Visible Light Sensing, Positioning and Communication
Cost-effective solutions by extending the functions of classic LED-based lighting systems in the areas of Visible Light Communication, Visible Light Positioning and Visible Light Sensing
Smart Connected Lighting © JOANNEUM RESEARCH
We develop cost-effective solutions by extending the functions of classic LED-based lighting systems for a wide range of applications in the fields of visible light communication, visible light positioning and visible light sensing to realise innovative sensor solutions based on visible light.
The value chain of state-of-the-art LED light solutions
In addition to the targeted production of lighting scenarios, prospective lighting systems will make it possible to acquire or transmit a multitude of data that must in turn be further processed and evaluated intelligently.
Functional lighting can be used in the following application areas: kann in folgenden Anwendungsbereichen zum Einsatz kommen:
- smart buildings
- smart cities
- general lighting
- automotive
- smart farming
Application example: Smart connected horticultural lighting
The aim of our research is to increase efficiency and productivity in indoor agriculture by enabling our Smart Connected Horticultural Lighting solutions to grow plants under optimal conditions while saving resources such as energy and water.
Unsere Beteiligten Partner & Fördergeber
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Other products and services
Environmental, bioanalytical and diagnostic sensor technology combined with smart microfluidic lab-on-a-chip and organ-on-a-chip systems
R2R-UV-NIL pilot line for the continuous and cost-effective production of micro- and nanostructures on flexible large-area film substrates
Gesamtkonzepte für Design, Simulation, Optimierung und Prototyping von optischen Komponenten für maßgeschneiderte Lichtlösungen
High-resolution 3D structuring using two-photon lithography, as well as 2D and continuous 2.5D structuring using maskless grayscale laser lithography and electron beam lithography
Replication of master structures almost seamlessly onto large surfaces (380 x 700 mm²) using a step&repeat UV-NIL process
Messungen und Analyse von kleinsten Strukturen, Schichten und Bauelementen im Mikro- und Nanometermaßstab
Neuartige Technologie zur Verlängerung der Topfzeit von Silikonen auf mehrere Monate, ohne die Materialeigenschaften zu verändern
Complete solutions from optical simulation, mastering and prototyping to the transition to high volume, cost effective production of optical structures and components
Wiederverwendbare Materialien, Komponenten bzw. Verbundstoffen und deren Anwendungen, wie z.B. selbst entwickelte Lacke für die UV-Imprint-Lithografie (NILcure®)
Printable sensor inks and sensors with piezoelectric, pyroelectric and magnetoelectric features
Additive manufacturing thanks to new design and simulation tools, new materials and the realisation of special topological structures
