Hybrid Combination of GIS,GPS,WSN and GPRS Technology in Modern Digital Agriculture Application

Abstract

In order to improve the information management of the modern digital agriculture, combined several modern digital agriculture technologies, namely wireless sensor network (WSN), global positioning system (GPS), geographic information system (GIS) and general packet radio service (GPRS), and applied them to the information collection and intelligent control process of the modern digital agriculture. Combining the advantage of the local multi-channel information collection and the low-power wireless transmission of WSN, the stable and low cost long-distance communication and data transmission ability of GPRS, the high-precision positioning technology of the DGPS positioning and the large-scale field information layer-management technology of GIS, such a hybrid technology combination is applied to the large-scale field information and intelligent management. In this study, wireless sensor network routing nodes are disposed in the sub-area of field. These nodes have GPS receiver modules and the electric control mechanism, and are relative positioned by GPS. They can real-time monitor the field information and control the equipment for the field application. When the GPS position information and other collected field information are measured, the information can be remotely transmitted to PC by GPRS. Then PC can upload the information to the GIS management software. All the field information can be classified into different layers in GIS and shown on the GIS map based on their GPS position. Moreover, we have developed remote control software based on GIS. It can send the control commands through GPRS to the nodes which have control modules; and then we can real-time manage and control the field application. In conclusion, the unattended automatic wireless intelligent technology for the field information collection and control can effectively utilize hardware resources, improve the field information intelligent management and reduce the information and intelligent cost.

Transformação Agrícola Digital: O Entrelaçamento Da Agricultura E Transformação Digital Para O Futuro Inovador Do Setor Agrícola

“…Novos recursos e modernas ferramentas, como sensores de campos, satélites GPS, banco de dados e armazenamento, sistemas inteligentes e de automatização, são incluídos nos conceitos exemplificados a partir de 2010, com Nie et al (2010), Baozhu e Lei (2011) e Jayaraman et al (2014), por exemplo. Chega-se as práticas modernas e cyber espaços com a ideia de Shamishiri et al (2018).…”

“…Ao mesmo tempo que a integração dos recursos agrícolas modernos à cadeia de valor, proposto pela Transformação Digital, resultam em maior automação, análise de dados e compartilhamento de conhecimento e elevação dos níveis de economia e recursos (Herlitzius, 2017. ) Por fim, a integração da Agricultura digital com a Transformação Digital apresenta a tecnologia como meio do cenário agrícola, fornecendo processos automatizados (Nie et al, 2010), sistemas integrados (Jayaraman, 2014), mão de obra capacitada (Weltzien, 2016) e aplicação eficaz dos dados (Shamshiri et al, 2018) inteiramente integradas ao negócio e à sua estratégia (Alencar et al, 2017). Condizentes à realidade de cada ambiente, tais recursos e planejamentos direcionam o campo à excelência produtiva.…”

Agricultural digitalisation and digital transformation: the future of agricultural competitive excellence in the 4.0 Environment

“…Therefore, a second-order variable called Digital Agricultural Transformation is created. This variable is composed of Digital Control and Integration Solutions (Tang et al, 2002); Nie et al, 2010;Bingwen, 2011;Wang et al, 2016;Liu et al, 2017;Rajeswari, Shuthendran and Rajakumar, 2017;Shamshiri et al, 2018;Speranza and Ciferri, 2017;Vaz et al, 2017;Wang, 2017), Business and Market Management (Bingwen, 2005;Wang, 2011;Rogers, 2016;Souza et al, 2017;Fresco andFerrai, 2018), Value Creation (Duan, 2010;Wang, 2011;Jayaraman et al, 2014;Shinde et al, 2014;Dermikan, Spoher and Welser, 2016;Rogers, 2016;Alencar et al, 2017;Sánchez andZuntini, 2018, Partnerships andCo-creation (Wang, 2011;Shinde et al, 2014;Rogers, 2016;Vaz et al, 2017) and Human Development (Nehra and Nehra , 2005;Baozhu and Lei, 2011;Bigwen, 2011;Wang, 2011;Weltzien, 2016).…”

Oficina Temática: Obtenção E Aplicação De Corantes Naturais No Cotidiano

“…Agriculture faces challenges beyond its practices that although not fully controlled, directly impact production and make the management of agricultural processes complex, such as climatic variation, water scarcity, and social concern. (Nie et al , 2010) (Picture 1). The absence of integration of the technological tools and the lack of standard of the data generated, which do not make the systems scalable and efficient (Wang et al, 2017) are also mentioned.…”

“…Therefore, a second-order variable called Digital Agricultural Transformation is created. This variable is composed of Digital Control and Integration Solutions (Tang et al, 2002); Nie et al, 2010;Bingwen, 2011;Wang et al, 2016;Liu et al, 2017;Rajeswari, Shuthendran and Rajakumar, 2017;Shamshiri et al, 2018;Speranza and Ciferri, 2017;Vaz et al, 2017;Wang, 2017), Business and Market Management (Bingwen, 2005;Wang, 2011;Rogers, 2016;Souza et al, 2017;Fresco and Ferrai, 2018), Value Creation (Duan, 2010;Wang, 2011;Jayaraman et al, 2014;Shinde et al, 2014;Dermikan, Spoher and Welser, 2016;Rogers, 2016;Alencar et al, 2017;Sánchez andZuntini, 2018, Partnerships andCo-creation (Wang, 2011;Shinde et al, 2014;Rogers, 2016;Vaz et al, 2017) and Human Development (Nehra and Nehra , 2005; Baozhu and Lei, 2011;Bigwen, 2011;Wang, 2011;Weltzien, 2016).…”