Mobility Support and Service Discovery for Industrial Process Monitoring

Dang, Tuan Thanh; Minet, Pascale; Bellot, Patrick; Mozzati, Christophe; Livolant, Erwan

doi:10.1007/978-3-319-53472-5_3

Cited by 4 publications

(3 citation statements)

References 12 publications

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“…Very limited existing research is there in IoT or IoT related areas to take inspiration for service discovery in Internet of Vehicles. In [19], authors have proposed a Service Discovery Protocol (SDP) for a WSN based IoT, where objective is to maximize energy efficiency without having an effect on request success rate. Ali H. Ahmad in [20] has devised a secure service discovery protocol for Internet of Things based upon secured broker based service discovery approach.…”

Section: Related Workmentioning

confidence: 99%

Cluster Based Distributed Service Discovery in Internet of Vehicle

Sharma

Chauhan

Chand

2021

JCOMSS

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As automobile sector is witnessing a paradigm shift from Internal Combustion Engine (ICE) based vehicles to smart electric vehicles, a new concept of connected vehicles has emerged that is able to provide a number of services to its users. Internet of Vehicles has now transformed to an indispensable platform of information exchange among vehicles, city infrastructure, drivers and other connected entities. Due to highly dynamic nature of Internet of Vehicles, there is need of a dynamic service discovery infrastructure that can cater to Internet of Vehicle specific challenges. This paper is a step ahead in that direction to provide a distributed service discovery protocol that facilitates service discovery and service selection for Internet of Vehicles environment. We have proposed a clustering based service discovery approach that makes use of neighbor awareness to find neighboring vehicles. Proposed protocol has been validated by running extensive simulations and results show the improvement in terms of query success rate, transmission rate and transmission cost by a considerable margin.

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Section: Related Workmentioning

confidence: 99%

Cluster Based Distributed Service Discovery in Internet of Vehicle

Sharma

Chauhan

Chand

2021

JCOMSS

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“…At the end of each slot frame, a node will send a group ACK on a specific channel offset to acknowledge all received packets from all of its neighbours together with information when the node will listen for any mobile nodes. Similarly, in [9] the slot frame is divided in two parts: a CSMA/CA part and a TDMA part. For communication between mobile nodes and static ones, a CSMA/CA based scheme is used, while the communication between static nodes uses fixed time slots.…”

Section: Related Workmentioning

confidence: 99%

Seamless roaming and guaranteed communication using a synchronized single-hop multi-gateway 802.15.4e TSCH network

et al. 2019

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Industrial wireless sensor networks (WSNs) are being used to improve the efficiency, productivity and safety of industrial processes. An open standard that is commonly used in such cases is IEEE 802.15.4e. Its TSCH mode employs a time synchronized based MAC scheme together with channel hopping to alleviate the impact of channel fading. Until now, most of the industrial WSNs have been designed to only support static nodes and are not able to deal with mobility. In this paper, we show how a single-hop, multi-gateway IEEE 802.15.4e TSCH network architecture can tackle the mobility problem. We introduce the Virtual Grand Master (VGM) concept that moves the synchronization point from separated Backbone Border Routers (BBRs) towards the backbone network. With time synchronization of all BBRs, mobile nodes can roam from one BBR to another without time desynchronization. In addition to time synchronization, we introduce a mechanism to synchronize the schedules between BBRs to support fast handover of mobile nodes.

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“…A network stack is, therefore, the overall programmed instructions from the hardware layer up to the software one, containing instructions for network communications. More complete OCARI descriptions can be found in References [18,19].…”

Section: Wireless Sensors Network (Wsn) In the Ieee 802154: Zigmentioning

confidence: 99%

An OCARI-Based Wireless Sensor Network for Heat Measurements during Outdoor Fire Experiments

Carlotti

Silvani

Innocenti

et al. 2019

Sensors

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This study presents a new wireless measurement system for outdoor fire experiments based on an OCARI wireless sensor network (WSN). The open-source radio communication OCARI stack (‘Open Communication Protocol for Ad Hoc Reliable Industrial Instrumentation’) allows to overcome the limitations of the previous wireless solutions for fire measurements, especially those based on proprietary systems, such as Zigbee, wherein users cannot control energy consumption and timestamping. This paper presents the design of an Atmel/ARM-based platform compatible with the wireless OCARI stack, adapted to record and communicate data from heat transducers—namely, a K-type thermocouple and heat fluxmeter. A 5-node WSN using heat sensors faces a 10 m2 natural fire of excelsior (pine wood) in outdoor conditions. Measurements from the OCARI-WSN were compared with the same measurements simultaneously recorded on a datalogger, a standard wired solution in fire science. Thus, six fire experiments were performed for different fuel loads, and the incident heat radiation varies with the fire size under variable wind conditions. The technological breakdown of timestamping identified in previous low-energy consumption and low-cost wireless systems is overcome by the present solution.

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Mobility Support and Service Discovery for Industrial Process Monitoring

Cited by 4 publications

References 12 publications

Cluster Based Distributed Service Discovery in Internet of Vehicle

Cluster Based Distributed Service Discovery in Internet of Vehicle

Seamless roaming and guaranteed communication using a synchronized single-hop multi-gateway 802.15.4e TSCH network

An OCARI-Based Wireless Sensor Network for Heat Measurements during Outdoor Fire Experiments

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