Representational Ecosystems in Architectural Design Studio Critiques - Do changes in the representational ecosystem affect tutors and students behaviors during design critiques?

Milovanovic, Julie; Siret, Daniel; Moreau, Guillaume; Miguet, Francis

doi:10.52842/conf.ecaade.2018.1.351

Cited by 17 publications

(22 citation statements)

References 8 publications

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“…Gami cation, fuzzy control and the use of augmented reality can solve many of the problems encountered by local and central authorities in man-aging the spatial planning process. In addition, according to specialists, the use of augmented reality and other ICT systems, such as the Internet, signi cantly improves communication between the people designing the space and its future users [Milovanovic et al 2017]. Good communication with citizens is one of the factors contributing to the success of public participation in solving spatial planning problems [Olszewski et al 2017].…”

Section: Use Of Ar In Spatial and Architectural Planningmentioning

confidence: 99%

WITHDRAWN: Augmented Reality as a Support in the Process of Spatial Development

Kaźmierczak

Szczepańska

2023

Preprint

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Design solutions for methods of future spatial development, contained in planning documents, are presented as 2D graphics with supplementary descriptions. Lack of specialist knowledge and in-sufficient spatial imagination in various readers of such documents results in problems with ab-sorbing the document contents, both in their graphical and textual parts. In consequence, objects can be constructed that disrupt the spatial order, although with no legal violation. This problem can be solved by applying augmented reality (AR) in spatial planning. This paper presents the capabilities of a method for visualizing different variants of spatial development, with buildings as examples. A building plot with its surrounding area, covered by a local spatial development plan, was used as a model. By modelling future land development with AR technology, it was possible to demonstrate a lack of precision of the plan and its potential impact on the method of spatial development, with resulting deterioration of the spatial order. The utility of 3D visualization of a plan to an average reader was also presented, which can be used at the stage of preparing planning documents (community participation, adopting the plan) and at the stage of passing by-laws (councilors) and when it is in force (investors’ decisions).

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Section: Use Of Ar In Spatial and Architectural Planningmentioning

confidence: 99%

WITHDRAWN: Augmented Reality as a Support in the Process of Spatial Development

Kaźmierczak

Szczepańska

2023

Preprint

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“…Gamification, fuzzy control and AR can solve many of the problems encountered by local and central authorities in managing the spatial planning process. In addition, according to specialists, AR and other ICT systems, such as the Internet, significantly improve communication between urban planners and the future users of space (Milovanovic et al, 2017). Effective communication with citizens is a factor that contributes to the success of public participation in solving spatial planning problems (Olszewski et al, 2017).…”

Section: Fig 2 Stereoscopic Visionmentioning

confidence: 99%

Augmented reality as a technology that supports the spatial development process

Kaźmierczak,

Szczepańska

2024

ASPAL

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Motives: The solutions for designing spatial development methods in planning documents are presented as 2D graphics with supplementary descriptions. Due to the lack of specialist knowledge and insufficient spatial imagination, some readers may be unable to understand the graphic and descriptive content of such documents. The above can lead to the construction of objects that disrupt spatial order without violating the law. This problem can be solved by applying augmented reality (AR) in spatial planning. This paper presents the capabilities of a method for visualizing different spatial development variants on the example of buildings. A model of a building plot and the surrounding area, covered by a local spatial development plan, was developed.Aim: The aim of this study was to determine the applicability of the AR technology for identifying low-precision areas in the plan and its potential impact on the method of land development, with a resulting deterioration in spatial order.Results: The use of the AR technology enables analyses and assessments of planned development in the context of spatial order and its integration with the existing elements. Visualizations presented with the AR technology show that different interpretations of the local zoning plan generate spatial chaos. The utility of 3D visualization for an average reader was also presented. The AR technology can be used at the stage of preparing planning documents (community participation, adopting the plan), adopting by-laws (councilors), and enforcing these regulations (investors’ decisions).

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“…VR provides the opportunity for end users or clients to experience space and building prior to construction. Consequently, the application of VR in the architecture, engineering, and construction (AEC) field is wide, from design to construction process simulation and communication in a collaborative decision-making environment (Milovanovic et al 2017).…”

Section: Virtual Reality and Eeg Usage In Design And Research Of The ...mentioning

confidence: 99%

Emerging Methodology to Inform Design Evaluation: Mind the Perception

Simon¹,

Hu²

2020

Open

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The predominant tools for evaluation of built environment features have been user response surveys and expert panel scoring, applied to actual environments or to visual representations of urban environments in drawing or model form (Nasar 1994, Ewing and Handy 2009, Adkins et al 2012). Here we propose to test the validity of combining electro¬encephalography (EEG) and virtual reality (VR) to overcome the problem of confounding variables in real environments or their representations and to elicit actual user responses in real time. This research combines a neuroscientific technology with an emerging design technology to record electrophysiological brain activity of participants in a well-controlled three-dimensional virtual audiovisual environment. Experimental subjects are immersed in three different virtual urban settings while wearing EEG equipment. A device called Emotive EPOC Insight, a low-cost mobile EEG recorder, will be employed to monitor the brain activities. The aim of this research project is to develop and test a methodology using data-driven approach, rather than user-reported, responses for evaluation of built environment design features.

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Representational Ecosystems in Architectural Design Studio Critiques - Do changes in the representational ecosystem affect tutors and students behaviors during design critiques?

Cited by 17 publications

References 8 publications

WITHDRAWN: Augmented Reality as a Support in the Process of Spatial Development

WITHDRAWN: Augmented Reality as a Support in the Process of Spatial Development

Augmented reality as a technology that supports the spatial development process

Emerging Methodology to Inform Design Evaluation: Mind the Perception

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