Druckversion

Fundamental Research


• Entwicklung von Prognoseverfahren für die Produktionsprogrammplanung auf Basis von Vorhersagemodellen der Nichtlinearen Dynamik (PROGNOSE_NLD)
  
  
• Development of a method for object recognition of universal packaged goods for the automatic unloading of standard cargo containers based on 3D laser scan data (EMOSES)
  
  
• Learning and Self-Organization in Production Planning and Control (LSO-Pro)
  
  
• Application of methods of nonlinear dynamics for the structuring and dimensioning of the logistic system in workshop systems (NLD_Werkstatt)
  
  
• Stability, Robustness and Approximation of Dynamic Large-Scale Networks – Theory and Applications in Logistics Networks (LSLN)
  
  
• Sensor Systems for Autonomously Controlled Storage Management (SFB637 - T3)
  
  
• Extended organisational learning methods for the reduction of unrequested nonlinear dynamic effects in supply networks (OL-NLD)
  
  
• A Simultaneous Engineering Method for Microforming Process Chains (SFB747 - C4)
  
  
• Quality Inspection and Logistic Quality Control for Microforming Processes (SFB747 - B5)
  
  
• Learning Evaluation of the Inventory Control Task with Simulation Games embedded in Learning Labs: An Experimental Approach with the Supply Net Game (SCM)
  
  
• Modelling and Analysis of Dynamics of Autonomous Logistics Processes (SFB637 - A5)
  
  

Applied Research


• RFID based Automotive Network (RAN)
  
  
• Fast deconsolidation and consolidation of overseas containers using robotics and dynamic load planning methods (RoboCon)
  
  
• Advanced stowage and handling technology for steel products (ISUS)
  
  
• Development of new technologies to detect locked and unlocked states at over-height frames (ÜHR)
  
  
• Application of innovative information and communication technologies for identifying, tracking and communications of load carrier management on sea harbours (ProKon)
  
  
• Logistic Planning and Scheduling Systems in RoRo- and ConRo-Ports (LogPRo)
  
  
• Billing Model for the Comprehensive Use of RFID within the Beverage Industry Supply Chain (Logipack)
  
  
• Smart SwapTrailor Management (INWEST)
  
  
• Ramp-Up Excellence^ES - A scalable ramp-up management process model for electronic suppliers (Ramp-Up)
  
  
•  (SiWear)
  
  
• Autonomous Control of intralogistic processes within the clothing industry (SinAB)
  
  
• Technical Product Change Management during the FAST Ramp-Up – Increasing Efficiency and Effectiveness of the Management of Technical Product Changes (FastRampUp)
  
  
• Empowering the mobile worker by wearable computing (WEARIT)
  
  
• Virtual Global University (VGU)
  
  

Mission oriented Research