Authors :
Bikie Gerald Anicet; Dongmo Hile Bertrand; Aba Nkasse Alain; Elime Boubouama Aime; Amboulou Okomba Bessemer; Mohammed Achab
Volume/Issue :
Volume 9 - 2024, Issue 3 - March
Google Scholar :
https://tinyurl.com/mr4cpusu
Scribd :
https://tinyurl.com/4cejr2fj
DOI :
https://doi.org/10.38124/ijisrt/IJISRT24MAR2159
Abstract :
The objective of this study is to evaluate how
the use of virtual representations of buildings, created
through photogrammetry, can improve the efficiency
and effectiveness of the real estate management system.
In this regard, investigations have been conducted with
stakeholders in the real estate sector, such as real estate
agencies and tenants, to gather valuable information on
real estate management.
For illustration purposes, we have chosen to model
the NASPW gymnasium. We have implemented a real
estate management approach based on the
photogrammetry method. To achieve our objective, we
describe each step of the process, from the preparation
of the photogrammetric mission (planning and
simulating the mission) to data acquisition, carried out
using a Phantom 4 Pro drone for aerial images and a
Nikon D300 digital camera for interior shots.
The data processing phase is also crucial, and it was
done using the Agisoft Metashape software. We provide
detailed explanations of the different steps in this
process, which include image quality estimation, image
alignment, georeferencing, dense point cloud generation,
3D mesh creation, and orthophoto generation.
The objective of this study is to evaluate how
the use of virtual representations of buildings, created
through photogrammetry, can improve the efficiency
and effectiveness of the real estate management system.
In this regard, investigations have been conducted with
stakeholders in the real estate sector, such as real estate
agencies and tenants, to gather valuable information on
real estate management.
For illustration purposes, we have chosen to model
the NASPW gymnasium. We have implemented a real
estate management approach based on the
photogrammetry method. To achieve our objective, we
describe each step of the process, from the preparation
of the photogrammetric mission (planning and
simulating the mission) to data acquisition, carried out
using a Phantom 4 Pro drone for aerial images and a
Nikon D300 digital camera for interior shots.
The data processing phase is also crucial, and it was
done using the Agisoft Metashape software. We provide
detailed explanations of the different steps in this
process, which include image quality estimation, image
alignment, georeferencing, dense point cloud generation,
3D mesh creation, and orthophoto generation.
