Developing a digital twin on a university campus to support efficient and sustainable buildings
Date
Type
könyvfejezet
Language
en
Publisher
Budapest University of Technology and Economics
Reading access rights:
Open access
Rights Holder
Szerző
Conference Date
2023.06.20.-2023.06.23.
Conference Place
Keszthely, Hungary
Conference Title
Creative Construction Conference 2023
ISBN, e-ISBN
978-615-5270-79-6
Container Title
Proceedings of the Creative Construction Conference 2023
Department
Építéstechnológia és Menedzsment Tanszék
Version
Online
Faculty
Faculty of Architecture
First Page
48
Note
Automation and Robotics for Construction
Subject Area
Műszaki tudományok
Subject Field
Műszaki tudományok - építészmérnöki tudományok
Subject (OSZKAR)
Blueprint
Game Engine Technology
Industry 5.0
Internet of Things
undergraduate research
Unreal Engine
Game Engine Technology
Industry 5.0
Internet of Things
undergraduate research
Unreal Engine
Gender
Konferenciacikk
University
Budapest University of Technology and Economics
- Cite this item
- https://doi.org/10.3311/CCC2023-007
OOC works
Abstract
This study presents a case study for the proof of concept of developing and integrating a digital twin for an open floor-plan office space in a university campus to assess the (near) real-time monitoring of different elements, including temperature, humidity and occupancy. The system uses various weather sensors and a camera feed as input to a computer vision algorithm to detect (near) real-time occupancy. The goal is to use this platform to provide real-time information about ambient and occupancy information that users and facility managers can use to make buildings more efficient and sustainable by considering users’ involvement and feedback.