‘Infinite’ Navigation by XYZ Reality

– 无限 – XYZ Reality 导航

• 批准号: 10099649
• 金额: $ 44.43万
• 依托单位: XYZ REALITY LIMITED
• 依托单位国家: 英国
• 项目类别: Collaborative R&D
• 财政年份: 2024
• 资助国家: 英国
• 起止时间: 2024 至 无数据
• 项目状态: 未结题
• 来源: https://gtr.ukri.org/projects?ref=10099649
• 关键词: Infinite; Navigation; XYZ; Reality

The UK construction industry wastes £5bn every year correcting out-of-tolerance building errors. With current monitoring practices, these errors are usually not detected until weeks later, by which time any problems can become compounded and prove expensive to rectify.XYZ Reality is bringing high-precision augmented reality (AR) to construction sites, enabling all stakeholders to work from the same digital 3D model to 'build it right, first time'. We have previously developed 'Atom', a wearable AR headset integrated into a standard safety helmet. It allows real-time onsite monitoring and validation, meaning that building errors can either be prevented or quickly detected and corrected.Our unique 3D workflow is considered a 'holy grail of construction', enabling developers to build quicker and at lower cost. Real-time navigation and measurement create a truly digital construction site with streamlined monitoring and documentation of out-of-tolerance errors, reducing current wasteful inefficiencies with negative economic and environmental impacts.The current AR system relies on fixed laser tracking beacons for positioning, to allow navigation of large construction sites with the required millimetre-level accuracy. Initial installation and calibration of tracking lasers increases end-user costs and limits the number of compatible locations.This project will develop a vastly improved AR helmet that functions autonomously, integrating data from onboard sensors and digital building models to precisely navigate and document any construction site in real time. To achieve this, we aim to overcome significant challenges in real-time data fusion, computer vision and machine learning by developing new hardware configurations and advanced algorithms compatible with implementation in a wearable device.This will enable construction managers to accurately and automatically record and document as-built progress throughout any build. It effectively merges the site and office, saving valuable time for managers and facilitating insurance claims, reducing legal challenges, and enabling accurate quantification of return-on-investment for construction stakeholders.

英国建筑行业每年浪费50亿英镑，以纠正不容忍的建筑错误。通过当前的监测惯例，通常要等到几周后才能检测到这些错误，到那时，任何问题都会变得更加复杂，并且纠正纠正。我们以前已经开发了“原子”，这是一种可穿戴的AR耳机，该耳机集成到标准安全头盔中。它允许实时监视和验证实时，这意味着可以预防或快速检测和纠正构建错误。我们独特的3D工作流程被认为是“建筑的圣杯”，使开发人员能够以更快的成本建立。实时导航和衡量标准创建了一个真正的数字施工站点，并通过简化的监视和文档记录了不耐受性错误，从而减少了当前的浪费效率低下，具有负面的经济和环境影响。当前的AR系统依赖于固定的激光跟踪信标的定位，以允许大型建筑工地具有所需的Millimetre fele fevel fele fecter ecimel-fel-evel-evel-evel-evel-evel-evel-evel-evel-evel-evel-evel-evel-evel-evel-evel-Fel-evel-evel-Fel-fel-fel-fel-fel-fel-fel-fel-evel-Fel-evel-evel-Fel。最初的安装和跟踪激光器的校准增加了最终用户的成本，并限制了兼容位置的数量。此项目将开发出极大的改进的AR头盔，可自动起作用，从而集成了从车载传感器和数字建筑模型的数据，以准确导航并实时记录任何施工站点。为了实现这一目标，我们旨在通过开发与可穿戴设备中实现的新硬件配置和高级算法来克服实时数据融合，计算机视觉和机器学习的重大挑战。这将使施工经理能够在整个构建过程中准确，自动记录并记录并构建的进度。它有效地合并了站点和办公室，为管理人员节省了宝贵的时间，并支持保险索赔，减少法律挑战，并能够准确量化建筑利益相关者的投资回报。