The Advent of the Internet of Things in Airfield Lightning Systems: Paving the Way from a Legacy Environment to an Open World

Buzzoni, Enrico; Forlani, Fabio; Giannelli, Carlo; Mazzotti, Matteo; Parisotto, Stefano; Pomponio, Alessandro; Stefanelli, Cesare

doi:10.3390/s19214724

Cited by 4 publications

(3 citation statements)

References 16 publications

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“…An interesting study on an IoT-enabled Airfield Lighting System [74] described how airports are integrating IoT and Stream Analytics into their existing business processes to enhance productivity. It provided a much better, cost-effective, scalable, and agile framework for the airports to enhance their monitoring and control systems within the airport ecosystem.…”

Section: Previous Studies Of Iot Implementation In Aerospacementioning

confidence: 99%

Applications of Internet of Things (IoT) in the Aerospace Industry

Jain,

Seth,

Singh

et al. 2024

Int. J. Res. Publ. Rev.

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As we transition to a technology-driven age, it is essential for us to understand the various technologies working behind it, across various industries. The aerospace industry is one such industry that has been massively impacted by the new-age technologies. This study aimed to explore the implementation of one such technology -Internet of Things (IoT) in the Aerospace industry. The study adopted a qualitative, secondary research design which fetched data from published sources (books, news snippets, publications, industry, and company reports) to conduct a thematic and comparative analysis of IoT implementation in the Aerospace industry. The thematic analysis segmented various applications of IoT across 7 segments -Supply Chain, Aero-Manufacturing, ITeS, Research and Development, Avionics, Aero-Operations and MRO (Maintenance, Repair and Overhaul). The comparative analysis studied the variation in applications across the two major sub-industries -Aeronautics and Astronautics. The research conclusively determined the plethora of IoT implementation happening across the segments and sub-industries, while also exploring its challenges and future opportunities.

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Section: Previous Studies Of Iot Implementation In Aerospacementioning

confidence: 99%

Applications of Internet of Things (IoT) in the Aerospace Industry

Jain,

Seth,

Singh

et al. 2024

Int. J. Res. Publ. Rev.

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“…By evaluating the technical approaches and performance data, we examined Kafka's performance and innovations in the real-time monitoring of air pressure. Buxton et al [40] implemented an IoT-based airfield lightning system using an AMQP pub/sub broker. This system uses ActiveMQ to receive events from the airport lighting control and monitoring system to support monitoring functions and subscribes to ActiveMQ to receive commands from third-party clients.…”

Section: Comparison With Existing Workmentioning

confidence: 99%

A Distributed Real-Time Monitoring Scheme for Air Pressure Stream Data Based on Kafka

Zhou,

Chen

2024

Applied Sciences

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Strict air pressure control is paramount in industries such as petroleum, chemicals, transportation, and mining to ensure production safety and to improve operational efficiency. In these fields, accurate real-time air pressure monitoring is critical to optimize operations and ensure facility and personnel safety. Although current Internet of Things air pressure monitoring systems enable users to make decisions based on objective data, existing approaches are limited by long response times, low efficiency, and inadequate preprocessing. Additionally, the exponential increase in data volumes creates the risk of server downtime. To address these challenges, this paper proposes a novel real-time air pressure monitoring scheme that uses Arduino microcontrollers in conjunction with GPRS network communication. It also uses Apache Kafka to construct a multi-server cluster for high-performance message processing. Furthermore, data are backed up by configuring multiple replications, which safeguards against data loss during server failures. The scheme also includes an intuitive and user-friendly visualization interface for data analysis and subsequent decision making. The experimental results demonstrate that this approach offers high throughput and timely responsiveness, providing a more reliable option for real-time gathering, analysis, and storage of massive data.

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“…Let us further explore the Smart Lighting System for Smart Cities [12][13][14][15][16][17][18][19][20][21][22][23][24]. Refer figure 3 which has shown the typical architecture of Smart Lighting System.…”

Section: Smart Lighting System: a Deep Divementioning

confidence: 99%

ICT Driven Smart Lighting Solution “iLIGHT” for Smart Cities: A Conceptual Framework

Gade

2021

IJAEML

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Purpose: Smart Cities offers enhanced quality and performance of urban services using various ICT and Digital Technologies. It is a fact that more and more people are migrating to Smart Cities for better career opportunities and to have an enjoyable and comfortable life. With the ever-increasing population, Smart Cities always need to do better capacity management to best utilize and optimize the usage of available resources. One of such challenges faced by Smart Cities is the generation of electricity to meet the increasing demand for lighting. The objective is to have an efficient as well as an economical lighting system that can provide sufficient lighting to its infrastructure facilities, offices, Smart Buildings, Smart Parks, and Public properties. In this paper, I have proposed ICT based Smart Lighting Solution "iLIGHT", which is capable of meeting the lighting need of Smart Cities in a more efficient and economical manner. The advantages and limitations of "iLIGHT" are also discussed in detail. The analytics-based test results revealed that "iLIGHT" can reduce power consumption by almost 30%. I have also provided the summary of reviewed existing literature on the lighting solutions used by Smart Cities and the advantages and limitations of these lighting solutions. I also analysed different usage scenarios for indoor and outdoor Smart Lighting Systems in Smart Cities and their typical power consumption. Finally, I have covered information with respect to my future plans on the "iLIGHT" Lighting Solution. Design/Methodology/Approach: A systematic literature review is carried out for relevant white papers, data presented over relevant websites, available research papers and conference papers on Smart Lighting System for Smart Cities. I also interacted with SMEs and Industry professionals working on this research area. The collected research material is then properly studied and analysed to identify new facts and requirements related to Smart Lighting System. Based on the new findings and data analysis results, a new Smart Lighting Solution "iLIGHT" is proposed for Smart City Smart Lighting System. Findings/Result: Smart Lighting System for Smart City is a complex system and used not only for providing efficient lighting across the Smart City but also used to interconnect various smart devices across Smart City and to provide seamless data interactions across the connected products. The Proposed "ILIGHT" Solution for Smart Lighting System in Smart City, is safe, reliable, and less expensive in design and deployment. It can offer good energy efficient Lighting System for Smart City and if used with proper configuration settings then it can be extremely fast and economical to operate and maintain. Originality/Value: The information presented in this paper with respect to proposed "iLIGHT" Solution is original and genuine and is an outcome of interactions with SMEs, Smart City stakeholders and study and analysis of various research papers in order to understand the advantages and limitations of various Smart Lighting Systems used in Smart Cities across the globe. The paper has provided new findings with respect to Smart Lighting Systems for Smart Cities, and they are completely based on own data analysis and proposed new iLIGHT Solution. Paper Type: Technology oriented Research

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The Advent of the Internet of Things in Airfield Lightning Systems: Paving the Way from a Legacy Environment to an Open World

Cited by 4 publications

References 16 publications

Applications of Internet of Things (IoT) in the Aerospace Industry

Applications of Internet of Things (IoT) in the Aerospace Industry

A Distributed Real-Time Monitoring Scheme for Air Pressure Stream Data Based on Kafka

ICT Driven Smart Lighting Solution “iLIGHT” for Smart Cities: A Conceptual Framework

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