Design and Implementation of Multi-Protocol Data Networks Interface Detector in Heterogeneous IoTs

Industry 4.0 is the most disruptive revolution engulfing all the digital transformation from sensors nodes to cloud applications. A sustainable and secure Industry 4.0 ecosystem is a core challenge for stakeholders and state agencies addressed in this work by layered API tunnel interoperability instead of conventional cybersecurity methods and techniques. In this work, an interoperable application programmer interface (API) wrapper is being proposed to manage heterogeneous cloud architectures using Eucalyptus, Apache CloudStack, and OpenNebula. A comprehensive design and implementation plan from things layer to user interface has been accomplished in this work. Infrastructure as a Service (IaaS) is being automated using Ansible from Web Servers Layers through Common Gateway Interface (CGI) scripting. The Web Servers are being managed using WebSockets by micro–Web Servers Gateway Interface (uWSGI) from cloudstack managers (CSM) API. The Platform as a Service (PaaS) for big data, web servers, and machine learning platforms is accomplished using uWSGI from CSM. The public and private clouds are being managed using individual APIs. The wrapper, proposed in this work enables the big challenge of Industry 4.0 for realizing interoperability, scalability, heterogeneity, and automated cloud integration by functioning at the Software as a Service (SaaS) Layer.

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Real-time Contactless Bio-Sensors and Systems for Smart Healthcare using IoT and E-Health Applications

Tariq

Sultan

2022

Wseas Transactions on Biology and Biomedicine

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The population surge and geographical mass transit for survival and healthcare is increasing exponentially since the 1900 and climate change has made it inevitable. These geographical dynamics have mandated the requirement of contactless or non-invasive scalable and smart healthcare methods and techniques across the globe. The recent pandemic has obliged contactless sensing technologies in all the bio-sensing domains. In this work, the contactless bio-capacitive electrode for cardiological condition assessment has been addressed for researchers, technologists, scientists, and clinical professionals to understand the gradual innovation and enrichment in contactless bio-sensing techniques, methods, and materials, devices, and systems is exponentially increasing over the last seven decades. This work is a comprehension of major contributions in contactless capacitive bio-sensors and systems developed from 1950 to 2020. An overall of 500 articles in contactless capacitive bio-sensors and systems domain from top journals were selected for study; out of which 100 have been referred in this work. Starting from bio-capacitive electrodes to IoT-based indigenous contactless smart nodes have been introduced in this article.

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Design and Implementation of Multi-Protocol Data Networks Interface Detector in Heterogeneous IoTs

Cited by 3 publications

References 21 publications

An IEEE Xplore Database Literature Review Concerning Internet of Everything During 2020-2021

An IEEE Xplore Database Literature Review Concerning Internet of Everything During 2020-2021

A Secure Interoperable API Wrapper Tunnel for Integration of GIS-Based ICS-IIoT and Digital Twins in Industry 4.0 Clouds

Real-time Contactless Bio-Sensors and Systems for Smart Healthcare using IoT and E-Health Applications

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