SUPPORTING PROCESS GUIDANCE FOR COLLABORATIVE DESIGN LEARNING ON THE WEB:_Development of “Plan-Do-See cycle” based Design Pinup Board

Matsumoto, Yūji; Kiriki, Michitaka; Naka, Ryusuke; Yamaguchi, Shigeyuki

doi:10.52842/conf.caadria.2006.x.o3i

Cited by 3 publications

(2 citation statements)

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“…The results of recent research indicate that the systems developed are useful especially in the early phases of the architectural design process. Generation of supporting systems, such as systems with functions of structuring and visualizing the design information (Lan, 2005;Kawasumi, 2006) or of inducing the design process for design education (Hirschberg, 1999;Matsumoto, 2006) are being developed. These researches indicate that the target of system development is shifting from simple removal of communication failure to supporting collaborative processes.…”

Section: Background and Objectivementioning

confidence: 99%

Web-based Asynchronous Design Discussion Tool with Utilities for Attaching Comments to Image Data

Ônishi¹,

Morozumi²,

Homma³

et al. 2007

CAADRIA Proceedings

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Section: Background and Objectivementioning

confidence: 99%

Web-based Asynchronous Design Discussion Tool with Utilities for Attaching Comments to Image Data

Ônishi¹,

Morozumi²,

Homma³

et al. 2007

CAADRIA Proceedings

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“…In recent years, the mobility of people's activities, and cloud computing technolo-gies have become advanced in the modern age of information and globalization. Therefore, system developments and design trials of an asynchronous distributed type are used which means that stakeholders participate in the design process at different places and at different times (Maher, 1999;Matsumoto, 2006). This allows expansion of communication opportunities, without a participant needing to worry about restrictions of space and time.…”

Section: Introductionmentioning

confidence: 99%

Feature of Users’ Eye Movements during a Distributed and Synchronised VR Meeting using Cloud Computing

Fukuda

Taguchi²

2013

eCAADe Proceedings

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Owing to cloud computing Virtual Reality (cloud-VR), a note PC or tablet with no need for a high spec GPU can be used for sharing a 3D virtual space in a synchronous distributed type design meeting. This research investigates the users' eye movements and optimization of the GUI of cloud-VR during a distributed and synchronized VR meeting. Firstly, a townscape design support system based on cloud-VR was constructed. Then, a 30-minute experiment was executed with eight subjects who wore an eye-tracking system. In conclusion, it was effective to use the eye-tracking system because meeting participants could discuss while confirming each other's eye direction in an actual distributed and synchronized VR meeting. In scenes where a reviewer listened to a presenter's explanation, the tendency to look at VR contents other than operation commands was observed. On the other hand, the tendency to look at operation commands about viewpoints, such as "walk-through" and "jump" to an important viewpoint location, was observed in scenes about which a reviewer argued with a presenter.

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A synchronous distributed cloud-based virtual reality meeting system for architectural and urban design

Sun

Fukuda

Resch

2014

Frontiers of Architectural Research

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In the spatial design fields such as architectural design and urban design, a consensus-building process among a variety of stakeholders like project executors, architects, residents, users, and general citizens is required. New technological developments such as cloud computing and Virtual Design Studios (VDS) enable the creation of virtual meeting systems. This paper proposes an approach towards a synchronous distributed design meeting system. In this paper, in addition to sharing a 3D virtual space for a synchronous distributed type design meeting, we developed a prototype system that enables participants to sketch or make annotations and have discussions as well as add viewpoints to them. We applied these functions to evaluate an architectural design and urban landscape examination. In conclusion, the proposed method was evaluated as being effective and feasible. Yet, it shows a few shortcomings including the fact that simultaneous operation is limited to one client, and more arbitrary shapes should be supported in future versions of the application.

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SUPPORTING PROCESS GUIDANCE FOR COLLABORATIVE DESIGN LEARNING ON THE WEB:_Development of “Plan-Do-See cycle” based Design Pinup Board

Cited by 3 publications

References 0 publications

Web-based Asynchronous Design Discussion Tool with Utilities for Attaching Comments to Image Data

Web-based Asynchronous Design Discussion Tool with Utilities for Attaching Comments to Image Data

Feature of Users’ Eye Movements during a Distributed and Synchronised VR Meeting using Cloud Computing

A synchronous distributed cloud-based virtual reality meeting system for architectural and urban design

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