Marco Prueglmeier

NEU: Unverzichtbares Grundwissen Logistik
Das Basiswerk für Einsteiger, Praktiker, Führungskräfte, Projektleiter sowie für Hochschulen liegt nun komplett überarbeitet vor.
Das Tempo der Weiterentwicklungen der Logistik in Industrie, Handel, Verkehr und Ballungsräumen ist rasant. Behalten Sie jederzeit den Überblick und lernen Sie die neuen Trends kennen!
Das Fachbuch „Grundlagen der Logistik“ hat sich mittlerweile als Standardwerk etabliert.

Mit der 5. Auflage 2022 setzen die… Mehr anzeigen

NEU: Unverzichtbares Grundwissen Logistik
Das Basiswerk für Einsteiger, Praktiker, Führungskräfte, Projektleiter sowie für Hochschulen liegt nun komplett überarbeitet vor.
Das Tempo der Weiterentwicklungen der Logistik in Industrie, Handel, Verkehr und Ballungsräumen ist rasant. Behalten Sie jederzeit den Überblick und lernen Sie die neuen Trends kennen!
Das Fachbuch „Grundlagen der Logistik“ hat sich mittlerweile als Standardwerk etabliert.

Mit der 5. Auflage 2022 setzen die Autoren das bewährte Konzept fort, den Leser schrittweise an das Thema Logistik heranzuführen und einen Überblick über die wichtigsten Anwendungsgebiete zu geben. Die einzelnen Schwerpunkte der Logistik sind in komprimierter Form von namhaften Autoren der jeweiligen Fachgebiete dargestellt.

Darüber hinaus behandelt das Grundlagenwerk vertieft neue Themen wie Nachhaltigkeit/Green Logistics, Qualitäts-, Umwelt- und Risikomanagement, Dokumentenlogistik, Reverselogistik und Urban Retail Logistics.

Die Kapitel des Buches:
Einführung in die Logistik
Systemtheoretische Grundlagen der Logistik
Planung logistischer Systeme
Informations- und Kommunikationssysteme in der Logistik
Logistikmanagement und Logistikorganisation
Logistikkostenrechnung und Controlling
Logistik im Industrieunternehmen
Logistiknetze
Transportlogistik
Handelslogistik
Wirtschaftsverkehr in Ballungsräumen
Logistik im Personenverkehr
Logistikrecht Weniger anzeigen

Logistics goes High Tech

Technologies, innovations and trends in logistics develop faster than ever. The authors take the reader through a multitude of new technologies and future trends and describe the achievable effects. State-of-the-art IT and computer technology, additive manufacturing and cloud computing are just as much a part of modern logistics systems as autonomous mobile robots. Like modular construction kits, modern industrial systems are built from the most suitable… Mehr anzeigen

Logistics goes High Tech

Technologies, innovations and trends in logistics develop faster than ever. The authors take the reader through a multitude of new technologies and future trends and describe the achievable effects. State-of-the-art IT and computer technology, additive manufacturing and cloud computing are just as much a part of modern logistics systems as autonomous mobile robots. Like modular construction kits, modern industrial systems are built from the most suitable technologies. Looking beyond the mere technology, the authors also illustrate the role of project partners implementing such systems and, of course, humans in their working environment as users of the technologies.

The book is designed as a guide through the changes in the logistics sector and encourages its readers to dare innovations: with high practical relevance, a comprehensible overview of new technologies and their fields of application, clear advice for the solution-oriented introduction as well as concrete implementation of new technologies and finally a vision of where individual companies can develop to in the future. Be it in production with the associated logistics processes, or for the entire supply chain to the customer. The book is not only for large corporations, but specifically also for small and medium-sized enterprises that are open to innovation and want to drive new technologies in logistics forward.

From the contents
Welcome to the VUCA world
Technologies in logistics applications
Changes in the way we work
Changes in logistics
The road to implementation
Identifying the right partners
Planning and communication
Vision for logistics Weniger anzeigen

Technologien, Innovationen und Trends in der Logistik sind schneller denn je. Die Autoren zeigen die vielen neuen Technologien und Zukunftstrends auf und welche Effekte erzielt werden können. Modernste IT- und Computertechnik, additive Fertigung und Cloud-Computing sind dabei genauso Bestandteile moderner Logistikanlagen wie Autonomous Mobile Robots. Wie in einem Baukasten werden moderne Industriesysteme aus den am besten passenden Technologien aufgebaut. Beleuchtet wird auch, welche Rolle die… Mehr anzeigen

Technologien, Innovationen und Trends in der Logistik sind schneller denn je. Die Autoren zeigen die vielen neuen Technologien und Zukunftstrends auf und welche Effekte erzielt werden können. Modernste IT- und Computertechnik, additive Fertigung und Cloud-Computing sind dabei genauso Bestandteile moderner Logistikanlagen wie Autonomous Mobile Robots. Wie in einem Baukasten werden moderne Industriesysteme aus den am besten passenden Technologien aufgebaut. Beleuchtet wird auch, welche Rolle die Projektpartner bei der Umsetzung solcher Systeme spielen und natürlich der Mensch in seiner Arbeitswelt als Anwender.

