OLS3D

Application Details

Our Competence: IoT – Assistive Geoinformatics

Client:

Organizing Large Scale 3D geoinformation

From 2016 till 2019

From current inventory analyses of spatio-temporal information inventories in organisations and companies in Austria, it can be clearly seen that the administration as well as the responsibilities for spatially detailed 3D data bases are often distributed among different departments and that data management often takes place in technically isolated systems. Based on available building modelling standards from different application domains (architecture, planning, geoinformatics, etc.), it is necessary to harmonise and link the information assets of building facilities with semantic ‘loose-coupling’ strategies, independent of the application, both in terms of content and technology, thus forming a stable foundation for the sustainable modelling of 2D and 3D production environments. The goal is to support the extended requirements of human-machine interaction in intelligent production environments for interior positioning, production goods monitoring, orientation, location-dependent control, operational safety and the situational perception of personnel and machines with this additional, application-neutral ‘spatial’ contextualization of the interior, in addition to the time level. The dissertation is intended as a scientific-technical contribution to the challenges of Industry 4.0 and the Factory of the Future on the one hand, and the spatio-temporal IT organization of Smart Production Facilities on the other.

Supported by: FFG Industrienahe Dissertationen