High Performance Computing (HPC)

High-performance computing (HPC) plays an important role in research, engineering,  natural phenomena forecasting, social studies, data analytics in financial services and other life sectors. While using HPC computations scientists and researchers can better determine, how the explored object will behave in real life situation, influenced by various physical conditions. This is how it saves time, research and development expenses and a more qualitative and precise product is made as the result. That would be impossible to do without model simulation, which consists of many geometric details, larger systems and complex physics.

HPC solutions require special hardware and software, and a scientific knowledge. We help clients to design  HPC systems for performance and reliability required, optimized for particular tasks solving, do system installation and provide  technical maintenance.

HPC play an important role in various fields:

  • Computational engineering, hydrodynamics
  • Oil and gas analyses and research
  • Atomic energy research
  • Weather forecasting
  • Complex construction engineering
  • Pharmaceutical manufacturing, genetics
  • Financial and economic forecasting
  • Optimization tasks, management and logistics
  • Big data management etc. (technologies and applications)
  • Building parallel database systems
  • Modelling molecular structures and new compounds using the molecular dynamics methods
  • Modelling nanostructures and nano compounds
  • Solving large scale linear programming problems
  • Modelling features of construction materials
  • Computing photonic crystal structures
  • Computational Electrodynamics
  • Computer visualization
  • Other


Our Experience

We have implemented HPC in these fields:

  • Research – compound properties analysis and prediction tasks, computational astrophysics, view management and visualization
  • Meteorology – computational weather forecasting
  • Oceanography – modelling the Baltic sea coast sand transport
  • Energetics – modelling radionuclide and aerosol transfer indoors, reliability evaluation of energetics system, construction  strength analysis of complex building structures (technical objects), investigations in fundamental and applied thermal physics, sensitivity and uncertainty analysis of modelling results
  • Biotechnology – crystal structure analysis, chemical formulas obtained from crystal structures, statistical modelling of molecular geometry and its relations to material properties

 

M. K. Ciurlionio g. 17, LT-03104, Vilnius, Lithuania
tel: +37052163530
fax: +37052163532