Using RFID tags and light barriers to capture arrival and exit of goods.
In this project with the combined force of students of the informatics and economic faculties a solution for using RFID technology to asses logisics was created.
The use of RFID for monitoring of processes promises to be a great asset for companies. However before an implementation the technical feasibility and economic gain has to be considered. This was accomplished by our team members:
- Falk Alexander
- Tobias Scholze
- Miriam Berschneider
- Felix Wagner
- Thomas Hipp
- Valon Berisha
- Michael Stadelmeier
- Manuel Feyrer
- Maximilian Schrupp
- Jennifer Meier
The system is based on a various, most Java-based technolgy stacks.
- Java (in general)
- Maven
- Apache Tapestry Web-Framework
- Hibernate OR-Mapper
- ESPER (Complex Event Processing)
- HornetQ (Java Message Service)
- and many more
To get a better point of view to see the concrete 'work together' of all components, have a look at the German technical documentation file.
This project was part of a German publication called 'Das dynamische Mindesthaltbarkeitsdatum – Auf dem Weg zu einer Echtzeitereignisverarbeitung in der Lebensmittellogistik'.
The German abstract of the paper:
Das dynamische Mindesthaltbarkeitsdatum stellt neue Herausforderungen an logistische Prozesse und deren IT-Unterstützung. Es wird gezeigt, dass die Ereignisverarbeitung in Echtzeit eine wertvolle Unterstützung in Logistik-IT-Systemen darstellt. Eine Softwarearchitektur zur Überwachung von Logistikprozessen wird vorgestellt und im Anwendungsfall Dynamisches Mindesthaltbarkeitsdatum angewandt.
This project is out of development for years now. All dependencies are dated-out or mostly no longer available to download. This repository is a one-time mirror of Felix's Bitbucket project.
All of its documentation and related files are in German.