WCSE 2021
ISBN: 978-981-18-1791-5 DOI: 10.18178/wcse.2021.06.026

Online Ordering and Recommender System of Combine Harvester Parts and Equipment with 3D Modelling and Augmented Reality Brochure for BLAZE Equifarm and General Merchandise

Mark Jezter Ballesteros, Rachel Ann Cartujano, Dhanna Evaldez, Jomerson Macutay, Jay-ar P. Lalata, Heintjie N. Vicente, Ace C. Lagman

Abstract— Agriculture has a big contribution in the life of most of the residents of Isabela having rice as the main crop. Having a large farm cannot be easily harvested manually so using a harvester machine helps the farmers get the rice and sell immediately without hustle. Through this, researchers aim to provide an easier and more comfortable way of purchasing harvester parts to the consumers without going on the physical store. This online ordering with recommender system displays the products and suggest relevant items to consumers. The integration of augmented reality in the physical brochure shows the 3D animations and descriptions of the 10 major parts of the machine which gives the consumers the knowledge about a certain part before it will be used in farm operations. In summary, the developed system is aimed at giving agricultural marketing information to all the farm owners in Isabela as well as to help increase the sales of the company.

Index Terms— online ordering, harvester machine, 3D animation, recommender system, augmented reality

Mark Jezter Ballesteros, Rachel Ann Cartujano, Dhanna Evaldez, Jomerson Macutay, Jay-ar P. Lalata, Heintjie N. Vicente, Ace C. Lagman
FEU Institute of Technology, PHILIPPINES

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Cite: Mark Jezter Ballesteros, Rachel Ann Cartujano, Dhanna Evaldez, Jomerson Macutay, Jay-ar P. Lalata, Heintjie N. Vicente, Ace C. Lagman 者, "Online Ordering and Recommender System of Combine Harvester Parts and Equipment with 3D Modelling and Augmented Reality Brochure for BLAZE Equifarm and General Merchandise ," 2021 The 11th International Workshop on Computer Science and Engineering (WCSE 2021), pp. 174-179, Shanghai, China, June 19-21, 2021.