Abstract: "This paper serves to present our initial thoughts on the design of an architecture for highly flexible, modular, and distributed precision assembly systems. Through the use of a unified design, simulation, programming, and monitoring environment coupled with self- representing cooperative agents this architecture will significantly simplify the process of factory design and deployment. Our demonstration of this architecture takes the form of a 'table top' sized miniature assembly system targeted at the partial assembly of high-density magnetic storage devices.
Agile manufacturing requires high responsiveness at all levels of a company, but is especially chall...
This research proposes a flexible assembly system, where autonomous assembly agents and an objective...
Evolvable assembly systems (EAS) are intended to tackle the challenges of agile manufacturing: high ...
This short paper outlines new hardware and software technologies and methods being developed for aut...
Abstract—We describe design elements and their interactions for a tabletop-size precision microassem...
This paper addresses a vision of future manufacturing systems, which are highly agile, user friendly...
Today’s production companies are challenged with: the assembly of different product variants with lo...
Manufacturers are facing increasing pressure to decrease development and deployment times for automa...
This paper discusses the need to go beyond individual demonstrations of sensor-based micromanipulati...
A promising approach to enabling the rapid deployment and reconfiguration of automated assembly syst...
Market turbulence forces assembly plants to constantly adjust their production volume of products, v...
Manufacturers are facing increasing pressure to reduce the development costs and deployment times fo...
This paper presents a distributed planning and control architecture for autonomous Multi-Manipulator...
This paper introduces a design for agile manufacturing workcells intended for light mechanical assem...
The need for agility of production structures is continuously growing due to increasing complexity o...
Agile manufacturing requires high responsiveness at all levels of a company, but is especially chall...
This research proposes a flexible assembly system, where autonomous assembly agents and an objective...
Evolvable assembly systems (EAS) are intended to tackle the challenges of agile manufacturing: high ...
This short paper outlines new hardware and software technologies and methods being developed for aut...
Abstract—We describe design elements and their interactions for a tabletop-size precision microassem...
This paper addresses a vision of future manufacturing systems, which are highly agile, user friendly...
Today’s production companies are challenged with: the assembly of different product variants with lo...
Manufacturers are facing increasing pressure to decrease development and deployment times for automa...
This paper discusses the need to go beyond individual demonstrations of sensor-based micromanipulati...
A promising approach to enabling the rapid deployment and reconfiguration of automated assembly syst...
Market turbulence forces assembly plants to constantly adjust their production volume of products, v...
Manufacturers are facing increasing pressure to reduce the development costs and deployment times fo...
This paper presents a distributed planning and control architecture for autonomous Multi-Manipulator...
This paper introduces a design for agile manufacturing workcells intended for light mechanical assem...
The need for agility of production structures is continuously growing due to increasing complexity o...
Agile manufacturing requires high responsiveness at all levels of a company, but is especially chall...
This research proposes a flexible assembly system, where autonomous assembly agents and an objective...
Evolvable assembly systems (EAS) are intended to tackle the challenges of agile manufacturing: high ...