The SemProM format was basically designed for on-product RFID-based memories. Furthermore, some use cases demand centralized storage or data backups that cannot be achieved with on-product storage. For these cases (e.g., cheap products with very small labels, very large memories), a server-based solution might be more suitable. We developed the Object Memory Server (OMS) as an index server for product memories, based on the same set of metadata as the block format. The actual payload is outsourced to servers in the web. The URL used for accessing an OMS memory can be stored in simple and cheap RFID labels. Due to the large processing power of a server-based approach, the OMS can handle all SemProM incarnations, ranging from Reference SemProMs to Smart SemProMs. The conceptual ideas of the OMS were also transformed to provide a server-based solution for memories based on the W3C XG OMM format.
[1]
Alexander Kröner,et al.
The smart pizza packing: An application of object memories
,
2008
.
[2]
James Brusey,et al.
GLOBALLY UNIQUE PRODUCT IDENTIFIERS – REQUIREMENTS AND SOLUTIONS TO PRODUCT LIFECYCLE MANAGEMENT
,
2006
.
[3]
Bruno Kiesel,et al.
The Block Interface: Accessing Digital Product Memories
,
2013,
SemProM.
[4]
Wolfgang Wahlster,et al.
SemProM - Foundations of Semantic Product Memories for the Internet of Things
,
2013,
SemProM.
[5]
Bruno Kiesel,et al.
The SemProM Data Format
,
2013,
SemProM.
[6]
Jens Haupert.
Towards a digital object memory architecture
,
2012,
2012 IEEE International Conference on Pervasive Computing and Communications Workshops.