Analysis Of the Impact of Natural and Artificial Light on Spiritual Spaces and Visual Performance In Iranian Historical Mosques, Religious Places and Its Improvement Using Artificial Intelligence )Case Study: Sheikh Lotfollah Mosque, Isfahan)

Sepideh Gohari

doi:10.63053/ijset.164

Authors

Sepideh Gohari Department teacher assistance, and Researcher and phd student computer engineering in artificial intelligence north Tehran branch, Islamic azad university, Tehran,Iran

DOI:

https://doi.org/10.63053/ijset.164

Keywords:

Visual and Artificial Lighting, Religious and Sacred Places, Artificial Intelligence (AI), AI-Based Lighting Enhancement, Lighting Analysis, Smart Lighting Systems, Intelligent Lighting Control, Adaptive Lighting, Energy Efficiency, Machine Learning.

Abstract

Applications of artificial intelligence in mosques, holy places and shrines are becoming more widespread and specialized day by day and can have a significant impact on improving the management, security, services and experience of pilgrims and worshipers. Below, we will examine several main areas of application of artificial intelligence in these places. Intelligent management and control of lighting Automatic adjustment of light based on the time of day, space congestion and occasions to create a better spiritual atmosphere. Use of smart sensors to reduce energy consumption and create special effects on special occasions. Intelligent security and surveillance Facial recognition and control of entry of authorized persons to increase security. Detection of unusual behaviors and automatic alert to security forces. Use of video systems equipped with artificial intelligence to analyze images and record events. Services for pilgrims and worshipers Use of guide robots equipped with artificial intelligence to guide pilgrims in large places. Intelligent response systems to frequently asked questions of pilgrims. Intelligent and audio translation of prayers and religious teachings with artificial intelligence. Optimize crowd and traffic management Analyze crowd flow to prevent congestion and improve the visitor experience. Predict and manage inbound and outbound traffic around holy sites. Maintain and maintain the environment and structures. Monitor the condition of structures and identify potential hazards using machine learning and smart sensors. Optimize management of ventilation and air conditioning systems. Produce religious content and smart training: Produce interactive content tailored to the educational needs of pilgrims. Virtual and augmented reality training for better familiarization with the history of places and religious laws.

The way artificial intelligence is used in the lighting of shrines, mosques, and holy sites is such that this technology shows its capabilities in improving the quality, efficiency, and beauty of religious spaces. In the following, I will explain the general process and how to implement these applications.

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