The role of the Internet of Things as direction for the development of agriculture 4.0 for rural areas

Solodovnik, A.I.; Savkin, V.I.; Amelina, A V

doi:10.1088/1755-1315/839/3/032040

Cited by 4 publications

(6 citation statements)

References 4 publications

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“…Most inhabited areas of Poland have access to the Internet, but the COVID-19 pandemic and the remote education and work it brought demonstrated that connection speeds are too low. Even though efforts by local governments and ISPs led to an increase in the population with Internet access in remote locations, the Internet traffic demand leads to many of the networks failing to ensure a basic quality of service necessary to run simple applications, not to mention more advanced ones, such as video chats, fintech services [52], or the Internet of Things (IoT) in agricultural production [53]. This is true for Poland and other parts of the world, too [54].…”

Section: Internet Speed In Rural Areas and Its Implicationsmentioning

confidence: 99%

Internet in the Middle of Nowhere: Performance of Geoportals in Rural Areas According to Core Web Vitals

Król,

Sroka

2023

IJGI

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The spatial planning system in Poland is undergoing a fundamental reform. It emphasises the digital representation of spatial data. Low performance of geoportals, no Internet access, or poor connectivity can contribute to the exclusion from the spatial planning process, and consequently to the exclusion from a specific part of public life. Considering these developments, the present study seems relevant by pointing out the issue with geoportal performance and availability of quality Internet in rural areas. The primary contribution of the article is (1) results of performance measurements for selected geoportals; (2) presentation of measuring tools and performance indices combined with methods for ad-hoc performance measuring; and (3) presentation of potential actions to improve geoportal performance on the device with which it is used. The article offers case studies where the performance of selected geoportals was tested in rural mountainous areas with limited Internet access. Five geoportals were tested with PageSpeed Insights (PSI), WebPageTest, GTmetrix, Pingdom, and GiftOfSpeed. Core Web Vitals indices were analysed: Largest Contentful Paint (LCP), First Input Delay (FID), Cumulative Layout Shift (CLS), and First Contentful Paint (FCP). The author verified values of the Speed Index and Fully Loaded Time along with other performance indices, like GTmetrix Structure. The study failed to provide unambiguous evidence that radio link users in rural areas could experience problems with geoportal performance, although the results seem to suggest it indirectly. PSI Lab Data and Field Data tests revealed a relatively low performance of the geoportals. The Performance index remained below 50 in most cases, which is ‘Poor’ according to the PSI scale. The fully loaded time exceeded 10 s for all the geoportals and 20 s in some cases (Lab Data). It means that the perceived performance of the tested geoportals on a radio link in rural areas is most probably even lower. The case studies demonstrated further that the user has limited possibilities to speed up map applications. It is possible to slightly improve the geoportal experience through the optimisation of the device locally, but the responsibility to ensure geoportal performance is mainly the publisher’s.

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Section: Internet Speed In Rural Areas and Its Implicationsmentioning

confidence: 99%

Internet in the Middle of Nowhere: Performance of Geoportals in Rural Areas According to Core Web Vitals

Król,

Sroka

2023

IJGI

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“…According to Solodovnik et al (2021), agricultural digitization increases efficiency and productivity in industries where the use of IoT in agriculture is the direction of technological breakthroughs that can save agricultural resources. According to the most recent osservatori.net report, Agriculture 4.0's use of digital technology has reduced costs per hectare by 13% and consumption of water, fuel, fertilizers, and pesticides by 30%, while crop carbon footprints have decreased by 15% for environmental sustainability [5].…”

Section: Iot Adoption In Agriculturementioning

confidence: 99%

“…According to Solodovnik et al ( 2021), standardization -the creation of uniform security standards for the Internet of things, the development of working standards, the creation the development of standards for database compatibility, and the development of indicator standards for various digital platforms -is one of the challenges to the implementation of IoT in rural areas [11]. This is consistent with the Ministry of Communication and Information website, which states that there are three major barriers to IoT adoption: frequency standardization, device standardization, and TKDN.…”

Section: Compatibilitymentioning

confidence: 99%

Increasing Adoption of the Internet of Things in Indonesian Agriculture Based on a Review of Everett Rogers’ Diffusion Theory of Innovation

Dewi¹,

Cahyani²,

Megawati³

2023

Advances in Economics, Business and Management Research

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Year after year, the global human population grows while agricultural land is shrinking. The loss of agricultural land is made worse by the depletion of natural resources and the emergence of unanticipated environmental crisis problems like global warming, salinization, and flooding. Due to this situation, food security has become the top priority for all countries in the world. Therefore, smarter, better, and more effective approaches are required to solve the issues posed by the challenges of decreasing agricultural land, one of which is the use of the Internet of Things for agriculture. This essay aims to examine the current situation of IoT adoption in Indonesian agriculture and to put forward and develop strategies for increasing IoT adoption in Indonesian agriculture. The method used in this study is a qualitative approach based on Rogers' diffusion theory and data were obtained through a literature review. There are five attributes to be considered in increasing the adoption of IoT in agriculture. The innovation attributes are relative advantage compatibility, complexity, trialability, and observability. Optimizing the millennial generation as early adopters is one option for increasing agricultural technology adoption. However, special efforts are required to increase the participation of the millennial generation in government policy agriculture. One of them is to provide adequate infrastructure to support the creativity of the millennial generation.

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“…Solodovnik et al 55 have analyzed the IoT benefits for agriculture and rural development to enhance the efficiency and safety of products in the agriculture department. The controlling and tracking of production is provided while improving the productivity and efficiency of agriculture applications through digitalization.…”

Section: Literature Surveymentioning

confidence: 99%

Importance of semantic interoperability in smart agriculture systems

Khatoon

Ahmed

2022

Trans Emerging Tel Tech

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The Internet of Things (IoT) connects people with real-world objects to exchange data. It is performed using services and devices present in the user's activities based on the IoT. Based on a common vocabulary or mappings, knowledge and information can be exchanged by different agents, services, and devices in this scenario. The heterogeneous sources can be represented and integrated by an ontology. The Semantic Web offers semantic interoperability that facilitates communication between heterogeneous devices and technology platforms. The state-of-the-art of IoT semantic interoperability is assessed and reviewed in this work. The importance and challenges of interoperability are discussed in detail with an in-depth analysis of the requirements. IoT based semantic interoperability model is discussed with semantic annotations of data required for heterogeneous IoT devices. Additionally, it has been presented which Semantic Web technologies are incorporated, and the challenges have been studied in this research area. Agriculture is a domain where IoT applications have a lot of potentials. The market is filled with several devices that collect data from the farms and send it to the cloud. Semantic Web technology for applications in agriculture has been discussed in detail with data integration. Semantic resources for agriculture have been enlisted with linked data hubs and semantic data standards. The article aims to address the need and requirement of IoT with semantic interoperability in the field of agriculture. The use of IoT interoperability in agriculture can bring long term benefits to the farmers and increase productivity while reducing the overall costs incurred.

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The role of the Internet of Things as direction for the development of agriculture 4.0 for rural areas

Cited by 4 publications

References 4 publications

Internet in the Middle of Nowhere: Performance of Geoportals in Rural Areas According to Core Web Vitals

Internet in the Middle of Nowhere: Performance of Geoportals in Rural Areas According to Core Web Vitals

Increasing Adoption of the Internet of Things in Indonesian Agriculture Based on a Review of Everett Rogers’ Diffusion Theory of Innovation

Importance of semantic interoperability in smart agriculture systems

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