A VR-centred workspace for supporting collaborative urban planning

Yao, Jialiang; Fernando, Terrence; Tawfik, Hissam; Armtiage, R.; Billing, Iona

doi:10.1109/cscwd.2005.194234

Cited by 6 publications

(2 citation statements)

References 11 publications

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“…3D simulation needs to take into account spatial psychology and as a result has more problems to resolve (Yang et al, 2011). "3D visualization and modeling capabilities can make communication easier for planners and facilitate the study of complex urban environments in their full spatial extent, including shape, size, volume, and the spatial configuration in all x, y and z dimensions" (Yin, 2010: 419-420;Yao et al, 2006). "The deep understanding and skillful employment of three-dimensional design concepts is becoming increasingly a key element in the planning process" (Bacon, 1960: 224).…”

Section: D Visualization In Urban Design and Planningmentioning

confidence: 99%

Collaborative 3D design with BDMUD method: the effects of building on cityscape reflections on urban planning

Demir

Ergen

et al. 2016

ACE: Architecture, City and Environment

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This study examines a building located on the Adana-Ankara road axis in Kayseri, and its relationship with its immediate surroundings in terms of urban design, during its design and construction process, as well as post-construction. The study consists of two main sections. The first looks at the use of the Building Design Management in Urban Design (BDMUD) method in relation to this building. BDMUD is a proposed new method for integrating urban design, urban planning and architectural design, by adding collaboration planning to Virtual Reality (VR) and Building Information Model (BIM).The second section is a post-construction survey to evaluate the success of the BDMUD method in terms of the building's size, geometric shape (hereafter form), proportion, material, building layout and building use-land use conducted with a target group comprising city planners and architects based in Kayseri and architecture students (especially senior students) from the Erciyes University Department of Architecture. The survey group represents stakeholders with a role in the transformation of urban spaces who are able to give an opinion on urban design.The outcomes of the survey are presented in percentage comparison. In the survey, 100% of the architects, 85.7% of the city planners and 94% of the architecture students recognized that the building was designed using the BDMUD method due to its differentiation from the other buildings on the road axis. In other words, according to 91.1% of the participants, the BDMUD method resulted in differentiation between this building and the others in terms of form, proportion, material and building layout. On the other hand, in terms of building use-land use at this site, 62.75% of the participants preferred mixed use with commercial use on the ground floor and residential use on the upper floors, while 37.25% of participants favored commercial

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Section: D Visualization In Urban Design and Planningmentioning

confidence: 99%

Collaborative 3D design with BDMUD method: the effects of building on cityscape reflections on urban planning

Demir

Ergen

et al. 2016

ACE: Architecture, City and Environment

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“…Corrobora com esse resultado a avaliação em Yao J et al, 2005 de que um dos objetivos em aplicações colaborativas suportadas por RV é permitir a análise de características físicas dos ambientes entre os usuários, por meio de ambientes virtuais.…”

Section: Avaliação Da Necessidade Em Se Melhor Conhecer As Estaçõesunclassified

Sistema de apoio a programação de intervenções no sistema elétrico de transmissão baseado em realidade virtual

Prado¹

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Uma intervenção no Sistema Elétrico de Potência-SEP precisa ser planejada tanto sob aspectos da equipe de manutenção (equipe de campo) responsável pela execução da intervenção, como sob o ponto de vista da operação do sistema. Nos tempos atuais as ações de operação ocorrem de forma remota, não presencial, normalmente através de Centros de Operação. As equipes de campo tratam na execução de suas tarefas com o sistema real, com os equipamentos fisicamente instalados em uma estação. Já equipes dos centros de operação normalmente tratam o SEP através da representação unifilar de seus elementos e componentes. O objetivo desta pesquisa é propor e avaliar o uso de um sistema de representação 3D de subestações de Energia Elétrica para suporte à etapa de planejamento das intervenções, que é possível de ser usado tanto pelas equipes de campo quanto pelas equipes dos centros de operação, ou de maneira conjunta, aproximando as percepções destas equipes acerca do sistema elétrico a ser trabalhado.

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Human Factors Engineering in Interactive Urban Planning Decision Support Systems

Alabduljabbar

Al-Wabil

2014

HCI International 2014 - Posters’ Extended Abstracts

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A VR-centred workspace for supporting collaborative urban planning

Cited by 6 publications

References 11 publications

Collaborative 3D design with BDMUD method: the effects of building on cityscape reflections on urban planning

Collaborative 3D design with BDMUD method: the effects of building on cityscape reflections on urban planning

Sistema de apoio a programação de intervenções no sistema elétrico de transmissão baseado em realidade virtual

Human Factors Engineering in Interactive Urban Planning Decision Support Systems

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