Researcher / Engineer
National Research Nuclear University "MEPhi", Moscow, Russia
2009-now: PhD student (National Research
Nuclear University "MEPhi"). PhD Thesis Defense is expected in 2013.
PhD Thesis: Multidimensional geometry in
solving problems of data analysis by computer visualization method.
Method of computer visualization in scientific data analysis. Multidimensional data and usage of multidimensional geometry in the process of mapping (visualization pipeline).
2009: Master Degree in Computer Science. (National Research Nuclear University "Mephi") Master Thesis: Development of multidimensional geometry and visualization tools in Autodesk 3ds Max . A plug-in of type "utility" was developed for Autodesk 3ds Max, that basically included several plug-ins: FRep multidimensional primitives, one and two operand multidimensional operations, visualization tools and interface for accessing them. Analytical description of geometrical primitives and operations (blobby, metaballs, projection operation and so on), algorithms of polygonization were studied. The final geometry is constructed from these primitives and operations and it's projections on 3d space (also FRep) can be visualized.
Multidimensional geometry modelling and rendering
using real-valued functions.
Given functions of several variables may describe scalar, vector and some other fields (functions can return one or more real values). These functions can be defined as:
- Analytical expression
- Points in multidimensional space (points with parameters, special place - parameter time) that can be nodes of structured or unstructured grids (here different interpolation procedures take place)
- Evaluation procedure
- Graphical presentation (image analysis)
These functions can be defined on various domains. These domains are described also by functions of several variables and considered as multidimensional geometry objects (FRep). Various ways of mapping process of such functions are studied (what computer scene that will be associated to considered function and its domain). Examples of visualization pipelines for real theoretical (computer simulation) and experimental scientific data where use of such FRep s is quite helpful for further analyses will be given in PhD thesis s. My knowledge of modelling and rendering includes work with the following:
- Unstructured and structured grids, FRep, scalar and vector fields that are results of computer (physical) simulation (Navier-Stroke, nanostructures modelling)
- Different polygonalization, and interpolation procedures,
- Ray Casting, Volume Rendering, real time rendering (on the base of VTK).
- Development of interactive dialog interfaces for systems of functions of several variables modelling and visualization
Molecular viewers development.
I also have some experience in development of interactive dialog interfaces for molecular structures (obtained as results of computer modelling) that deals with viewing of these structures and their physical properties and editing.
Programming : C/C++.
Libraries : PCL, VTK, ITK, Qt, FLTK, Rhino API, FREP API, 3ds Max API, SCORM API, Webkit, CLapack,
Software :McNeel Rhinoceros (Modeling and API),Autodesk 3ds Max (Modeling and API), ParaView, Adobe Photoshop, Flash, Dreamweaver, Visual C++ , Bazaar, Moodle LMS, Joomla CMS, Reload Editor,Redmine. Basic knoledge of Maple, Statistica,Eclipse.
OS : Windows, Linux (Centos, Ubuntu)
2014March - now Engeneer in Nuclear Safety Institute of the Russian Academi of Science (IBRAE), Russia (http://www.ibrae.ac.ru/) (full-time).
I’m responsible for cross-platform pre/post processing computational software integration and extension, solving 2D,3D meshing, geometric modeling and scientific data visualization problems
2012 - 2014Feb Senior researcher in National Technical Physics and Automation Research Institute (VNIITFA), Russia (http://vniitfa.ru) (part-time).
I’m responsible for development of software for devices designed in VNIITFA. Designed devices and developed methods used within this devices include: equipment for monitoring process variables, analyzing the elemental composition of matter, equipment for radiation-technological processes, beam diagnostics and etc. Mostly I have to deal with following areas: 3d reconstruction, image processing, visualization.
2011 - now: Software developer and consultant in Uformia AS, Norway (http://uformia.com ) (part-time).
I’m responsible for developing 3D modelling and fabrication systems. Activities include technical support for Uformia's products, development of Uformia's 3D modelling and rendering framework, project coordination, web / software development and engineering.
I have experience in development of Rhino plug-ins (Rhino SDK and CLapack libraries), WebGl and jQuery based web 3d modelling tools, Jmol and jQuery based molecular viewer and export for 3d printing tools. Mostly I have to deal with following areas: 3d reconstruction, point clouds registration and recognition issues, geometric modeling
2008- now : Engineer at National Research Nuclear University “MEPhI”, Russia (http://mephi.ru) (part-time, remote)
2009- 2012 : I take part in teaching 2 courses: for students of National Research Nuclear University “Mephi”
“Programming in 3ds Max for solving problems of scientific visualization”
“Scientific visualization Basics”
Development of various educational multimedia materials:
2008-now : editor of Scientific Visualization Journal and Computer Graphics & Geometry Journal .( http://sv-journal.com, http://cgg-journal.com), publisher National Research Nuclear University “MEPhI” Russia
I was responsible for working with potential authors (obtain proposals and etc.), reviewing potential articles (final manuscripts), preparing the final manuscript for publishing in journal.
