Web-based GIS application for real-time interaction of underground infrastructure through virtual reality

Jurado, Juan M.; Graciano, Alejandro; Ortega, Lidia; Feito, Francisco R.

doi:10.1145/3139958.3140004

Cited by 11 publications

(6 citation statements)

References 9 publications

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“…VR needs to be multi-dimensional with adequate sounds and colors that match the physical environment in order to give all human senses a real and authentic feeling. Three dimensional (3D) GIS is a form of VR that provides visualization, interaction, navigation, and accurate analysis of urban or underground infrastructure to support timely decision making on both geospatial and spatial data for direct integration of 3D images into web pages in the fields of transportation, telecoms, the urban environment, and agriculture (Jurado et al, 2017). 3D GIS tends to be more realistic because it has in-depth representation and enhanced visualization, which leads to the creation of 3D scenarios and overlapping spatial datasets, such as measurements beside trees and buildings (Jurado et al, 2017;Carlson & Caporuso, 2018).…”

Section: Literature Review Virtual Realitymentioning

confidence: 99%

“…Three dimensional (3D) GIS is a form of VR that provides visualization, interaction, navigation, and accurate analysis of urban or underground infrastructure to support timely decision making on both geospatial and spatial data for direct integration of 3D images into web pages in the fields of transportation, telecoms, the urban environment, and agriculture (Jurado et al, 2017). 3D GIS tends to be more realistic because it has in-depth representation and enhanced visualization, which leads to the creation of 3D scenarios and overlapping spatial datasets, such as measurements beside trees and buildings (Jurado et al, 2017;Carlson & Caporuso, 2018). If these 3D technologies can help the user to perceive what may be going on underground and beside trees as well as buildings, they may be very helpful to law enforcement in investigating incidents when there is lack of witnesses or both cameras and microphones were insufficient.…”

Section: Literature Review Virtual Realitymentioning

confidence: 99%

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Enhancing Social Justice: A Virtual Reality and Artificial Intelligence Model

Aimiuwu

2022

IJTES

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CDC.gov (2020) shows that the coronavirus (COVID-19) has exposed the cost of an unjust law enforcement and judicial system against minorities. Non-Asian minorities, who are usually the poor with health issues, have been the most negatively affected by COVID-19. The aim of this study is to explain through a literature review how virtual reality (VR) and artificial intelligence (AI) can be used to enhance social justice in order to eradicate the biases that deny targeted people access to resources or freedom through the judicial system. Research shows that VR is excellent for capturing multi-dimensional and multisensory videos, sounds, and pictures that can help police and judges to conclude exactly what happened. Also, AI can help to match an incident to past cases or use rules of expert systems to predict judgement for new cases, in order for every person to receive the same judgement and sentencing as a white person involved in a similar incident.

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Section: Literature Review Virtual Realitymentioning

confidence: 99%

Section: Literature Review Virtual Realitymentioning

confidence: 99%

Enhancing Social Justice: A Virtual Reality and Artificial Intelligence Model

Aimiuwu

2022

IJTES

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“…• it is possible to define relations between various types of objects and objects themselves; • it is possible to evaluate features describing particular objects according to how they will be visualized on the map. Undoubtedly, the possibilities of visualization of various types of environments have increased along with the development of the GIS technology (Moscicka, Jurado et al, 2017), describing the nD (n -dimensional) space with the possibility of changing the coordinate system, incorporation/disabling thematic layers, changing the features according to which objects are presented, objects moving on maps or collision detection.…”

Section: Theoretical Assumptions Of Spatial Visualizationmentioning

confidence: 99%

Spatial visualisation of stakeholders based on cartographic methodology in management systems

Závadský¹,

Závadská²,

Stępniak³

et al. 2019

EA-XXI

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This study presents a model of a tool for spatial visualization of processes occurring in the stakeholder environment concerning relationship management according to the ISO standards for management systems. Spatial visualization is based on cartographic methodology extended with technological capabilities used in GIS (Geographic Information Systems) systems. Thanks to the method, different types of issues using environment maps can be presented. This paper proposes a model of a tool enabling multi-criteria spatial visualization of states, phenomena, processes and plans taking place in the discussed environment. The proposed model of visualization is to be used in the future to present the results of research in the discussed field. They concern stakeholder relationship management according to the ISO management systems. Appropriate technology is required for the application of the model. The study is part of a stream of works aimed at using the concept of space to describe various sections of reality. It may have both theoretical implications (visualizations based on spatial models), as well as practical ones related to popularizing the use of various types of space to describe phenomena and planning. The originality of this study is that the present model-based visualization features selected stakeholders within the ISO standards. As part of the visualization example, heuristic spaces were defined, on which objects representing different types of stakeholders were placed, their significance as part of the ISO standard being determined according to each of the features: power, interest and predictability. The data was obtained in a branch of an international corporation operating in the packaging industry.

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“…The estimation of distances in a virtual environment by users also affects how the virtual environment is perceived specifically in moving from one area to another [10]. On the other hand, virtual environments can also be utilized in visualizing objects, which are not easily accessible, such as underground infrastructure [11]. This gives users an alternative to understanding inaccessible underground infrastructure as close to reality as possible.…”

Section: Introductionmentioning

confidence: 99%

Virtual 3D Campus for Universiti Teknologi Malaysia (UTM)

Salleh

Ujang

Azri

2021

IJGI

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University campuses consists of many buildings within a large area managed by a single organization. Like 3D city modeling, a 3D model of campuses can be utilized to provide a better foundation for planning, navigation and management of buildings. This study approaches 3D modeling of the UTM campus by utilizing data from aerial photos and site observations. The 3D models of buildings were drawn from building footprints in SketchUp and converted to CityGML using FME software. The CityGML models were imported into a geodatabase using 3DCityDB and visualized in Cesium. The resulting 3D model of buildings was in CityGML format level of detail 2, consisting of ground, wall and roof surfaces. The 3D models were positioned with real-world coordinates using the geolocation function in SketchUp. The non-spatial attributes of the 3D models were also stored in a database managed by PostgreSQL. While the methodology demonstrated in this study was found to be able to create LoD2 building models. However, issues of accuracy arose in terms of building details and positioning. Therefore, higher accuracy data, such as point cloud data, should produce higher LoD models and accurate positioning.

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Web-based GIS application for real-time interaction of underground infrastructure through virtual reality

Cited by 11 publications

References 9 publications

Enhancing Social Justice: A Virtual Reality and Artificial Intelligence Model

Enhancing Social Justice: A Virtual Reality and Artificial Intelligence Model

Spatial visualisation of stakeholders based on cartographic methodology in management systems

Virtual 3D Campus for Universiti Teknologi Malaysia (UTM)

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