Interconnecting Standard M2M Platforms to Delay Tolerant Networks

Abstract

In some use cases, an end-to-end connection between a given data source and a destination may never be present. Consequently, traditional routing protocols cannot be directly applied for delivering data. One example is the wireless sensor networks (WSN), due to the limited capabilities of the connected nodes and the lack of reliable connection between them. Such networking paradigms are known as Delay Tolerant Networking (DTN) as they can tolerate a relatively higher delay. The implementation of Smart Cities is based on connecting the ubiquitous existence nodes and sensors via Machine-to-Machine (M2M) platforms, however this is challenged by the unreliable end-to-end connections in some scenarios. This paper proposes an architecture to interconnect Standard ETSI/oneM2M M2M platforms to DTN that apply a wake-up system for resourceconstrained sensors.

Application-derived communication protocol selection in M2M platforms for smart cities

“…Identication of key trac patterns and interaction models required for selected Smart services use cases, and propose a guideline of using M2M transport protocols in order to fulll operation requirements. Findings of this step are published in [38,39,40]. [41].…”

“…In the course of the research for this dissertation, several related publications have been disseminated that present the work within the topic of interest: eight conference papers reecting the main contributions ( [42,43,5,32,45,46,40,39]), one book chapter ( [190]) and six conference papers about related elds of application in the context of Smart City services ( [24,31,35,29,38,176]), and seven joint papers with other research projects members ( [191,136,36,37,43,44,192] open research issues to be addressed for the realization of this device-tier interaction [194]. However, it shall bring signicant improvements in developing emergency applications and vehicle-to-vehicle (V2V) communication.…”

Traffic-Aware Two-Stage Queueing Communication Networks: Queue Analysis and Energy Saving

“…In [11], the authors proposed a delay-tolerant architecture for internet of public bikes by designing reliable buffer management policies. Moreover, an optimized delay-tolerant approach was designed for integrated RFID IoT networks [12], while a standard-based M2M platform was configured to collect data from sensor devices with strict energy constraints [13]. In this paper, we focus on the intermittent transmission scheme in relay-assisted DTN networks for the energy-saving sake without violating the delay constraint.…”

IoB-DTN: A lightweight DTN protocol for mobile IoT applications to smart bike sharing systems

“…They propose Direct Interaction with Smart Challenged Objects (DISCO) enabling objects to define and provide their interaction patterns and interface immediately to users. In [14], the authors introduce DIRSN, an optimized delay-tolerant approach for integrated RFID-sensor networks (RSNs) in the IoT.An architecture is proposed in [15] to interconnect standard-based machine-tomachine (M2M) platforms to DTNs in order to collect data from sensor devices with strong energy restrictions. There has been a large amount of research effort on DTN with IoT and more specifically in the domain of delay-tolerant WSN that focus on routing algorithms [16].…”