The Role of Geospatial Technology with IoT for Precision Agriculture

Bhanumathi, V.; Kalaivanan, K.

doi:10.1007/978-3-030-03359-0_11

Cited by 11 publications

(7 citation statements)

References 29 publications

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“…When it comes to providing growers with real-time data, they are quite accurate. [7,8] They're frequently utilized in labs and on highvalue crops because of their speed and precision. Figure 2 is presenting volumetric sensors.…”

Section: Soil Sensorsmentioning

confidence: 99%

“…Waste management, air pollution, and extreme weather are all common topics brought up when talking about IoT-enabled environmental monitoring. [1,7] Internet of Things (IoT) operates as follows:…”

Section: Internet Of Thingsmentioning

confidence: 99%

“…Crop sustainability can only be achieved by proper resource management and facilitating quality control of the product, as well as generating preventative measures for pest and disease prevention. [6] V. Bhanumathi, et al (2019) looked IoT was able to communicate with the rest of the world through the Internet because it gathers data from multiple sources. In order to keep the farmland in good condition, it was important to know how much fertilizer to apply, when to apply it, and where.…”

Section: Literature Reviewmentioning

confidence: 99%

“…Geospatial and Internet of Things (IoT) may be anticipated to assist farmers in creating precise predictions about the quantity of fertilizer, weeds, and irrigation needed in order to help them meet all of their control and supply needs. [7] Xiang Feng, et al (2019) presented in this work, agricultural application scenarios and experimental testing were analyzed in order to uncover acceptable, realistic, precision agriculture relies on wireless communication technologies that are both effective and practical. Wireless sensor networks for precision agriculture such as IoT narrowband, LoRa long-range, and ZigBee were shown.…”

Section: Literature Reviewmentioning

confidence: 99%

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Enhancement of the Performance and Accuracy of Soil Moisture Data Transmission in IOT

Khattar

Verma²

2023

IOP Conf. Ser.: Earth Environ. Sci.

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The need for soil moisture data transmission in IoT is growing thus there is a need to improve the accuracy and performance of such IoT systems. The focus of this research is on soil moisture that is detected by IoT sensors. IoT sensor data is collected and transmitted to the farmer or user. Using deep learning, actuators can take be trained to take remedial action in case of need, such as the sprinkling of water in the agricultural environment. The main focus of research is to measure data and enhance accuracy and performance. Sensors are used to monitor and record every aspect of the environment in their respective settings. The most commonly utilized sensors include proximity sensors, temperature sensors, smoke sensors, etc. Since human population, industry, and energy consumption are all expected to rise in the next decades, environmental monitoring tools and applications must be upgraded to be more accurate and efficient. The detection and measurement of soil moisture is the initial step for smart agriculture. With the use of agricultural control centers, farmers may identify crops in need of treatment and figure out the best quantity of water, fertilizer, and pesticides to administer based on sensor data and imagery input. For farmers, this ensures the soil gets the proper quantity of chemicals for optimal health, while also cutting expenses and minimizing environmental effects, all while reducing waste. The objective of the research work is to improve the accuracy and performance when soil moisture data is transmitted over IoT devices.

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Section: Soil Sensorsmentioning

confidence: 99%

Section: Internet Of Thingsmentioning

confidence: 99%

Section: Literature Reviewmentioning

confidence: 99%

Section: Literature Reviewmentioning

confidence: 99%

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Enhancement of the Performance and Accuracy of Soil Moisture Data Transmission in IOT

Khattar

Verma²

2023

IOP Conf. Ser.: Earth Environ. Sci.

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“…More than a decade ago the use of information systems and information technologies was signaled as a new trend in managing the supply chains (Shi and Chan, 2010), steel and sawmill industries (Holma & Salo, 2010); despite being internet-based, the geospatial technologies were not mentioned among those information technologies used (Waters, 2010). In business terms, geospatial technologies are currently used mainly in agriculture (Kumar, Suma & Poornima, 2014;Bhanumathi & Kalaivanan, 2018;Praveen & Sharma, 2019) and in a number of industries especially transportation (Kumar, 2022), and supply chain management and distribution networks aiming at transport effectiveness and efficiency, reducing the cost of congestion to society (Struyf et al, 2022). Making the distinction between location and localization, Nigam (2019) defines geospatial technology-supported localization as "the new technology trend".…”

Section: Literature Survey: Localization As a Strategic Decision Infl...mentioning

confidence: 99%

Geospatial Technology-Based Study on Tourist Accommodation in Bucharest Metropolitan Area–in Relation to Passenger Traffic in Major Transportation Hubs

Andrei

Scarlat

2022

jeth

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The driving role of technology in building a sustainable and resilient future has been long acknowledged. As one of the most resilient industries, the hospitality sector is the focus of this research, particularlythe hotel lodging industry in the Bucharest metropolitan area (Romania’s capital city) as it relates to passenger traffic at two important international transportation hubs: the international airport and railway station. The site selection, or selection of an appropriate location for lodging, is astrategic choice. The distinction between success and failure is also determined by other external factors as well as internal company factors. There is a wealth of literature on business location, and the main approaches are highlighted in the section onliterature reviews. Future research will need to address the issue of business location in relation to transportation hubs that can attract potential customers. There are two specific questions to reach the research objective: to find out if the traffic from the transit terminals influences the number of accommodation facilities and if there is a specific pattern for choosing the location of tourist accommodation facilities (hotels) in the studied area. The investigation methodology consists of both secondary sources and primary research, respectively: national statistics as well as international databases such as Google Maps and OpenStreetMap, extensively use the geographic information system (GIS) database and software tools (QGIS 3.22 and Google Earth Pro 7.3.4.8573). The intent is to find whether there is a relationship between the two databases studied. It can be concluded that the number of tourist accommodation facilities and its locations are related to the main passenger traffic flows from/to the Bucharest “Henry Coanda” International Airport OTP and Bucharest North Railway station. The results, which are presented in both tabular and dynamic graphical formats, are beneficial for scholars and mostly for practitioners and businesspeople. Besides, the findings from this study is valuable for policymakers and strategists at a macroeconomic level, as well as for tourism and hospitality entrepreneurs and managers. The implications are highlighted, and recommendations are presented in this paper.

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