Das Buch ist als eine Art Guide durch den Wandel der Logistikbranche angelegt und ermutigt, mehr Innovationen zu wagen: Hohe Praxisrelevanz, ein verständlicher Überblick über neue Technologien und deren Einsatzfelder, klare Hinweise für die lösungsorientierte Einführung und konkrete Umsetzung und schließlich eine Vision, wo es zukünftig hingehen kann für das eigene Unternehmen, sei es in der Produktion mit den zugehörigen Logistikprozessen, aber auch für die gesamte Supply Chain bis hin zum Kunden. Und das nicht nur für Großkonzerne, sondern gezielt auch für den Mittelstand, der offen für Innovation ist und neue Technologien in der Logistik vorantreiben will.

Aus dem Inhalt
Willkommen in der VUCA-Welt
Technologien in der Logistikanwendung
Wandel in der Arbeitsweise
Veränderungen in der Logistik
Der Weg in die Umsetzung
Die richtigen Partner identifizieren
Planung und Kommunikation
Vision für die Logistik Weniger anzeigen

Industry 4.0, growing material supply chains, and changing logistics structures require flexible material flow solutions. As a result of this development, the usage of autonomous mobile robots (AMRs) is increasing significantly. Although there has been much research undertaken on the design of indoor AMRs, there is a lack of research regarding outdoor systems. Weather and road conditions are still challenging for sensors and actuators. Furthermore, requirements regarding the system, which must… Mehr anzeigen

Industry 4.0, growing material supply chains, and changing logistics structures require flexible material flow solutions. As a result of this development, the usage of autonomous mobile robots (AMRs) is increasing significantly. Although there has been much research undertaken on the design of indoor AMRs, there is a lack of research regarding outdoor systems. Weather and road conditions are still challenging for sensors and actuators. Furthermore, requirements regarding the system, which must be known and met beforehand to guarantee industrial applicability, are yet to be sufficiently determined. This paper aims to close this gap and identify functional requirements through Axiomatic Design, which is used to develop design guidelines for practitioners. Starting with a systematic literature review and semi-structured interviews, the authors gather basic customer requirements. These customer requirements will then be analyzed to define functional requirements. Through a mapping and top- down decomposition process, the research team deduces design solutions for using outdoor AMRs. These requirements and solutions will be transformed into guidelines, which help system designers to improve the implementation of AMRs on the factory premises. Weniger anzeigen

In recent years, logistics costs in the automotive industry have risen significantly. One way to reduce these costs is to automate the entire material flow. To meet the flexible industrial challenges and dynamic changes, robots with intelligent perception are necessary. Such a perception algorithm is presented in the following. It consists of three modules. In the first module, all objects in the field of vision of the robot are detected, and their position is determined. Then the relevant… Mehr anzeigen

In recent years, logistics costs in the automotive industry have risen significantly. One way to reduce these costs is to automate the entire material flow. To meet the flexible industrial challenges and dynamic changes, robots with intelligent perception are necessary. Such a perception algorithm is presented in the following. It consists of three modules. In the first module, all objects in the field of vision of the robot are detected, and their position is determined. Then the relevant objects for the respective process are selected. Finally, the gripping point of the next object to be handled is determined. By integrating the robots, it can be shown that by combining intelligent modules with pragmatic frame modules, automation in a challenging industrial environment is feasible. Weniger anzeigen

Due to dynamics, flexibility and diversity in logistics, perception-controlled, intelligent robots are required to automate logistical handling steps. Due to the additional optical influences of the industrial environment, such as labeling or damage, these applications seem predestined for the use of generalizing deep neural networks (DNN). These showed continuous improvements over the last few years based on publicly available data sets. If these DNNs are re-trained based on training data from… Mehr anzeigen

Due to dynamics, flexibility and diversity in logistics, perception-controlled, intelligent robots are required to automate logistical handling steps. Due to the additional optical influences of the industrial environment, such as labeling or damage, these applications seem predestined for the use of generalizing deep neural networks (DNN). These showed continuous improvements over the last few years based on publicly available data sets. If these DNNs are re-trained based on training data from the industrial environment, a lower performance can be observed. The additional extension of the experiments to international locations of the vehicle plants also showed that a drop in performance can be observed in the implementation of a network trained in Germany, for example, when it is used in America. However, in order to be able to use such robots in the logistic processes in the future, further measures such as a revised composition of training data or their extension by data augmentation are proposed. Weniger anzeigen