[PDF][PDF] Device-to-Device Communication based DTN for Disaster Information System by using Emergent User Policy and Locational Information.

N Uchida, G Sato, Y Shibata - J. Internet Serv. Inf. Secur., 2019 - isyou.info
N Uchida, G Sato, Y Shibata
J. Internet Serv. Inf. Secur., 2019isyou.info
Abstract The Delay Tolerant Networks (DTN) is well known as the resilient routing protocol
for robust network conditions such as the situation just after the large scale disasters. This
paper introduces the implementations of the DTN routing with the Data Triage Method and
the group priority transmission by using the Device-to-Device (D2D) communication API on
the android smartphones in order to realize the assumed Disaster Information System. In the
proposed methods, the user policy is introduced for the Data Triage Method from the …
Abstract
The Delay Tolerant Networks (DTN) is well known as the resilient routing protocol for robust network conditions such as the situation just after the large scale disasters. This paper introduces the implementations of the DTN routing with the Data Triage Method and the group priority transmission by using the Device-to-Device (D2D) communication API on the android smartphones in order to realize the assumed Disaster Information System. In the proposed methods, the user policy is introduced for the Data Triage Method from the evacuators messages and the static body detections, and the historical locational information is introduced for the priority node selection method by the implementations using the D2D API. Then, the evaluations of the prototype system are reported in this paper, and the results shows the affectivity of the prototype systems because the delivery rates of the high priority messages reached to 100 percent within one second in the experiments.
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