The paper proposes a generic approach to automated robotic assembly process planning. Such a novel feature-based model of the assembly process is presented which can be synthesized from the standard CAD model of the product and the description of the applicable resources. As a first step towards automated planning, the paper focuses on generating constraints that ensure plan feasibility, as well as on the formal verification of fully specified plans. Examples are given from the domains of robotic remote laser welding as well as collaborative human-robot mechanical assembly
AbstractBoth humans and robots have crucial advantages regarding industrial assembly processes. Whil...
In the automotive industry, short ramp up times and high product quality drive the development towar...
This paper aims to investigate automatic assembly planning for robot and manual assembly. The octree...
The trend towards mass customization puts traditional automation solutions under pressure. In additi...
The trend towards mass customization puts traditional automation solutions under pressure. In additi...
This paper presents how robot and human resources can be modeled for planning purposes. Instead of u...
Automatic assembly sequencing and visualization tools are valuable in determining the best assembly ...
In this paper, a novel approach for an ontological representation of continuous-path manufacturing t...
Human robot collaboration (HRC) in assembly processes, is a concept which aims to integrate the huma...
In the automotive industry, short ramp up times and high product quality drive the development towar...
The automation level of today’s industries is categorized as high. Some specific areas cannot be ful...
The automation level of today’s industries is categorized as high. Some specific areas cannot be ful...
The problem of generating assembly plans is exam-ined from the viewpoint of totally automating the m...
This thesis describes an approach to robotic assembly planning based on a logic of plan specificati...
The automation level of today’s industries is categorized as high. Some specific areas cannot be ful...
AbstractBoth humans and robots have crucial advantages regarding industrial assembly processes. Whil...
In the automotive industry, short ramp up times and high product quality drive the development towar...
This paper aims to investigate automatic assembly planning for robot and manual assembly. The octree...
The trend towards mass customization puts traditional automation solutions under pressure. In additi...
The trend towards mass customization puts traditional automation solutions under pressure. In additi...
This paper presents how robot and human resources can be modeled for planning purposes. Instead of u...
Automatic assembly sequencing and visualization tools are valuable in determining the best assembly ...
In this paper, a novel approach for an ontological representation of continuous-path manufacturing t...
Human robot collaboration (HRC) in assembly processes, is a concept which aims to integrate the huma...
In the automotive industry, short ramp up times and high product quality drive the development towar...
The automation level of today’s industries is categorized as high. Some specific areas cannot be ful...
The automation level of today’s industries is categorized as high. Some specific areas cannot be ful...
The problem of generating assembly plans is exam-ined from the viewpoint of totally automating the m...
This thesis describes an approach to robotic assembly planning based on a logic of plan specificati...
The automation level of today’s industries is categorized as high. Some specific areas cannot be ful...
AbstractBoth humans and robots have crucial advantages regarding industrial assembly processes. Whil...
In the automotive industry, short ramp up times and high product quality drive the development towar...
This paper aims to investigate automatic assembly planning for robot and manual assembly. The octree...