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Surveying and Geo-informatics
Showing 1-30 of 299 Thesis
Assessing Urban Flood Risk with Lidar-Derived DEMs: Lagos Metropolis Case Study...
Urban flooding poses increasing threats to Lagos Metropolis, driven by rapid urbanisation, expanding impervious surfaces, and climate-induced rainfall intensifi...
Comparative Analysis of Satellite-Derived Elevation Models for Urban Planning...
This study addresses the critical need for accurate terrain representations to inform urban planning decisions, as elevation models influence flood risk assessm...
AI-Driven Integrated Cadastre and Land Tenure Platform for Smart Cities...
This study addresses the growing inefficiencies and inequities in urban land administration by developing an AI-driven integrated cadastre and land tenure platf...
Assessment of UAV-Derived Urban Change in Coastal Cities Using Time-Series LiDAR and...
Coastal urban areas face persistent challenges from rapid development, shoreline erosion, and sea-level rise, necessitating accurate, timely, and high-resolutio...
Development of a Low-Cost UAV-based Land Use Classification System: Design, Implemen...
The rapid advancement of affordable unmanned aerial vehicles (UAVs) and open-source geoinformatics tools has energized the potential for high-resolution land-us...
A Unified Framework for Hybrid GNSS-SSP Spatial Data Quality Theory...
This study addresses the fragmented understanding of spatial data quality within Hybrid GNSS-SSP (Satellite-based Positioning) frameworks by proposing a unified...
Assessing Urban Flood Risk in Lagos using IoT and GIS ...
Urban flooding poses a persistent threat to Lagos, exacerbated by rapid urbanization, inadequate drainage, and climate variability, challenging resilience and i...
Comparative Analysis of UAV-Derived DEMs in Urban Terrain Mapping...
Urban terrain modeling relies on accurate digital elevation models (DEMs) generated from unmanned aerial vehicle (UAV) data to support planning, flood risk asse...
Adaptive UAV-based LiDAR and GNSS network for high-precision cadastral surveying in ...
Urban cadastral surveying faces persistent accuracy and efficiency challenges due to dense infrastructure, multipath GNSS errors, and occlusions in built enviro...
Assessing Urban LIDAR Data Quality for Flood Risk Mapping in Coastal Cities...
Urban flood risk in coastal cities is increasingly influenced by the quality and integration of lidar-derived terrain and surface datasets, yet existing assessm...
Development of an Open-Source Urban Flood-Modeling Framework using GIS and Remote Se...
Urban flood risk is a growing challenge in rapidly urbanizing regions where conventional flood models are often data-intensive and siloed within proprietary sof...
A Spatial-Temporal Framework for Integrated Land-Use Change Modeling ...
Urban areas worldwide face rapid land-use transformations driven by population growth, economic development, and climate pressures, which create complex spatio-...
Assessing Urban Flood Risk with Lidar-Enhanced GIS: City of Lagos Case Study...
Urban flood risk in Lagos has intensified due to rapid urbanisation, informal settlement expansion, and climate-driven rainfall variability, underscoring the ne...
Comparative Analysis of 3D GIS in Urban Redevelopment Planning...
Urban redevelopment planning increasingly relies on 3D geographic information systems (3D GIS) to visualize, analyze, and simulate spatial configurations, yet c...
Smart Urban Mapping via Mobile LiDAR and AI for Rapid GIS Updates...
Urban environments are in a state of rapid change, demanding timely, accurate geospatial information to support planning, infrastructure management, and disaste...
Assessing UAV-derived Point Cloud Accuracy in Street-Level Mapping Networks...
This study addresses the persistent challenge of achieving reliable geometric integrity in street-level mapping produced from Unmanned Aerial Vehicle (UAV) deri...
Urban LiDAR-based Building Footprint Extraction and Validation Methodology...
Urban LiDAR data have transformed the ability to delineate accurate building footprints in dense urban environments, yet challenges persist in reliably extracti...
A Spatial-Temporal Framework for Integrating UAV, GNSS, and Lidar Data...
This study addresses the challenge of achieving consistent, high-accuracy spatial-temporal integration of heterogeneous data from unmanned aerial vehicles (UAV)...
Smart City Noise Mapping: A Case Study of Auckland Transport Authority...
Urban environments experience increasing noise pressures from traffic, rail, and urban reform initiatives, which undermine residents’ health and well-being an...
Comparative Analysis of UAV-Derived DEMs for Urban Terrain Mapping...
Urban terrain mapping relies on high-fidelity digital elevation models (DEMs) derived from unmanned aerial vehicle (UAV) photogrammetry to support planning, inf...
Smartphone-based Crowd-Sourced Land-Use Mapping and Validation Network...
The rapid proliferation of smartphones and location-based services has enabled scalable, participatory approaches to land-use data collection, yet current metho...
Assessing the Accuracy of Drone-Based Topographic Mapping in Urban Environments...
Urban topographic mapping is fundamental to infrastructure development, urban planning, and environmental management, yet traditional surveying methods often fa...
Design and Evaluation of a Mobile UAV-based Land Cover Monitoring System...
Rapid urbanization and environmental degradation have heightened the need for accurate, timely, and cost-effective land cover monitoring systems that can suppor...
A Framework for Integrating UAV Data in Urban Land Use Planning...
Urban land use planning increasingly requires precise, current, and spatially detailed data to support sustainable development and effective decision-making. Ho...
Assessing Urban Flood Risk Using GIS and Remote Sensing in City Council Planning...
Urban flooding poses a significant threat to socio-economic stability and environmental sustainability in rapidly expanding cities, especially in regions experi...
Comparative Analysis of Drone-Based and GNSS Surveys in Urban Land Mapping...
Urban land mapping is critical for sustainable development, urban planning, and resource management; however, the increasing demand for accurate, cost-effective...
Development of AI-Driven Mobile GIS for Real-Time Urban Land Use Mapping...
The rapid growth of urban populations and expanding land use demands necessitate innovative approaches to urban planning and land management, particularly in re...
Assessing the Accuracy of UAV-based LiDAR for Urban Tree Inventory Mapping...
Urban tree inventory management is critical for sustainable city planning, ecological monitoring, and environmental resilience, yet traditional manual methods a...
Design and Implementation of a Geo-Spatial Data Collection and Analysis System...
The advent of geospatial technologies has significantly transformed spatial data collection and analysis, addressing critical challenges in geographic informati...
A Framework for Integrating Remote Sensing Data into Urban Land Use Planning...
Rapid urbanization and expanding metropolitan areas have heightened the necessity for accurate, efficient, and sustainable land use planning. Traditional planni...
