创新及科技解决方案

解决方案编号

S-0515

解决方案名称

基於3D建模及線上展覽的一站式古蹟保育平台

解决方案描述

We propose a one-stop solution that provides raw data capturing, 3D model generation, and online visualization of realistically rendered 3D model for heritage conservation. Different kinds of capturing sensors and raw data are supported such as camera image, LiDAR point cloud, or RGB-D data, and it’s compatible of stationary, handhold, robotic or UAV platform suitable for variety of use case. Surveying-grade modelling accuracy, realistic texturing and rendering, light-weight web-browser-based visualization platform make the solution capable for archive, exhibition, renovation and education purposes.

应用领域

城市管理
基础设施
康乐及文化
教育
Tourism

使用的技术

虚拟实境
数据分析
扩增实境
人工智能
云端运算
混合实境
深度学习

使用例子

Hong Kong has 132 declared monuments and more than 1000 historic building with high heritage value. To protect and preserve Hong Kong's archaeological and built heritage, the 3D surveying record is a urgent demand for future proof of maintenance of possible damage or destruction. Currently, LiDAR scanning and image record is commonly used for digital record, but the disordered data and massive data size make it difficult to use, and building 3D model from raw scanning data is time-consuming and labor intensive.
Our self-developed AI aided algorithm that can help to convert raw captured data to 3D model with high accuracy at affordable cost. The structured 3D model possesses advantages of low data volume, easy access, and meaningful for engineer. We provide modularized solution from data collection to 3D model generation, and online visualization, with great flexibility. To promote public awareness, participants, and cultural tourism, we provide the realistically rendered 3D model and a web-browser-based visualization, which is light-weight and can be easily accessed anywhere on any devices.

公司／机构名称

微度科技有限公司

电邮地址

microdimensionltd@gmail.com

电话号码

92260658

网址

https://www.microdimensionltd.com/

地址

U628, 6/F, 19W, HKSTP, Sha Tin, HK

如政府部门对创新及科技解决方案进行概念验证或验证技术请联系智慧政府创新实验室