Browsing by Author "Chaudhary, Shoaib Shafique (16CO21)"

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    Interior designing using augmented reality
    (AIKTC, 2020-05) Bodke, Kalpana; Chaudhary, Shoaib Shafique (16CO21); Shaikh, Mohd Mobin Shoukat (16CO55); Qureshi, Arshee Zamir (16CO08)
    Augmented Reality is defined as the technique which superimposes virtual objects over the real-world environment and lets them interact with the real-world environment. The paper discussed the application which is based on Augmented reality. Nowadays, AR technology is acquiring almost every field of study. Interior Designing is one of them. This proposed project aims to enhance the method of interior design using Augmented Reality. We are implementing an application based on Augmented Reality which will help interior designers or Architects to design the home interior of their clients so easily and quickly. The demand for the well decorative and furnished house of our own choice is high due to the rise in population. Hence, many organizations are focusing on this field to enhance the traditional technique. This paper presents the application which will virtually display the type of interior designing a customer wants and accordingly, able to apply it in the real project. Basically, user can place virtual objects on the real-world which will allow them to design their interior of the house using this simple mobile application. In this tough competition in the field of interior design, this application will provide a lot of features. We aimed to enhance the current interior designing process by reducing effort and time. Our application will also include multiple textures and designs so that there will be a large variety for the customers to choose from. Hence, the clients will be able to view the interior plan before the actual implementation and thus, can customize their designs instantly at that very time. The system will provide a user interface to augment the 3d object models in the room. Keywords: Augmented Reality, virtual, interaction, android, marker-less, surface detection, interior design, architecture, 3D virtual model.