BUSINESS

Numerical Modeling

수치모델링

Core Contents

DIGIQUAY Co., Ltd. has the interface and numerical modeling technology and know-how in processing ultra-high-resolution precise data inputs in the fields of environment, weather, ocean, disaster, agriculture, artificial intelligence and renewable energy.

Environmental, weather, climate change, marine, disaster and hydrological information numerical modeling technology
Processing ultra-high-resolution input data and having original technology for customized heterogeneous model interfaces
Combining heterogeneous and precise data, it has computational fluid dynamics (CFD) numerical modeling technology

Core Fields
/Possessed Technology

Numerical modeling of weather and climate information
WRF(Weather Research and Forecast)
GloSea6 (License no)
(Global Seasonal forecasting system version 6)
Weather/cloud physics numerical modeling
Numerical Modeling of Marine Information
NEMO
(Nucleus for European Modelling of the Ocean)
WW3 (Wave Watch 3)
Disaster/hydrological numerical model
HWRF (Hurricane WRF)
TRIP River Routing Model
(Total Runoff Integrating Pathways)

Numerical modeling of air quality information
CMAQ
WRF-Chem
Numerical modeling of climate change
RegCM (ICTP Regional Climate Model)
Data preprocessing and linkage modeling of heterogeneous models
GRIB, netCDF, HDF Processing 3D array data
3D, 4D data assimilation technology
Heterogeneous (global model + local model) interface technology
Computed Fluid Dynamics (CFD) Numerical Modeling
WRF+CFD, ultra-high resolution precision data+CFD

Core business

Development of extreme disaster long-term forecast technology based on climate change scenario model

An Analysis of Future Air/Ocean Change Prospects Based on Global/East Asia/Korean Peninsula SSP Scenarios
Analysis of Future Resources and Drought Change Prospects Based on Climate Change Scenarios
Development of HighResMIP-based Typhoon Information Calculation Technology (Vortex Tracker) in SSP Scenario

Development of Short-Term Typhoon Prediction Information Calculation Technology Based on Medium-Scale Weather/Hurricane Model

Short-term typhoon path and intensity prediction technology based on WRF and HWRF (Hurricane WRF) medium-sized models
Development of Impact Forecasting Technology on the Korean Peninsula Based on Medium-Scale Numerical Model
Development of an Analysis System for the Location of Coastal Winds based on Medium-Scale Numerical Models

Development of Mid- to Long-Term Prediction Technology for Source Based on the River Flow Model

Future Change Forecast Technology of River and Groundwater Flow in Korea Based on the Combination of Climate Change Model and River Flow Model
Long-term forecast technology for major rivers (Han River, Nakdong River, etc.) in Korea based on the river outflow model
Prediction and monitoring technology of long-term changes in global river storage based on river outflow model
Analysis of the Effect of Fresh Water on the West Coast of Korea Based on the Combination of the Marine Model and the River Drainage Model