Skip to main content Skip to main navigation

Projects

Displaying results 11 to 17 of 17.
  1. PRIME – Predictive Rendering in Manifacture and Engineering

    PRIME – Predictive Rendering in Manifacture and Engineering

    The PRIME project stands for Predictive Rendering in Manufacture and Engineering and aims to establish an innovative training network where PhD students develop skills and protocols required for the i

  2. AiToC – Artificial Intelligence supported Tool Chain in Manufacturing Engineering

    AiToC – Artificial Intelligence supported Tool Chain in Manufacturing Engineering

    In the application areas of production planning and engineering, the lack of interoperability between tools, methods and formats is still a common problem. The aim of the project "Artificial Intellige

  3. FORESIGHT-Umsetzungsphase_SU – Plattform für kontextsensitive, intelligente und vorausschauende Smart Living Services in der Umsetzung

    FORESIGHT-Umsetzungsphase_SU – Plattform für kontextsensitive, intelligente und vorausschauende Smart Living Services in der Umsetzung

    The ForeSight project idea emerged from the Smart Living business initiative. The aim of the project is to make a significant contribution to the further development of smart buildings and apartments

  4. InterConnect – Europaweite Pilotprojekte mit über 50 Partnern aus elf Ländern - Gebäude und Stromnetze wachsen digital zusammen

    InterConnect – Europaweite Pilotprojekte mit über 50 Partnern aus elf Ländern - Gebäude und Stromnetze wachsen digital zusammen

    This Europe-wide project is working on the intelligent networking of buildings, smart homes and electricity grids. The various objectives include efficient, intelligent, interoperable energy managemen

  5. COGNITWIN – Cognitive Digital Twin

    COGNITWIN – Cognitive Digital Twin

    This project aims to develop the next generation of the digital twin, which is self-learning and proactive. This means firstly, it learns from existing, real data to run like processes. Secondly, it c

  6. MOSAIK – Methodology for self-organized aggregation of interactive components

    MOSAIK – Methodology for self-organized aggregation of interactive components

    The MOSAIK project is inspired by the principle of stigmergy, a form of communication in a decentralised system with a large number of individuals. The aim of this project is to develop a system archi

  7. HP-DLF – High Performance Deep Learning Framework

    HP-DLF – High Performance Deep Learning Framework

    The goal of HP-DLF is to provide researchers and developers in the "deep learning" domain an easy access to current and future high-performance computing systems. For this purpose, a new software fram