@inproceedings{pub5700,
    abstract = {A digital object memory (OM) provides a continuously growing collection of data concerning some physical artifact. Data may be added either explicitly - or implicitly as a link. Such linking may affect information storage and retrieval - and thus the overall hardware and software architecture chosen for an OM implementation. As part of work-in-progress aiming at a unified Object Memory Model, we review in this article various kinds of links employed in applications incorporating important OM concepts. On top of that, we propose an (abstract) model for establishing links to information in the same memory, the one of other objects, and external information.},
    month = {9},
    year = {2011},
    title = {Towards a Model of Object Memory Links},
    booktitle = {Proceedings of the International Workshop on Networking and Object Memories for the Internet of Things. Workshop on Digital Object Memories (DOME-11), located at UbiComp 2011, September 17-21, Peking, China},
    editor = {Harold Liu and Alexander Kröner and Chris Speed and Pan Hui and Fahim Kawsar and Wenjie Wang and Dan Wang and Boris Brandherm and Thomas Ploetz and Michael Schneider and Jens Haupert and Peter Stephan},
    pages = {17-18},
    isbn = {978-1-4503-0929-5/11/09},
    publisher = {ACM},
    author = {Alexander Kröner and Jens Haupert and Boris Brandherm and Markus Miche and Ralph Barthel},
    keywords = {Digital Object Memories, Internet of Things, Link Model}
}