Extended Reality for Smart Built Environments Design: Smart Lighting Design Testbed

Mohammadrezaei, Elham; Gračanin, Denis

doi:10.1007/978-3-031-05463-1_13

Cited by 4 publications

(4 citation statements)

References 20 publications

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“…Ada Ayechu et al (4) penned a paper named" UV Light Discovery With Side Polished CYTOP Fiber," published in September 2023 (1). This exploration explores a system for detecting ultraviolet (UV) light using a specific type of fiber optic string called side-polished CYTOP fiber.…”

Section: Related Workmentioning

confidence: 99%

Automatic Laboratory Lighting System With an Infrared Base

2024

IJSREM

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The "Infrared-Based Automatic Laboratory Lighting System" represents a novel way to improve energy efficiency and stoner comfort in lab environments. Conventional laboratory lighting systems often warrant rigidity and efficacy, leading to unnecessary energy usage and inadequate lighting. In order to overcome these obstacles, this design incorporates a smart lighting control system that uses infrared (IR) detectors to identify the presence of mortals inside the laboratory. The primary operation of the system entails placing IR detectors in strategic locations across the lab space. These detectors monitor individuals continuously and relay the data they find to a central control unit that is based on a microcontroller platform. The control unit initiates the activation or adaptation of lighting institutions in the vicinity of detected movement upon detection of a mortal presence. This guarantees that the lighting is optimized for continuous conditioning, providing suitable lighting while reducing energy waste during periods of unoccupied occupancy. Crucial features of the proposed system include real-time responsiveness and rigidity to varying residency patterns. The integration of IR detectors with the microcontroller-grounded control unit enables a nippy and accurate discovery of mortal presence, allowing the system to acclimate lighting situations instantly as individuals enter or leave the laboratory space. Additionally, the system can be configured to generate lighting configurations based on particular circumstances, including ambient lighting for common spaces or task lighting for lab workstations. Apart from enhancing energy efficiency, the method places emphasis on the safety and experience of stoners. The technology lowers the risk of accidents or crimes related to dim illumination by providing appropriate and safe lighting conditions that are tailored to the functional needs of the laboratory. Similarly, the automation of lighting control eliminates the need for handcrafted solutions, allowing laboratory workers to focus on research or experimentation. All things considered, the "Infrared-Based Automatic Laboratory Lighting System" provides stoner-friendly and environmentally friendly outcomes to improve lighting operations in laboratory settings. By promoting energy conservation, perfecting the stoner experience, and ensuring safety, this system contributes to the advancement of effective and sustainable practices in laboratory operations. Keywords: LED (light emitting diode), microcontroller, Internet of Things, sensors, relay mechanism, and LCD (liquid crystal display).

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Section: Related Workmentioning

confidence: 99%

Automatic Laboratory Lighting System With an Infrared Base

2024

IJSREM

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“…Unlike traditional lighting design, smart lighting design brings new functionalities to traditionally lit spaces. These include the ability to influence the atmosphere, improve energy efficiency, highlight areas with higher foot traffic, and preserve lighting in unpopulated regions [16].…”

Section: A Rq1: What Is the State Of The Art In Lighting Simulation T...mentioning

confidence: 99%

“…Modern lighting significantly impacts all aspects of human life as it improves the quality of city users in SBE [237]. Light is the stimulus that affects individuals' perception, performance, and well-being in everyday life.…”

Section: Rq3: What Are the Effects Of Lighting On Human Behavior And ...mentioning

confidence: 99%

Systematic Review of Extended Reality for Smart Built Environments Lighting Design Simulations

Mohammadrezaei,

Ghasemi,

Dongre

et al. 2024

IEEE Access

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This systematic literature review paper explores the use of extended reality (XR) technology for smart built environments (SBE) and particularly for smart lighting systems design. Smart lighting is a novel concept that has emerged over a decade now and is being used and tested in commercial and industrial built environments. We used PRISMA methodology to review 270 research papers published from 1968 to 2023. Following a discussion of historical advances and key modeling techniques, a description of lighting simulation in the context of extended reality and smart built environment is given, followed by a discussion of the current trends and challenges.

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“…Yang and Wang (2022) explore the application of deep learning theory and VR technology in the Internet of Things (IoT) context to create a more comfortable living space and optimize the interactive design of the wellness building space. Mohammadrezaei and Gračanin (2022) design and develop an XR‐based smart built environment (SBE) smart lighting design testbed that allows users to be involved with the environment, experience and interact with a virtual version of the future building, design a smart lighting system in a controlled residential environment and evaluate well‐being and comfort to obtain feedback to help remediate flaws in the preconstruction phase. Carbonari et al (2022) propose an MR‐based platform, On‐site Design Analysis and Verification Service (ODAVS), to effectively support the on‐site design assessment of building retrofit projects.…”

Section: Xr Applications In Scmentioning

confidence: 99%

Extended reality (XR)—A magic box of digitalization in driving sustainable development of the construction industry: A critical review

Li,

Fang,

Chen

et al. 2023

Sustainable Development

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Against a background of global resource shortage and climate change, there is an urgency for the construction industry to aim towards sustainable development. With the rapid development of information technology, the emergence of extended reality (XR) has provided new ideas and options for sustainable construction (SC). Such technologies are applied in research and practice of the whole construction lifecycle, which can well meet the requirements of SC. This paper presents a critical review of XR applications in SC, aiming to systematically summarize the specific uses and advantages of virtual reality (VR), augmented reality (AR), and mixed reality (MR) technologies. This study also examines the gap in research into the imbalance between the use of technology and the construction stages involved. Most XR applications focus on the preconstruction stage, while visualization and interactivity are the main features for further application. Through qualitative analyses, different applications of XR are introduced in stages throughout the entire lifecycle of building projects. In addition, the current challenges and limitations are presented, and several suggestions are proposed to facilitate further advancements in SC research and practice in the near future. This review provides valuable information to help stakeholders understand the advances in XR research and benefit future exploration and practice in the field.

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Extended Reality for Smart Built Environments Design: Smart Lighting Design Testbed

Cited by 4 publications

References 20 publications

Automatic Laboratory Lighting System With an Infrared Base

Automatic Laboratory Lighting System With an Infrared Base

Systematic Review of Extended Reality for Smart Built Environments Lighting Design Simulations

Extended reality (XR)—A magic box of digitalization in driving sustainable development of the construction industry: A critical review

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