufacturing is looking at ways to change their production processes in order to impr...
The paper presents the novel concept of a reconfigurable swarm fixture. In existing fixturing system...
Driven by the trend of life-cycle design and sustainable production, an innovative project called se...
The use of unmanned aerial systems is increasingly common in both research and industrial fields. No...
International audienceWe report results from a collaborative project that investigated the deploymen...
For many real-life applications such as monitoring, mapping, search-and-rescue or ad-hoc communicati...
The goal of this EPS@ISEP project proposed in the Spring of 2014 was to develop a flapping wing fly...
Morphing wing structures are widely considered among the most promising technologies for the improve...
The intent and purpose of this work was to investigate and demonstrate cooperative behavior among a ...
Unmanned Autonomous System Swarm, UASS, provides a means for a single operator to control a swarm o...
Swarm control systems are increasingly popular in the robotics industry and academia due to their ma...
The paper faces the problem of improving the flexibility of the manufacturing plant by rising the le...
AbstractThe European project SwarmItFIX has developed a new highly adaptable self-reconfiguring fixt...
The aerospace manufacturing is looking at ways to change their production processes in order to impr...
The paper presents the novel concept of a reconfigurable swarm fixture. In existing fixturing system...
Driven by the trend of life-cycle design and sustainable production, an innovative project called se...
The use of unmanned aerial systems is increasingly common in both research and industrial fields. No...
International audienceWe report results from a collaborative project that investigated the deploymen...
For many real-life applications such as monitoring, mapping, search-and-rescue or ad-hoc communicati...
The goal of this EPS@ISEP project proposed in the Spring of 2014 was to develop a flapping wing fly...
Morphing wing structures are widely considered among the most promising technologies for the improve...
The intent and purpose of this work was to investigate and demonstrate cooperative behavior among a ...
Unmanned Autonomous System Swarm, UASS, provides a means for a single operator to control a swarm o...
Swarm control systems are increasingly popular in the robotics industry and academia due to their ma...