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Published in:
2013 | OriginalPaper | Chapter
DNA-S: Dynamic Cellular Network Architecture for Smart Communications
Authors : Taegyu Lee, Gi-Soo Chung
Published in: Grid and Pervasive Computing
Publisher: Springer Berlin Heidelberg
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To meet increasing smart device services, wireless networks have smaller cellular architecture compared to previous that. Nevertheless, future communication systems will need more communication channel capacity than current one. The systems will have the problems that they cannot be avoid the concentrated bottleneck by monotonous communication path through base station or mobile switching center.
To overcome these bottleneck problems, we propose a new dynamic cellular architecture called DNA with
dynamic cell
, which can be created or deleted by service servers or mobile hosts. Thus, the DNA architecture can support various communication channels among base stations and smart devices. Also, the proposed architecture saves channel capacity for accepting more mobile hosts.