October, May , 2012. Reviewer, Computers & Graphics Journal, Elsevier.
Feb 2014. Reviewer, Computers & Graphics Journal, Elsevier.
 V. Adzhiev, N. Matveeva, E. Malikova, A. Pasko, V. Pilyugin, Computer visualization of scientific data and its applications in nanostructures research. Computer Graphics & Geometry.- 2009. - Vol. 11.- No 1.- Р. 1-15 (http://cgg-journal.com) (in Russian).
 M.N. Strikhanov, N.N. Degtyarenko, V.V. Pilyugin, E.E. Malikova, M.N. Matveeva, V.D. Adzhiev, A.A. Pasko . Experience of computer visualization of nanostructures at NRNU "MEPhI". Scientific Visualization .- 2009. Vol. 1. No 1. pp. 1-18 (http://sv-journal.com) (in Russian).
 M.N. Strikhanov, N.N. Degtyarenko, V.V. Pilyugin, E.E. Malikova, M.N. Matveeva, V.D. Adzhiev, A.A. Pasko . Computer visualization of nanostructures. Russian nanotechnologies. 2010. Moscow.: “Park-media”, Vol.5.№5-6, pp.12-13 (in Russian).
 E.E. Malikova. Overview of the open source molecular viewers. Scientific Visualization .- 2010. Vol. 2. No 1. pp. 82 - 101 (http://sv-journal.com).
 M.N. Strikhanov, N.N. Degtyarenko, V.V. Pilyugin, E.E. Malikova, M.N. Matveeva, V.D. Adzhiev, A.A. Pasko . Nanostructure analysis problem solving by means of computer visualization. Russian nanotechnologies. Nuclear physics and engineering Vol.1. №4,2010-pp..366-379 (in Russian).
 N.N. Degtyarenko , V.F. Elesin, N.V. Matveev, K.S. Pazhitnyh, Е.E. Malikova. Computer nanostructure modelling on base of nitrogen clusters and their ensambles with visualization means. Scientific Visualization .- 2010. Vol. 2. No 2. pp. 34 – 40 (http://sv-journal.com) (in Russian).
 A.A. Bagaturyants, K.G. Vladimirova , N.N. Degtyarenko, E.E. Malikova , R.F. Minibaev , V.V. Pilyugin, M.N. Strikhanov , A.Y. Freidzon. Visualization and design of nanostructures in multiscale approach: “Nanomodeller” program. Scientific Visualization .- 2010. Vol. 2. No 4. pp. 40-60 (http://sv-journal.com) (in Russian).
 A. Pasko, V. Adzhiev, V.Pilyugin, E.Malikova. "Scientific Visualization and FRep Geometric Modeling: a Survey", Proceedings of GraphiCon'2012, Moscow, Russia, 2012, p. 189
 A. Pasko,V. Adzhiev, E. Malikova, V. Pilyugin, Facilitating creativity in education using constructive function-based modelling. 14th IASTED International Conference on Computer Graphics and Imaging, February 12 – 14, 2013 , Innsbruck, Austria, pp.99-106. ISBN: 978-0-88986-944-8, 797CGIM, 798SPPRA. DOI:102316/P.2013.797-028
 A. Pasko,V. Adzhiev, E. Malikova, V. Pilyugin, Advancing Creative Visual Thinking with Constructive Function-based Modelling. Journal of Information Technology Education: Innovations in Practice, 2013, 12, pp.59-71
 A. Pasko,V. Adzhiev, E. Malikova, V. Pilyugin, Some Theoretical Issues of Scientific Visualization as a Method of Data Analysis, the Lecture Notes in Computer Science series, 2013, 7870, Springer , 19 April, 2013
 V. Pilyugin, E. Malikova, A. Pasko, V. Adzhiev, Scientific visualization as method of scientific data analysis ". Scientific Visualization .- 2013. Vol. 4. No 4. pp. 56-70 (http://sv-journal.com)
 E. Malikova ,V. Pilyugin (Russian Federation), V. Adzhiev, G. Pasko (Norway), A. Pasko , Scientific data analysis by the method of extended visualization, ". Scientific Visualization .- 2013. Vol. 5. No 2. pp. 25-33 (http://sv-journal.com)
 Evgeniya Malikova, Victor Pilyugin, Valery Adzhiev, Galina Pasko and Alexander Pasko, SCIENTIFIC VISUALIZATION EXTENDED WITH SONIFICATION FOR DATA ANALYSIS, Proceedings of the International , Lisbon, Portugal, JULY 15 - 19, 2014, IADIS Press, ISBN: 978-989-8533-22-7 © 2014, pp. 348-352.