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Ilmu dan Alat Ukur Tanah, Yogyakarta: Kamisius, 1979. Mengenal Diagram UML (unified Modeling Language.

Alat Ukur Parameter Tanah Dan Lingkungan Berbasis Smartphone. Soekartawi, Perinsip Ekonomi Pertanian, Jakarta, Rajawali Press, 2003. Soetriono, dkk., Pengantar Ilmu Pertanian.

J., Critical Reflections on Information System : Systemic Approach, Idea Group Publishing, p.4, 2006. Gibbon, Farming System and Poverty : Improving Farmes’ Livelihoods In a Changing World, Rome and Washington D.C: FAO, 2001.Ĭano, J. Yoe, Agricultural Production System Based on IoT, 2013 IEEE 16th International Conference on Computational Science and Engineering, Sydney, NSW, 2013, pp. In Proceeding of an International Workshop, “Development in Procedures for Farming System Reseachâ€. Marwan, (1989), Farming System Reseach for Small Farmers in Indonesia. B y integrating this system into the agricultural sector, it will result in increasing the quality, quantity, resilience and cost effectiveness of agricultural production, and shifting the paradigm of application from Object Oriented to Smart Object Oriented based on the Internet of Things (IoT). I t is necessary to provide an information system that can support the observation of the feasibility of the yields to be produced by the agricultural sector. T he purpose of this study is based on the frequent changes in the level of harvest feasibility in the agricultural sector, where the current level of yield feasibility does not only occur on unproductive land but also encroaches on land with good productivity. The method used in the analysis in this study is Farming System Analysis (FSA) and approach system method used is object oriented. S patial data contains area data, position of agricultural land. T abular data in the form of numerical data from land, plant, and water availability data. For the compiler of this information system data is in the form of tabular data and spatial data. The topic of this research is the design of a model of agricultural information systems based on (IOT) or the Internet of Things that is used as a medium to improve the precision of the quality of agricultural products.