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Mixed Reality Interiors: Exploring Augmented Reality Immersive Space Planning Design Archetypes for the Creation of Interior Spatial Volume 3D User Interfaces

机译:混合现实室内设计:探索增强现实沉浸式空间规划设计原型,以创建内部空间体积3D用户界面

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摘要

Augmented reality is an increasingly relevant medium of interaction and media reception with the advances in user worn or hand-held input/output technologies endowing perception of the digital nested within and reactive to the native physical. Our interior spaces are becoming the media interface and this emergence affords designers the opportunity to delve further into crafting an aesthetics for the medium.;Beyond having the virtual assets and applications in correct registration with the real-world environment, critical topics are addressed such as the compositional roles of virtual and physical design features including their purpose, modulation, interaction potentials and implementation into varying indoor settings. Examining and formulating methodologies for mixed reality interior 3D UI schemes derived from the convergence of digital media and interior design disciplines comprise the scope of this design research endeavor.;A holistic approach is investigated to produce a framework for augmented reality 3D user interface interiors through research and development of pattern language systems for the balanced blending of complimentary digital and physical design elements. These foundational attributes serve in the creation, organization and exploration of interactive possibilities and implications of these hybrid futuristic spatial interface layouts.
机译:增强现实是交互和媒体接收的一种越来越重要的媒介,随着用户穿戴式或手持式输入/输出技术的发展,人们对嵌套在自然物体中并对自然物体做出反应的数字感知能力得到了增强。我们的内部空间正在成为媒体界面,这种出现为设计人员提供了进一步研究介质美学的机会;除了使虚拟资产和应用程序与现实环境正确注册外,还解决了一些重要主题,例如虚拟和物理设计功能的组成角色,包括其目的,调制,交互潜力以及在各种室内环境中的实现。从数字媒体和室内设计学科的融合中得出的混合现实内部3D UI方案的检查和制定方法,是本设计研究工作的范围。;研究了一种整体方法,以通过研究产生一个用于增强现实3D用户界面内部的框架模式语言系统的开发,以平衡地融合互补的数字和物理设计元素。这些基本属性可用于创建,组织和探索这些未来混合空间界面布局的交互可能性和含义。

著录项

  • 作者

    Jessup, Amanda M.;

  • 作者单位

    Drexel University.;

  • 授予单位 Drexel University.;
  • 学科 Design.
  • 学位 M.S.
  • 年度 2018
  • 页码 205 p.
  • 总页数 205
  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类
  • 关键词

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