An Event-based Middleware for Syntactical Interoperability in Internet of Things

Pramukantoro, Eko Sakti; Anwari, Husnul

doi:10.11591/ijece.v8i5.pp3784-3792

Cited by 12 publications

(9 citation statements)

References 13 publications

(13 reference statements)

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“…Desai has classified interoperability into three categories: Network Interoperability, Syntactical Interoperability, and Semantic Interoperability [1]. The solution for interoperability is a middleware that provides various communication protocols so that the data can be delivered from Things to Cloud-apps [2]. There are three kinds of middleware, i.e.…”

Section: Introductionmentioning

confidence: 99%

Cloud-based Middleware for Syntactical Interoperability in Internet of Things

Pramukantoro

Bakhtiar

2020

JITeCS

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Heterogeneity of protocol communications on the Internet of Things can lead to a syntactical interoperability problem. As far known as sensor nodes have different protocols of communication mechanisms with each other. But, sensor nodes should be able to send data with any kind of protocol communication to IoT applications in the cloud environment. So, the collected data is varied and not limited to specified sensor devices. A middleware that capable of works with much different protocol as a bridge between node sensor and IoT application is one best solution to answer a syntactical interoperability problem. This paper proposed a cloud-based middleware that provides a communication interface to receive data from sensor nodes based on Restful and CoAP. Received data then stored into heterogeneous IoT data storage based on the NoSQL database. Interoperability testing methodology was used for experiments and testing. The result shows proposed middleware can receive data from both protocols. The received data could store based on structure data or unstructured data on IoT data storage.

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Section: Introductionmentioning

confidence: 99%

Cloud-based Middleware for Syntactical Interoperability in Internet of Things

Pramukantoro

Bakhtiar

2020

JITeCS

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“…Intelligent parking can be seen as a demand for IoT [1]. The Smart City concept aims to meet the needs of the population, to allow a more efficient use of general resources and more particularly to facilitate the daily life of citizens.…”

Section: Introductionmentioning

confidence: 99%

MQTT_SN_QoS: an enhanced MQTT protocol for wireless sensor network in smart parking

Ouldzira¹

2020

IJETER

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In recent years, wireless sensor networks (WSN) have attracted increasing interest from academia and industry. WSNs can be deployed in various types of environmental monitoring and information gathering applications. In this chapter, we present wireless sensor network architecture for vehicle parking management. In a parking management system, a number of sensor nodes are deployed in a parking field, indicating whether or not the parking spaces are occupied. These sensor nodes are equipped with a battery (cell) that provides the necessary power for their operation. This energy resource is very important for the sensor nodes and has a direct influence on the lifetime of the sensor nodes and thus of the entire WSN. With the integration of the Internet of Things (IoT), we will design a system to offer remote parking reservation, to help drivers to easily locate their parking space, and to manage the lifetime of this WSN. We propose the MQTT_SN_QoS (Message Queuing Telemetry Transport for Sensors Network by Quality of Service) communication protocol with the integration of its QoS levels to overcome these problems, and we simulate the results on Matlab.

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“…As IoT involves resource constrained nodes connected with the gateway system in order to perform autonomous transmission of data, there is always a problem of effective bandwidth utilization. As bandwidth is fixed by the service provider for the IoT devices but that bandwidth will never be sufficient for proper operational activity if the incoming traffic is of highly dynamic form of consider high-dimensional data [8][9]. Hence, offering an effective bandwidth for the massively connected IoT nodes is really a challenging problem.…”

Section: Introductionmentioning

confidence: 99%

Robust Modelling to Jointly Address Security Threats, Bandwidth Utilization, and Energy issues in IoT

Ambore*,

2019

IJITEE

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The advent of Internet-of-Things (IoT) revolutionizes the mechanism of connectivity of massive chains of machine offering better improvement in data communication and analytical services. Review of existing approaches towards IoT performance improvement shows that there are still larger scope of enhancing the present solution. The proposed system introduces a mechanism where 3 different problems has been jointly addressed viz. security issues, channel capacity issues, energy depletion issues. The proposed model uses analytical research methodology where energy problem is offered common focus and linked with other two problem using stochastic method, probability logic, decision-making approach, packet scheduling, etc. The simulation outcome of the study shows that proposed system offers better energy efficiency, better resistivity against threats, and effective optimization of the bandwidth in contrast to existing related mechanism towards IoT ecosystem.

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An Event-based Middleware for Syntactical Interoperability in Internet of Things

Cited by 12 publications

References 13 publications

Cloud-based Middleware for Syntactical Interoperability in Internet of Things

Cloud-based Middleware for Syntactical Interoperability in Internet of Things

MQTT_SN_QoS: an enhanced MQTT protocol for wireless sensor network in smart parking

Robust Modelling to Jointly Address Security Threats, Bandwidth Utilization, and Energy issues in IoT

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