Minor style tweak

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Dejvino 2023-06-02 09:19:34 +02:00
parent 2bb6b11ed9
commit 674b7cb686

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@ -77,7 +77,7 @@ export const personalData: PersonalData = {
position: `Master's degree, Parallel and Distributed Systems`, position: `Master's degree, Parallel and Distributed Systems`,
company: `Faculty of Informatics, Masaryk University Brno`, company: `Faculty of Informatics, Masaryk University Brno`,
timerange: '2011 - 2013', timerange: '2011 - 2013',
description: `Master's thesis: Efficient computation and visualization of correlations in medical signals. description: `**Master's thesis:** *Efficient computation and visualization of correlations in medical signals.*
The first part consisted of high-performance computation of correlations on large volumes of analog data using supercomputers. The first part consisted of high-performance computation of correlations on large volumes of analog data using supercomputers.
The second part covered the visualization of the computed results which allowed interactive exploration and processing of the data by a researcher.`, The second part covered the visualization of the computed results which allowed interactive exploration and processing of the data by a researcher.`,
tags: ['C/C++', 'Supercomputers', 'OpenMPI', 'Python', 'Visualization', 'Data science'] tags: ['C/C++', 'Supercomputers', 'OpenMPI', 'Python', 'Visualization', 'Data science']
@ -86,7 +86,7 @@ export const personalData: PersonalData = {
position: `Bachelor's degree, Parallel and Distributed Systems`, position: `Bachelor's degree, Parallel and Distributed Systems`,
company: `Faculty of Informatics, Masaryk University Brno`, company: `Faculty of Informatics, Masaryk University Brno`,
timerange: '2008 - 2011', timerange: '2008 - 2011',
description: `Bachelor's thesis: Parallel implementation of force-field decompression algorithm. description: `**Bachelor's thesis:** *Parallel implementation of force-field decompression algorithm.*
The solution executed on a supercomputer cluster to perform real-time simulation of molecular forces. This in turn provided haptic feedback to a 3D pointing device.`, The solution executed on a supercomputer cluster to perform real-time simulation of molecular forces. This in turn provided haptic feedback to a 3D pointing device.`,
tags: ['C/C++', 'Supercomputers', 'OpenMPI', 'Data science'] tags: ['C/C++', 'Supercomputers', 'OpenMPI', 'Data science']
} }