Within the program “Software Campus”, the Fraunhofer FOKUS’ participant Christopher Krauss researches the extension of time-based context-aware algorithms to improve Recommendation Engines.
Organising Policy Handling for Future Internet Service Environment. SOPHIE is a collaboration project with NTT-Data, the NTT Group system integrator. Main objective is automatic policy conflicts detection and resolution in policy enabled IP networks and violation recovery.
Artificial intelligence (AI) is being treated as a key technology that can make cars drive intelligently and autonomously, supply chains easier to plan, production processes more efficient, and thus achieve sustainability goals. However, legal-ethical issues, data protection, and resilience also play a role in the use of AI. The SPATIAL (Security and Privacy Accountable Technology Innovations, Algorithms, and Machine Learning) project, which has now been launched, aims to answer questions relating to trustworthy AI.
Making Hamburg's warehouse district a digital experience for everyone is the goal of the “Speicherstadt digital” project. In the project, a free app for the operating systems Android and iOS is being developed, which tells the story of Hamburg's UNESCO World Heritage Site.
In order for control centers and situation centers to maintain an overview despite the increasing amount of information due to more and more available data sources such as cameras or sensor data, Fraunhofer FOKUS is developing a semantic and intelligent dashboard. It will not only display information, but also enable collaboration and interaction with other stakeholders (politics, citizens, emergency forces on site) and integrate volunteers into the crisis management in a targeted manner.
The BMBF funded project Software Platform Embedded Systems XT (SPES_XT) is composed of 21 partners from industrial companies and research institutions working on topics like the seamless, methodic and tool-based integration of model and analysis technologies into the development process of embedded systems.
The SPRINT project - short for Software Platform for Integration of Engineering and Things - aims at overcoming the challenges presented by today's silo'ed approach, where the actual integration and testing of various components is only possible once a system can be completely assembled.
Reducing carbon emissions through sustainable urban mobility solutions based on Information and Communication Technologies (ICT) - this is the major objective of the STREETLIFE project.
Every year, the Dominican Republic suffers from floods and other natural events that often have catastrophic consequences. Strategies for effective population warning via the existing local early warning system were already developed in a previous project in 2017. The goal now is to further strengthen the early warning system.