Sustainable development of Vehicular Fog Computing Using Karlskrona Manifesto

The emerging concept of smart cities, smart vehicles and smart traffic systems using Vehicular Fog Computing(VFC) technology is based on the concept of cloud and edge computing which assist in the automation andimplementation of such smart concepts. But implementing and utilizing Vehicular Fog Computing (VFC) will need an excessive amount of power for the communication and decision-making system and will also lead tocause a huge amount of electromagnetic radiation. The sustainable and environmentfriendly development andimplementation of such systems and infrastructure is still a key challenge for the industry. This research articleundergoes a thorough sustainability analysis of the proposed system using the Karlskrona manifesto, which helpedus to identify the current and future viable goals and aim of the system and their order of impact on the individuals.Society and economy. The development of The Sustainability and Analysis diagram(SusAD) explored theimmediate, intermediate, and structural impact of technical, individual, social, environmental and economicdimensions of the system, this research article also proposes alternative ways to achieve sustainability and preventthe adverse effects of the system implementation.

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Publication Details

Journal
NUML International Journal of Engineering and Computing
Published
2025-03-06
DOI
https://doi.org/10.52015/nijec.v3i2.77
Primary Topic
Smart Cities and Technologies
Type
article
Field-Weighted Citation Impact
0.00
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article

Sustainable development of Vehicular Fog Computing Using Karlskrona Manifesto

Inam Haq
NUML International Journal of Engineering and Computing
Smart Cities and Technologies
article

Sustainable development of Vehicular Fog Computing Using Karlskrona Manifesto

Inam Haq
article en

Abstract

The emerging concept of smart cities, smart vehicles and smart traffic systems using Vehicular Fog Computing(VFC) technology is based on the concept of cloud and edge computing which assist in the automation andimplementation of such smart concepts. But implementing and utilizing Vehicular Fog Computing (VFC) will need an excessive amount of power for the communication and decision-making system and will also lead tocause a huge amount of electromagnetic radiation. The sustainable and environmentfriendly development andimplementation of such systems and infrastructure is still a key challenge for the industry. This research articleundergoes a thorough sustainability analysis of the proposed system using the Karlskrona manifesto, which helpedus to identify the current and future viable goals and aim of the system and their order of impact on the individuals.Society and economy. The development of The Sustainability and Analysis diagram(SusAD) explored theimmediate, intermediate, and structural impact of technical, individual, social, environmental and economicdimensions of the system, this research article also proposes alternative ways to achieve sustainability and preventthe adverse effects of the system implementation.

NUML International Journal of Engineering and ComputingVol. 3(2)
Industry, innovation and infrastructure
Openalex Percentile: Top 94%
Smart Cities and Technologies
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