Research results


The University offers various research results as licenses/ to purchase for commercial use. Below is a selection of our current patents. Should you be interested in these patents or other research results, please contact us via the address provided on the right.


to create near-laminar flow, incl. process for the operation of such a membrane pump (in German)

Membrane pump

for Raman spectroscopy at solid-liquid interfaces and application thereof (in German)

Measuring cell

Positioning of nanowires in microsystems, microelectronic process for the production of a substrate that is structured with nanowires (in German)

Positioning of nanowires


The University develops software solutions for a variety of applications. Below are some examples. If you are interested in these or other applications, please contact the respective work group directly.


is a software package that can be tailored to individual needs and is used to create augmented reality applications for mobile devices.

AREA Augmented Reality Engine

is a smartphone app to capture individual variations of tinnitus perception.

<link in iui-dbis forschung laufende-projekte trackyourtinnitus internen link neuem>Track your Tinnitus

is a planning system for hierarchical planning problems.

<link en in ki research software panda internen link neuem>PANDA

is a tool for the utilisation of ontological relations (relations of existence). It is based on the ontology language OWL Open Source.

<link in ki research software elkreasoner internen link neuem>ELK Reasoner

is a software package based on multiple Kinect time-of-flight cameras for markerless tracking of movements as well as marker-based object tracking.

<link en in mi mi-forschung research-group-rukzio projects fusionkit internen link neuem>FusionKit

is a software programme for the realisation of Nano-Positioning System (NPS) that allows the localisation of flexible domains in macromolecules. It does so by combining probabilistic data analyses and single molecule measurements with x-ray crystallography data.

<link nawi nawi-biophys forschung forschung-michaelis method-development software nps internen link in neuem>Fast Nano-Positioning System

is a software of the Visual Computing group

Inviwo C++ System for the easy creation of interactive prototypes

VisCom Framework for the effective utilisation of projection walls

Reaction-Diffusion Visualization

Panorama Generator converts panorama pictures into a version that can be put on the surface of a cube.

<link in mi mi-forschung viscom software internen link neuem>Inviwo

More research results

In addition to patents and software solutions, the University offers a broad spectrum of work results. These can be purchased for direct application or further developed for your particular purposes. If interested, please contact the respective work groups directly.

More research results

is an extension of the human-machine interface with the aspect of olfaction, incl. realisation via vaporiser.

<link in mi mi-forschung uulm-hci projects inscent-a-wearable-olfactory-display-as-an-amplification-of-mobile-notifications internen link neuem>inScent

is a user interface and operating concept for small screens (watch).

<link in mi mi-forschung uulm-hci projects circularselection internen link neuem>CircularSelection

is lifecycle-based task management support for knowledge-intensive processes.

<link in iui-dbis forschung laufende-projekte procollab internen link neuem>proCollab

integrates mobile devices into process management in the example of patient care.

<link in iui-dbis forschung laufende-projekte marple internen link neuem>MARPLE

is a system for predictive maintenance.

<link in iui-dbis forschung laufende-projekte pdminsight internen link neuem>pdminsight

is a system for the generation, execution and analysis of psychological questionnaires, enabling process-driven mobile data collection.

<link in iui-dbis forschung laufende-projekte questionsys internen link neuem>QuetionSys

is an effective two-step algorithm which detects steps in a high-bandwidth signal by minimising an energy-based model (Energy Based Step-Finder, EBS).

<link nawi nawi-biophys forschung forschung-michaelis method-development software ebs internen link in neuem>Energy based step-finder algorithm


Division (Dezernat) I Legal and Organisational Affairs, Marketing

Dipl. Ing. Martin Schulz
Helmholtzstr. 16
89081 Ulm

Phone:+49 731 50 22008
Email: martin.schulz(at)