• © Fraunhofer IGD

    For many users the objective tracing of physical activity is of great importance. Via pattern recognition heterogeneous signals from sensors which are worn at the body can be processed and used to determine the type and duration of activity, periods of rest or sleep. With DiaTrace it is possible to recognise activity by simply wearing smartwatches or having a smartphone in the pocket.

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  • © FraunhoferIGD

    Ecological sciences often produce huge amounts of image data that can help to draw conclusions about problems like stability of ecosystems under climate change land use change, species protection and environmental monitoring. For example, camera traps monitor the behaviour of animals, mini-rhizotrons capture the growth of plant roots and microscopy images of wood thin sections can help to reproduce the climate history of the past decades. At the moment, these images have to be analyzed manually by experts.

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  • The project deals with the use of digitalization to assess and to identify general and individual problem constellations in palliative care, in order to be able to derive an optimization of work processes and structuring. The personal stress level is often misjudged, so that in addition to the physical strain, psychological symptoms such as exhaustion or even a burn-out syndrome or a depressive episode can occur.

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  • © Fraunhofer IGD

    Oceans and seas offer numerous methods of utilization from the coast to the deep sea. They have always been used as routes of transport for worldwide freight traffic and are also a source of high-quality food. Energy and mineral resources in the deep sea are, economically, very attractive.

    To sustainably utilize the ocean, technologies are needed that take into account demanding subsea conditions such as high pressures, visibility and currents under water as well as the rough climate above water. 

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  • Many markets are meanwhile at a stage where it is no longer about satisfying product requirements but also about achieving value standards. Nowadays, brand preferences and acts of purchasing are more than ever influenced by the individual’s personality, values, characteristics, views: You buy what you identify with.

    In order to still do justice to every person, Fraunhofer IGD develops technologies allowing digital advertising systems, for instance, to individually fade in advertisements attuned to the respective visitor without violating his personality rights and privacy.

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  • © Clausohm-Software GmbH

    A large part of the production times in today's production facilities are still occupied by maintenance and troubleshooting activities. One of the reasons for this is the complexity of the information provided by the various production management systems and its evaluation. This data must first be analysed and interpreted by experienced specialists before suitable action can be taken, such as commissioning maintenance. But even the worker on site often finds himself in the situation of having to carry out new activities that he is not familiar with, so that he has to consult appropriate, often abstract, documentation in advance. - This results in avoidable downtimes.

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  • Today, electronical nautical charts (ENCs) are commonly used to support the safe navigation of ships. It is an essential purpose of these electronical nautical charts to give information on water depths and their accompanying uncertainties. Thus, shipping routes that provide sufficient keel clearance at all times can be chosen.

    The representation of water depths according to the S-52 charts standard is generally accepted. However, the present visualization of uncertainties and high quality data aspects is critically examined as it is difficult to understand and thus used rarely.

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  • Flexible manufacturing of individualized products

    One of the challenges in the 4th industrial revolution  is to make production processes more flexible without necessitating complex and time-consuming teach-in procedures in an upstream process step.

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  • Innovative, knowledge-based port control centers open up various new possibilities to the logistics systems of the future. In order to enable this, it is necessary to equip the so far “unintelligent” and “mute” goods and products in port handling with an appropriate level of “own intelligence”, so that they can find their way around the logistical system of the future on their own. The accompanying vision of a situation-dependent, intuitive monitoring, control and planning of port-related processes can be made possible due to the DYNAMICPORT system components.

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