Fujitsu Ltd
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Affiliated Works
sorted by decreasing year, and then by display-name
- An Evaluation of VLBI Observations for the Precise Positioning of the NOZOMI Spacecraft
- Error Estimation of CO2 and CH4 Column Amount Retrieval Using Synthetic Data of the GOSAT SWIR FTS: A Method to Overcome the Wavelength Dependency of Ground Surface Albedos
- Ground-Based FTIR Observations of Ozone, HNO3, HCl, and HF in Poker Flat, Alaska from 1999 to 2004
- The Observation Capabilities of JEM/SMILES
- Error Analysis of CO2 Column Amount Retrievals using SWIR Synthetic Data of the GOSAT FTS: Impact of Atmospheric Aerosols
- Integration of Geophysical and Geochemical Data
- The impact of ice clouds on retrieval of ozone and chlorine compounds in the UTLS from SMILES data - an error analysis
- The observation capabilities of JEM/SMILES experiment
- Development of XML Schema for Broadband Digital Seismograms and Data Center Portal
- KML generator to visualize geomagnetic field models on Google Earth
- Visualization of Geoscience Data on Google Earth: Development of Data Converter System for Seismic Tomography Models, Geochemical Data of Rocks, and Geomagnetic Field Models
- Error analyses of JEM/SMILES standard products on L2 operational system
- Operational Level 2 Data Processing System for the JEM/SMILES
- Simulation study of normal and enhancement methyl cyanide (CH 3CN) observed by JEM/SMILES
- Visualization of seismic tomography on Google Earth: Improvement of KML generator and its web application to accept the data file in European standard format
- A three dimensional tsunami propagation simulation of the 2011 off Tohoku earthquake using an unstructured finite element model
- Observation of O3, HCl, ClO, and HOCl by ISS/JEM/SMILES inside and outside Arctic Polar Vortex during 2009-2010 Winter
- Multi-scale tsunami simulation using unstructured meshes on a high-performance computer
- Parallel simulation of tsunami inundation on a large-scale supercomputer
- Real-time Tsunami Inundation Prediction Using High Performance Computers
- Tsunami Simulator Integrating the Smoothed-Particle Hydrodynamics Method and the Nonlinear Shallow Water Wave Model with High Performance Computer
- High-Resolution Tsunami Inundation Simulations Based on Accurate Estimations of Coastal Waveforms
- Simultaneous Sea-Level Oscillations in Japanese Bays Induced by the Tsunami of Nankai-Trough Earthquake
- a Model for Predicting River Flooding Using Relatively Small Data Sets
- AI-enabled Rapid Tsunami Forecasting for Prompt Evacuation