Integrating human personnel, robots, and machines in manufacturing plants using ubiquitous augmented reality and smart agents

Integrating human personnel, robots, and machines in manufacturing plants using ubiquitous augmented reality and smart agents

T. Schlegel, K. Müller

Fraunhofer IAO, Stuttgart, Germany

Danet GmbH, Weiterstadt, Germany




 

We describe a concept for an advanced manufacturing control system – the Smart Connected Control Platform. The approach enables a higher degree of automation, efficiency and control through a holistic model, decentralized production intelligence and modern sensor technology. Integrating ubiquitous and augmented reality interfaces supports human personnel in every aspect of the production process. To prevent information overload, intelligent agents paired with a semantic model help reduce the amount of information and deliver pre-interpreted and aggregated results to the manufacturing personnel. The advantages of this new approach are discussed in three example scenarios, which deal with advanced maintenance, customized production, and error diagnosis. The major contribution of our approach is the integration of machines, transportation robots, and human personnel using a decentralized smart agent platform and ubiquitous augmented reality technology. The platform described in this paper  is currently under development.


Pham's picture
Submitted by Pham on Wed, 20/07/2005 - 5:12pm.

Thank you for this most interesting paper. Is your platform available for industrial implementation? Are current PDAs sufficiently powerful for augmented reality functions? Which learning approaches does the CAM server employ?


Comment viewing options

Select your preferred way to display the comments and click "Save settings" to activate your changes.

Who's online

There are currently 0 users and 808 guests online.