The first phase of this computing complex was launched last year and further expansion is planned in the coming years. The performance of the supercomputer is expected to reach 20 petaflops.
The supercomputer is currently about 90% loaded and is actively used for scientific research related to geological exploration and the study of materials using computed tomography.
The scientist noted that modern equipment allows solving complex problems similar to those used in ultrasound diagnostics. Ultrasound machines analyze the condition of organs based on images obtained using reflected ultrasound waves. But there are also more complex and time-consuming tasks that require special calculation algorithms.
Budak emphasized that solving such problems requires a significant amount of computing power provided by the supercomputer.
The scientist also said, “Currently, the supercomputer is about 90% loaded. It is used in a number of research studies for geological exploration and the study of the properties of materials using computed tomography.”
Source: Ferra
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