Masters Final Year Project - Analysing Transaction Flow in Kiva.org- UCL 2017/18
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Updated
Apr 29, 2018 - Python
Masters Final Year Project - Analysing Transaction Flow in Kiva.org- UCL 2017/18
This script estimates a gravity model of international trade based on a setting file.
The implementation of the Small Bodies Geophysical Analysis Tool (SBGAT)
A Gravity Model Analysis of High Speed Rail (HSR) Routes in North America
Stochastic model of invasive zebra/quagga mussel spread as facilitated by boat traffic, built for QGIS
Código utilizado na análise dos impactos nas exportações brasileiras decorrentes da emissão de notificações SPS e TBT.
A package for downloading data from the UN Comtrade Database
Gravlaw-model is a data visualization project for the econophysic's concept of Gravity law used for modeling inter-cities traffic.
Data and code for the paper 'Understanding China’s urban system evolution from web search index data'
Templates and data for teaching a workshop on spatial interaction modelling using `R`.
A performance-effective program for gravity field calculation for layered ellipsoidal density model.
Estimating value added adjusted gravity models to explain the relationship between preferential trade agreements and global value chain participation. Robustness of models are checked using a specification curve analysis.
A discrete probability distribution for spatial data
Streamline transportation planning with the Gravity Model's Python implementation. This repository offers a comprehensive README, user-friendly Python script, and practical examples, making it straightforward for users to implement and adapt the model to their specific urban planning scenarios.
Soukhov A, Páez A, Higgins CD, Mohamed M (2023) Introducing spatial availability, a singly-constrained measure of competitive accessibility. PLOS ONE 18(1): e0278468. https://doi.org/10.1371/journal.pone.0278468
A QGIS plugin for spatial analysis
Repository for Gravity Field Modeling and Recovery using Machine Learning Methods
This project implements a gravity accelerator using Verilog and Vivado. It simulates the physics of gravitational acceleration, calculating velocity and position over time within a digital circuit environment. The project includes testbenches and waveform analysis to ensure accurate simulation and performance.
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