ROUTINE
Living lab for the transfer of digital health applications and AI into healthcare
Start: 09/2021
End: 08/2024
Urban logistics systems today comprise a multitude of different actors and transportation modes. For the foreseeable future, we can expect this diversity to increase further. This development is primarily due to the increasing availability of new resources such as autonomous transportation vehicles, cargo bikes, or the possible inclusion of private transit in the form of crowdworkers.
Therefore, the goal of the LieferBotNet research project is to develop and test an open and modular platform concept that combines a wide variety of transport modes in an efficient overall logistics system. To this end, the FZI designs a digital platform for placing transit orders and coordinating integrated transportation resources and their shared infrastructure. Project partners design standardized hardware/software modules for transportation vehicles to integrate different transit options into the platform. Thus, the LieferBotNet system provides open platforms instead of constituting another closed vehicle system.
Within the framework of the project, the FZI is primarily responsible for developing robust planning procedures and machine learning systems devised to ensure data privacy. Moreover, the FZI designs the building blocks of the digital platform and accompanies the project with the legal analysis of relevant issues.
Intelligent solutions for the transportation of people and goods represent a focus topic of FZI’s application research. Particular attention is paid to public transport, the application of artificial intelligence, the further development of driving functions and their safeguarding, and open source & open data.
Funding notice:
The LieferBotNet project is funded by the Federal Ministry for Economic Affairs and Climate Action (BMWK).
Project partners:
Living lab for the transfer of digital health applications and AI into healthcare
Next-generation distributed, continuously learning onboard power management system
Safe use of automated shuttle vehicles in urban traffic through supporting infrastructure networking
Broker for dynamic production networks
Artificial Intelligence for Work and Learning in the Karlsruhe Region
Security at multiple system layers based on chains of trust and isolation
Software Engineering of Industrial, Hybrid Quantum Applications and Algorithms
Competence Cluster Anonymization for Interconnected Mobility Systems
Climate-friendly, neuromorphic and for a sustainable transport infrastructure of the future.
Actively addressing the challenges posed by climate change and using them as an opportunity for the German economy.