We describe a high-density storage system for physical goods in which identical conveyor
modules can be plugged together to store and retrieve unit-loads or small containers. Material …

The fourth industrial revolution aims to transform production systems. In this work, Logical
Time which is a control principle for distributed systems is transferred to material handling …

To increase flexibility in intralogistics, decentralized controlled material handling systems have
been developed. We investigate the suitability of one of these systems, the FlexConveyor, …

Flexibility and safety are important criteria for automated material handling systems. Autonomous
and decentralized controlled systems are flexible but they also pose new challenges in …

This chapter describes future technologies in Intralogistics and Material Handling. Starting
from a description of today’s material handling systems (including two case studies) and an …

We describe a method for decentralized control of route-based material handling systems in
which devices have no central controller (by definition), no common source of information, …

To meet the requirement of flexibility in intralogistics systems, the GridFlow 2D storage
system has been developed which is able react to fluctuating processing volumes and layout …

… Zäzilia Seibold Optimization of failure behavior of a decentralized high-density storage …
Zäzilia Seibold Optimisation du comportement défaillant d’un syst`eme de stockage décentralisé …

Für die Umsetzung der Vision „Industrie 4.0“, in der Mensch und Maschine unter- und
miteinander vernetzt sind, werden u. a. cyber-physische Systeme benötigt. Im Bereich der …

Institut für Fördertechnik und Logistiksysteme (IFL) Karlsruher Institut für Technologie (KIT)
m den manuellen Transport in der Intralogistik zu erleichtern, wurde ein Fahrerloses …