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Aceh is one of the cocoa producing provinces in Sumatra, Indonesia. Cocoa production in Aceh Province in 2017 amounted to 39,296 tons / year with a land area of 101,230 Ha (BPS-Statistics Indonesia 2017). The traceability system is a complex system for representing four important components called process, organization, information, and technology (Verdenius 2006). There are two traceability system methods (1) paper-based system and (2) barcode / RFID (Radio Frequency Identification). The purpose of this research is to build a traceability system by utilizing a website and quick responses code so that it can provide information that can be accessed using the internet and the QR code scanner application that can be found on a smartphone. This research was conducted using the system development life cycle (SDLC) method by utilizing primary and secondary data as supporting information to produce an information system in the form of a web application. This web application was developed using a browser, database, local server and a code writing application. There are 4 stages of analysis (1) analysis of functional requirements of the system, (2) analysis of non-functional requirements of the system, (3) analysis of system users and (4) system security analysis. Based on the results of the analysis, the main components needed are the process of input, output, storage and control. All processes are carried out by a work unit consisting of 7 admins. This web application system is registered using domain www.cocoa-trace.com with www.rumahweb.com as hosting.
Aceh is one of the cocoa producing provinces in Sumatra, Indonesia. Cocoa production in Aceh Province in 2017 amounted to 39,296 tons / year with a land area of 101,230 Ha (BPS-Statistics Indonesia 2017). The traceability system is a complex system for representing four important components called process, organization, information, and technology (Verdenius 2006). There are two traceability system methods (1) paper-based system and (2) barcode / RFID (Radio Frequency Identification). The purpose of this research is to build a traceability system by utilizing a website and quick responses code so that it can provide information that can be accessed using the internet and the QR code scanner application that can be found on a smartphone. This research was conducted using the system development life cycle (SDLC) method by utilizing primary and secondary data as supporting information to produce an information system in the form of a web application. This web application was developed using a browser, database, local server and a code writing application. There are 4 stages of analysis (1) analysis of functional requirements of the system, (2) analysis of non-functional requirements of the system, (3) analysis of system users and (4) system security analysis. Based on the results of the analysis, the main components needed are the process of input, output, storage and control. All processes are carried out by a work unit consisting of 7 admins. This web application system is registered using domain www.cocoa-trace.com with www.rumahweb.com as hosting.
Abstract:The proposed conceptual framework explores how small-scale farms can combine agricultural products and tourism into an eco-innovation strategy. This paper presents a case study conducted on a family-run farm within the territory of the Paiwan tribal community of the North Dawu Mountain situated in the Central Mountain Range of Taiwan. The area has become an important coffee-farming region since the Japanese colonial period between 1895 and 1945. For many years, most of the indigenous farmers of the area have cultivated varieties of coffee plants using traditional, non-commercial methods, such as a single-sale channel. The small-scale farmer implements an integrated approach that systematically optimizes supply chain relationships to improve both the upstream and downstream sides of agri-food tourism services. The upstream element of agri-food tourism, for example, can be adjusted to employ organic or "natural" farming methods that allow small-scale farmers to secure an "organic" certification. Based on this approach, a small farm is gradually transformed into a type of educational institution that can demonstrate to customers the methods for farming high-quality organic coffee while also attracting tourists of various backgrounds to experience the downstream components of agri-food tourism in a recreational setting. This case study highlights how a particular small-scale farmer plays an important role in attracting other tribal farmers to engage in sustainable practices that help preserve cultural, social, and environmental systems while also presenting agri-food tourism as a brand identity.
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