Smart agriculture applications are promising to improve traditional agriculture in developing regions. Farmers use these applications to collect data on agricultural activities and monitor different conditions in modern farms. However, from the development point of view, these applications are often implemented using text-based programming languages that require experienced programmers. Visual languages can be an alternative to text-based languages that may allow non-expert programmers (e.g., farmers) to implement these applications and make adjustments to existing ones. This study considers two exemplars of concrete and deployable smart agriculture applications (WebLog and UtafitiLog) developed using two different technologies. The study defines a set of parameters to evaluate these exemplars from which lessons are drawn that can be generalised to other smart agriculture applications.
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Advances in Intelligent Systems and Computing
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The mobile revolution transformed the ways we socialize and conduct business. Today, mobile technology is an essential element of every aspect of digital success. More people are accessing the Internet through mobile devices than through wired connections. Mobile device users are always connected, actively leveraging information, knowledge and social activities. The rapid growth of mobile usage in the world created many opportunities that leverage the ubiquity of mobile networks. Clearly mobile revolution will continue, and organizations not only create mobile strategy, they devote more resources to deliver innovative mobile services and next must-have applications (apps) for the agricultural sector. There are many design challenges and considerations in developing mobile apps that can be widely accepted by users in agricultural communities. This paper discusses mobile apps in the agricultural domain, considerations and challenges for successful mobile app development and focuses on.
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This paper presents the recent development and application of mobile phones and cloud computing in agriculture. Basic concepts and technologies associated with mobile phones and cloud computing is highlighted. For better communication, sharing of information and profitability in agriculture, there is need for collaboration of cloud computing and mobile technology. This paper presents a framework in which a farmer can utilize mobile cloud computing on their handsets using various applications, to assist them for relatively better cultivation and marketing. The main application of this proposed framework is focused on to eliminate the problem of data storage, computational processing and sharing of information
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International Journal of Sustainable Agricultural Management and Informatics
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Agriculture in Indonesia plays a very important role. But the agricultural sector also has a lot of crowds in the process, from the nursery process to the feeding process to the harvesting process, especially when the current Corona pandemic is very influential, for that we need special attention from the parties involved in overcoming the existing problems. In agriculture these processes become more effective and efficient so as to increase the level of productivity of agricultural products. One way to overcome this problem is to involve technology which is currently developing rapidly. The technology that will be built will be able to help the agricultural management process which can be called smart agricultural technology. Technology is able to collect data and present hydroponic plant data during the planting process so that appropriate action can be taken immediately. The technology that will be built in the form of a Web and API (Application Programming Interface) in smart fa.
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International Journal of Advanced Science and Technology
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