Bridging the Desktop-Mobile Divide: Regional Optimization of Ghana's National Grid for Mobile and Web Applications

Release Title Bridging the Desktop-Mobile Divide: Regional Optimization of Ghana's National Grid for Mobile and Web Applications Tag version v1.0.0 Release notes Initial Research Release v1.0.0 This release contains all research materials for the paper: "Bridging the Desktop-Mobile Divide: Regional Optimization of Ghana's National Grid for Mobile and Web Applications" Contents: 📄 Complete LaTeX paper source and compiled PDF 📊 Research datasets (490 control points, validation results, parameter analysis) 💻 Illustrative code excerpts demonstrating core algorithms 📋 Documentation and citation files ✅ MIT License Key Research Findings: Desktop-Mobile Implementation Discrepancy: Discovery of different false easting values (900,000m in desktop GIS vs 274,291.3m in mobile/web applications) Coastal-Inland Accuracy Divide: Published Ghana Grid parameters achieve 1.3m RMS accuracy in Western Region but degrade to 61.7m RMS in Upper East Regional Optimization Success: 70% improvement in Greater Accra (6.9m → 2.1m RMS) with empirically optimized parameters Dual-App Strategy: Practical framework with separate applications for coastal (published params) and inland (optimized params) regions Cadastral Workflow Transformation: Mobile verification reduces plan coordinate checking from 2-3 hours to 30 seconds Repository Structure: Ghana-National-Grid-Optimization-Coastal-Inland-Discovery/ ├── paper/ # Complete LaTeX source and compiled PDF ├── data/ # Research datasets and validation results ├── code/ # Illustrative code excerpts ├── README.md # Comprehensive documentation ├── CITATION.cff # Citation metadata └── LICENSE # MIT License Citation Tetteh-Apotey, I. (2025). Bridging the Desktop-Mobile Divide: Regional Optimization of Ghana's National Grid for Mobile and Web Applications. Zenodo. Note: A permanent DOI will be assigned by Zenodo upon archiving and will be available in this repository's README.