A client working on deep learning for medical images asked us about introducing a high-performance workstation. They were looking to handle tens of thousands of 640x640 image data sets, and wanted to use R. […see next]
A customer asked us for a workstation for molecular dynamics calculations using LAMMPS and machine learning potential calculations. […see next]
A customer inquired about a workstation for molecular dynamics calculations using LAMMPS and machine learning potential calculations. The estimated budget was approximately 150 million yen. […see next]
A customer inquired about a workstation for molecular dynamics calculations using LAMMPS and machine learning potential calculations. The estimated budget was approximately 150 million yen. […see next]
A researcher working with genome data consulted us about introducing a workstation for genome analysis. The main task is analyzing whole genome data (VCF) for a group of 1 people. […see next]
The customer inquired about a workstation to shorten the calculation time for the optical simulation software Ansys Lumerical FDTD. […see next]
The customer consulted us about the optimal configuration that would significantly reduce simulation time, mainly using the optical simulation software Ansys Lumerical FDTD. […see next]
A customer working on 3D model analysis using Unity and machine learning using Python requested a high-performance PC that could handle both development work and general office work. […see next]
A customer who viewed Case No. PC-TUKJ253604 has requested the use of "Aloha Stationary" and "Aloha mobile," open source robotic arms for imitation learning. […see next]
We were asked to introduce a high-performance PC that handles Metashape, QGIS, and Blender. […see next]
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