Difference between revisions of "Medusa"
From Medusa: Coordinate Free Mehless Method implementation
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== Applications == | == Applications == | ||
* [[Analysis of MLSM performance | Solving Diffusion Equation]] | * [[Analysis of MLSM performance | Solving Diffusion Equation]] | ||
| − | * Attenuation of satellite communication | + | * [[Attenuation due to liquid water content in the atmosphere|Attenuation of satellite communication]] |
* [[Heart rate variability detection]] | * [[Heart rate variability detection]] | ||
* [[Dynamic Thermal Rating of over head lines]] | * [[Dynamic Thermal Rating of over head lines]] | ||
Revision as of 17:59, 10 November 2016
Library for solving PDEs
In Parallel and Distributed Systems Laboratory we are working on a C++ library that is first and foremost focused on tools for solving Partial Differential Equations by meshless methods. The basic idea is to create generic codes for tools that are needed for solving not only PDEs but many other problems, e.g. Moving Least Squares approximation, kD-tree, domain generation engines, etc. Technical details about code, examples, and can be found on our documentation page and the code.
This wiki site is meant for more relaxed discussions about general principles, possible and already implemented applications, preliminary analyses, etc.
Background
Applications
- Solving Diffusion Equation
- Attenuation of satellite communication
- Heart rate variability detection
- Dynamic Thermal Rating of over head lines
- Fluid Flow
- Phase field tracking
- Solid Mechanics
Preliminary analyses
- Execution on Intel® Xeon Phi™ co-processor
- Execution overheads due to clumsy types
Documentation
- Code and README on Gitlab
- How to build
- Coding style
- Testing
- Technical documentation
- Wiki editing guide
- Wiki backup guide
FAQ
Also see Frequently asked questions.
References
- Kosec G., A local numerical solution of a fluid-flow problem on an irregular domain. Advances in engineering software. 2016;7 ; [29512743] :: manuscript
- Kosec G., Trobec R., Simulation of semiconductor devices with a local numerical approach. Engineering analysis with boundary elements. 2015;69-75; [27912487] :: manuscript
- Kosec G., Šarler B., Simulation of macrosegregation with mesosegregates in binary metallic casts by a meshless method. Engineering analysis with boundary elements. 2014;36-44; manuscript
- Kosec G., Depolli M., Rashkovska A., Trobec R., Super linear speedup in a local parallel meshless solution of thermo-fluid problem. Computers & Structures. 2014;133:30-38; manuscript
- Kosec G., Zinterhof P., Local strong form meshless method on multiple Graphics Processing Units. Computer modeling in engineering & sciences. 2013;91:377-396; manuscript
- Kosec G., Šarler B., H-adaptive local radial basis function collocation meshless method. Computers, materials & continua. 2011;26:227-253; manuscript
- Trobec R., Kosec G., Šterk M., Šarler B., Comparison of local weak and strong form meshless methods for 2-D diffusion equation. Engineering analysis with boundary elements. 2012;36:310-321; manuscript
- Kosec G, Zaloznik M, Sarler B, Combeau H. A Meshless Approach Towards Solution of Macrosegregation Phenomena. CMC: Computers, Materials, & Continua. 2011;580:1-27 manuscript
- Kosec G, Sarler B. Solution of thermo-fluid problems by collocation with local pressure correction. International Journal of Numerical Methods for Heat & Fluid Flow. 2008;18:868-82 manuscript
- Trobec R., Kosec G., Parallel Scientific Computing, ISBN: 978-3-319-17072-5 (Print) 978-3-319-17073-2.
- Slak, J., Kosec, G.. Detection of heart rate variability from a wearable differential ECG device., MIPRO 2016, 39th International Convention, 2016, Opatija, Croatia, ISSN 1847-3938, pp 450-455.
- Kolman, M., Kosec, G. Correlation between attenuation of 20 GHz satellite communication link and liquid water content in the atmosphere. MIPRO 2016, 39th International Convention, 2016, Opatija, Croatia, ISSN 1847-3938. pp. 308-313.
