Forschungsbereich Intelligente Produktions- und Logistiksysteme (IPS) am BIBA
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)
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)
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)
RESEARCH
