DesignAR: Portable projection-based AR system specialized in interior design

Park, Yoon Jung; Yang, Yoonsik; Chae, Seungho; Kim, In-Hwan; Han, Tack-Don

doi:10.1109/smc.2017.8123064

Cited by 14 publications

(9 citation statements)

References 14 publications

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“…Even if their accuracy could be improved, the applicability of these solutions is limited for the current problem as see-through and video-overlay AR systems provide no image on the surface itself, so there is no way to accurately transfer points into the real world. Some other limitations of these systems are: (1) they employ mobile devices or wearable head-mounted displays that can impede collaboration with other workers (Park et al, 2017) and (2) have relatively narrow field of view which ranges between 30 to 70 degrees diagonally (Low et al, 2001). The latter has a negative impact on human performance on navigation, spatial awareness and visual search tasks (Hubert, 1982;Alfano and Michel, 1990;Arthur, 2000).…”

Section: Related Workmentioning

confidence: 99%

Automated optimum visualization system for construction drawing reading

Swanborough¹,

Kim²,

Agapaki³

et al. 2021

ITcon

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The task of reading drawings on construction sites has significant efficiency and cost problems. Recent products utilising laser projectors attempt to address the issue of drawing comprehension by projecting full scale versions of the drawings onto 3D surfaces, giving an in-place representation of the steps required to complete a task. However, they only allow projection in red or green at a single brightness level due to the inherent constraints of using a laser-based system, which could cause problems depending on the surface to be projected on and the ambient conditions. Thus, there is a need for a solution that is able to adjust the visualisation parameters of the displayed information based on the surface being projected onto. This study presents a system that automatically changes the visualisation parameters based on the colour and texture of the current surface to make drawings visible under any planar-like surfaces. The proposed system consists of software and hardware, and the software algorithm contains of two parts 1) the optimisation run that computes and updates the visualisation parameters and 2) the detection loop which runs continually and checks if the optimisation run needs to be triggered or not. In order to verify the proposed system, tests on 8 subjects with 4 background surfaces commonly found on site were performed. The test subjects were timed to find 10 bolt holes projected onto the surface using the optimisation system, which was then compared to a control case of black lines projected onto a white background. The system allowed users to complete the task on the real-world backgrounds in the same time as the control case, with the system resulting in up to a 600% decrease in recognition time on some backgrounds.

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Section: Related Workmentioning

confidence: 99%

Automated optimum visualization system for construction drawing reading

Swanborough¹,

Kim²,

Agapaki³

et al. 2021

ITcon

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“…This allows to overload a single tool with several functions to interact with SAR. Park et al [18] integrated mobile devices in projectionbased AR to afford user interfaces to design interiors effectively. In our approach, the drone panel is augmented with the widget elements, and it allows the users to interact with the SAR scene from a certain distance.…”

Section: Related Work 21 Interaction In Spatial Augmented Realitymentioning

confidence: 99%

“…Embedding widgets within an SAR environment is challenging, as mentioned in the introduction section. Prior works proposed to provide widget elements in SAR either on the surface of a table [4], on a tracked panel [2], or via an external tablet carried by the user [18]. These approaches solve the problem partially.…”

Section: Dronesarmentioning

confidence: 99%

DroneSAR

Darbar¹,

Roo²,

Lainé³

et al. 2019

Proceedings of the 18th International Conference on Mobile and Ubiquitous Multimedia

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Figure 1: An example scenario of DroneSAR. (A) A physical house mock-up. (B) A drone is mounted with two white paper panels. (C) The house is augmented using projection, and the main menu composed of a set of virtual tools projected on the drone panel. (D) A user selected the 'measuring tool' application using a controller. Then, the user positions the drone at the desired location in the 3D space (i.e., on top of the house) and draws a line shown in blue color on the augmented house to measure its width. Finally, the measured length is displayed on the drone panel.

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“…In This Paper [4], This paper proposes a system for interior design prototyping based on portable-type projection-based AR (Augmented Reality). The DIY (do it yourself) interior designing process takes much time, monetary resources and labor.…”

Section: Design Ar: Portable Projection-based Ar System Specializementioning

confidence: 99%

Deskkart- Furniture Mall with Augmented Reality

Baruah¹

2019

IJRASET

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It is a trend that long has been making, thanks to the success of e-commerce sites like Amazon, Ebay, Urban Ladder, and other, and has motivated traditional interior designers' brands, sellers and buyers to change the way they operate. More options are offered online than in store, and it's becoming more common for retailers to leverage their physical locations as logistics centers and showrooms places where consumers can collect online orders or view products. But like any other products, online purchasing of product related to interior is quiet challenging. It would be difficult for consumers to get feel of interior products and so many questions emerge before purchasing e.g. How the Sofa will look? How it will fit in the living room? Is it matching with other interior? In this paper we are trying to get rid of all these questions by introducing a system using Augmented Reality. The System will consist of two major parts i.e. Mobile Application with Augmented Reality support and bringing interior decorators/sellers/end user customer on single platform based on Cloud. Product Creators can upload 3D Models and Images to the System with product details like dimensions, availability locations, price etc. End User can we all these products on the Android app. Using uploaded 3D models and in build mobile camera, end user can get look and feel of products with the help of AR. The system will also help end user to give review or contact the retailers for extra details.

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DesignAR: Portable projection-based AR system specialized in interior design

Cited by 14 publications

References 14 publications

Automated optimum visualization system for construction drawing reading

Automated optimum visualization system for construction drawing reading

DroneSAR

Deskkart- Furniture Mall with Augmented Reality

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