Development of Purchasing Module for Agriculture E-Commerce using Dynamic System Development Model

Delima, Rosa; Santoso, Halim Budi; Andriyanto, Novan; Wibowo, Argo

doi:10.14569/ijacsa.2018.091012

Cited by 22 publications

(21 citation statements)

References 5 publications

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“…Beberapa aplikasi penjualan produk pertanian yang telah dikembangkan di negara Asia dan Afrika, yaitu e-Choupal (India), Agricultural Market Information System (Bangladesh), dan Infotrade (Uganda) [1]. Saat ini telah dikembangkan beberapa sistem informasi/ aplikasi di bidang pertanian di Indonesia yaitu [2] [3] [4]. Salah satu aplikasi pertanian yang telah dikembangkan adalah Sistem Informasi Penjualan dan Pembelian (E-Commerce) Produk Pertanian [4].…”

Section: Pendahuluanunclassified

“…Saat ini telah dikembangkan beberapa sistem informasi/ aplikasi di bidang pertanian di Indonesia yaitu [2] [3] [4]. Salah satu aplikasi pertanian yang telah dikembangkan adalah Sistem Informasi Penjualan dan Pembelian (E-Commerce) Produk Pertanian [4].…”

Section: Pendahuluanunclassified

“…Sistem Penjualan Dan Pembelian Produk Pertanian dinamai DODOLANTANI. DODOLANTANI merupakan Sistem Penjualan dan Pembelian Produk Pertanian, sistem ini dikembangkan untuk mendukung pembangunan ekonomi dan ekspansi pasar bagi para petani khususnya dan konsumen yang berada di daerah pedesaan [4]. E-commerce DODOLANTANI memiliki dua modul utama yaitu modul pembelian dan penjualan.…”

Section: Pendahuluanunclassified

“…Jika pembayaran tidak sesuai, maka admin sistem akan mengirimkan notifikasi terhadap pembeli pada halaman pembelian. Jika pembayaran sudah benar dan tervalidasi, maka proses berlanjut melakukan pengiriman barang melalui kurir yang ditetapkan [4]. E-commerce DODOLANTANI memiliki modul penjualan untuk mendukung pelaku bisnis atau penjual melakukan transaksi penjualan barang.…”

Section: Pendahuluanunclassified

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Uji Usabilitas Sistem Jual Beli Produk Pertanian

et al. 2020

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Sebuah proyek pengembangan perangkat lunak melalui banyak tahapan dimulai dari pendefinisian kebutuhan sampai dengan penerapan. Sebelum proses penerapan sistem, tim pengembang akan melakukan uji kebergunaan (usabilitas) terhadap aplikasi. Tahap ini sangat penting untuk menjamin agar proses implementasi dapat dilakukan dengan baik dengan minimalisasi permasalahan. Tahapan dalam penelitian meliputi studi pendahuluan, penentuan responden, pengembangan tools uji, pembuatan scenario tugas, pelaksanaan tes, analisis data, dan perumusan hasil. Uji dilakukan terhadap tiga puluh lima responden, tiga puluh responden merupakan pembeli dan penjual sementara lima responden sebagai admin pembeli dan penjual pada sistem. Responden yang terlibat dalam pengujian merupakan pembeli dan penjualan produk pertanian dari daerah Bantul dan Salatiga. Pengujian dilakukan terhadap efisiensi dan efektifitas sistem. Efisiensi diukur melalui Time on Task Rate dan Number of Clicks Rate, sementara efektifitas diukur melalui Task Success Rate dan Error Rate. Berdasarkan hasil pengujian diketahui bahwa sistem cukup efisien dan memiliki efektifitas yang baik.

