yuriiguy

yuriiguy's Stars

• mendableai/firecrawl

  🔥 Turn entire websites into LLM-ready markdown or structured data. Scrape, crawl and extract with a single API.

  Language:TypeScript18.8k1013941.4k

• agiresearch/AIOS

  AIOS: LLM Agent Operating System

  Language:Python3.4k5145410

• compgeolab/eql-gradient-boosted

  Paper: Gradient-boosted equivalent sources method for interpolating very large gravity and magnetic datasets

  Language:Jupyter Notebook194266

• zhong-yy/GraPly

  Computing gravity and gravity gradient tensor of polyhedrons with polynomial density constrasts (up to cubic order)

  Language:C++14112

• pinga-lab/paper-planting-densities

  Code, Latex source, figures and supplementary material for the article "Robust 3D gravity gradient inversion by planting anomalous densities" by @leouieda and @valcris published in journal Geophysics

  Language:TeX6403

• rstulug/SRBF_Soft

  SRBF_Soft: A Python-based open-source software for regional gravity field modeling using spherical radial basis functions based on the data-adaptive network design methodology

  Language:Python6300

• apasto/PaBr19Accompanying

  Accompanying data to "A geothermal application for GOCE satellite gravity data: modelling the crustal heat production and lithospheric temperature field in Central Europe"

  Language:MATLAB5202

• richannan/TensorsCNNBathymetry

  This is a MATLAB code demonstrating a deep learning-based geodetic bathymetry prediction using gravity gradient tensors as input signals.

  Language:HTML5102

• emadghalenoei/rjMcMC_NestedVoronoi_GJI

  This MATLAB code performs the rjMcMC algorithm to invert gravity and magnetic data to image the subsurface models. more info can be found in my journal paper.

  Language:MATLAB4110

• camendonca697/MDRMI-Comp-Geosciences2008

  Programs to obtain magnetization-to-density ratio (MDR) and magnetization inclination (MI) from modelling geophysical gravity and magnetic data

  310

• earthman131/GravFInv3D

  A wavenumber-domain iterative approach for rapid 3-D imaging of gravity anomalies and gradients

  Language:MATLAB3101

• nikiigo/GravitationalAnomaly

  comparison of calculations of gravity anomalies (change in the angle of a plumb at the foot of the mountain) using one-point and five-point models

  Language:Python310

• doguilmak/Global-Geopotential-Models

  In this repository we plot gravity, height and geoid heights via data downloaded from ICGEM and compared EGM98 and EGM2008 models.

  Language:MATLAB2201

• leouieda/agu2010

  Abstract and slides of "Computation of the gravity gradient tensor due to topographic masses using tesseroids" presented at the 2010 AGU Meeting of the Americas

  Language:Python2302

• leouieda/gghs2012

  Code and slides of the presentation "Rapid 3D inversion of gravity and gravity gradient data to test geologic hypotheses" given at the 2012 GGHS meeting in Venezia, Italy

  Language:Python2402

• ozkankafadar/CURVGRAV-GUI

  CURVGRAV-GUI is an open source software that was developed to interpret gridded gravity data by using curvature technique.

  Language:C#2200

• zdl0320/Zhang-2017

  Code for the paper "Comments on computation of the gravity field and its gradient" in Computers and Geosciences 2017

  Language:Matlab2102

• cageo/Chakravarthi-2013

  MODTOHAF – A GUI based JAVA code for gravity modeling of strike limited sedimentary basins by means of growing bodies with exponential density contrast – depth variation

  Language:Java1201

• geodesy00/SAfault_inversion

  This repository includes a FORTRAN source code and data profile for a paper titled "Using Gravity Gradients to Estimate Fault Parameters in the Wichita Uplift Region" accepted in Geophysical Journal International,2020

  Language:Fortran1100

• geoscience-community-codes/grav_cube_inversion

  Grav-parallel is a C code designed to model the gravity anomaly due to a body that can be represented by prisms.

  Language:C1201

• kammerje/InterCorr

  Model fitting of GRAVITY data with treatment of correlations. Published in Kammerer et al. 2020.

  Language:Python1000

• leouieda/seg2011

  Expanded abstract and slides for the talk "Robust 3D gravity gradient inversion by planting anomalous densities" given at the 2011 SEG Annual Meeting in San Antonio, USA

  Language:TeX11

• NikeetPandit/GRACE-Gravity-Space-Mission-Toolkit

  Processing routines for GRACE gravity gradient determination from data retrieval to data visualization

  Language:MATLAB120

• yuriiguy/academia-citations

  Code, data, and paper for Academia.edu citation advantage analysis

  Language:R1000

• yuriiguy/datavisualization

  Матеріали для курсу "Журналістика даних: дані та їх візуалізація"

  Language:R1000

• yuriiguy/fortran

  1100

• yuriiguy/Generative-AI-for-begin

  12 Lessons, Get Started Building with Generative AI 🔗 https://microsoft.github.io/generative-ai-for-beginners/

  Language:Jupyter Notebook1000

• yuriiguy/geomodeller.tutorials.TutorialC

  Forward & Inverse Modelling of Potential Fields

  1000

• yuriiguy/Grav3D

  Grav3D: A matlab code for 3D forward and inverse modeling of gravity data

  Language:MATLAB1000

• yuriiguy/LangChain

  ⚡ Building applications with LLMs like ChatGPT (GPT3.5) through composability ⚡

  Language:Python10