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Uji Usabilitas Sistem Jual Beli Produk Pertanian

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“…After that, an integrated SIP blueprint was developed by developing Architecture Vision [3], Business Architecture [4], and defining integrated AIS stakeholders [5]. Besides, there are several systems developed, such as the Agricultural Portal [6], Farmer and Farmer Groups Information System [7], Farmers Activity Information System [8], and Information System of Agricultural Products' Purchases and Sales [9]. Three of the four systems developed are ready to be applied in the community.…”

Section: Introductionmentioning

confidence: 99%

Developing Agriculture Land Mapping using Rapid Application Development (RAD): A Case Study from Indonesia

Chrismanto¹,

Santoso²,

Wibowo³

et al. 2019

IJACSA

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The use of Information and Communication Technology (ICT) in agriculture has become one of the steps to improve agricultural efficiency, effectiveness, productivity, and also expected to encourage the creation of Precision Agriculture. Precision agriculture has an impact on the efficiency of operational costs to increase margins in the production of agricultural products using ICTs. One of the problems that often arise in agriculture is related to the management of agricultural land in each farmer group area. This information is closely related to the needs of agricultural production facilities and infrastructure, such as the need for fertilizers, seeds, and other resources. Web Mapping System is one of the systems to assist in land or area mapping. In this study, the Web Mapping System is expected to be used to help at agricultural land mapping, owned by farmer members of farmer groups. The developed system will store spatial data from farmland members and farmer groups. The Web Mapping System was developed using the Rapid Application Development (RAD) method, where there are several iterative processes. The result of this study is the Web Mapping System for agricultural land. With this application, farmers can find out the status of the land being cultivated or owned. In addition, the Web Mapping System can record the status of the existing land in a farmer group and the need for agricultural production facilities and infrastructure. Further, the Web Mapping System also provides information in a dashboard that can help farmer groups to manage the land owned by each farmer who is a member of the group.

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A bibliometric and content analysis of technological advancement applications in agricultural e-commerce

Altarturi

Nor

Jaafar

et al. 2023

Electron Commer Res

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Given the severe difficulties and challenges being faced during the current COVID-19 pandemic, agribusinesses must consider alternative means to market and sell agriproducts using e-commerce and advanced technologies. Agricultural e-commerce that utilizes advanced technologies can promote sustainable economic growth and gender equality and, therefore, helps achieve the Sustainable Development Goals. It also allows farmers access to new markets where they can bypass intermediaries, leading to higher income, less waste, and fresher produce for customers. The usefulness of using agricultural e-commerce depends on the efficiency of addressing the emerging challenges from merging perspectives of agricultural and e-commerce fields. Literature reviews addressed both fields from different perspectives, however, most literature addresses the agriculture and e-commerce fields separately, leading to unclarity in understanding the differences between agriproducts and other products. This study aims to present a comprehensive and robust roadmap of technological advancements and challenges in agricultural e-commerce through a thorough bibliometric and content analysis and provide a conceptual architecture for best practices. The bibliometric and content analysis sheds light on the agricultural e-commerce categories, challenges, and limitations. This study identifies the most influential research and topic trends, determines the topical discipline areas, and provides visions and directions for future research in the field of agricultural e-commerce. It discusses the challenges of agricultural e-commerce and agriproducts and how advanced technologies help solve such challenges. This study summarises the best practice implementation of agricultural e-commerce by providing strong logistics, implementing standardization, including information knowledge of agriproducts, and creating a traceability information system. The result of this paper is presented as a proposed conceptual architecture for agricultural e-commerce that addresses the abovementioned best practice concepts and utilizes the Blockchain and IoT technologies to provide innovative solutions for the agricultural e-commerce stakeholders. Finally, this study provides prospects for future research on advanced technologies in agricultural e-commerce.

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Development of Purchasing Module for Agriculture E-Commerce using Dynamic System Development Model

Cited by 22 publications

References 5 publications

Uji Usabilitas Sistem Jual Beli Produk Pertanian

Uji Usabilitas Sistem Jual Beli Produk Pertanian

Developing Agriculture Land Mapping using Rapid Application Development (RAD): A Case Study from Indonesia

A bibliometric and content analysis of technological advancement applications in agricultural e-commerce

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