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MyProjectsIT.Add('Designing and development of OLTP-System "Capital CSE"','projectcap.html',
'Design, development and implementation of modules "OLAP-Analyzer", "Assets Management", "Human Resource Management", "Administration Tools" and "Management Tools" in the context of OLTP system "Capital CSE" have been realized. The present day these modules are successfully used by manufacturing firms of city of Perm and Perm region.');
MyProjectsIT.Add('Designing, development and implementation of OLTP-System "School" in Perm State Technical University Lyceum N1','projectshool.html',
'On the basis of OLTP system "Capital CSE" the additional modules and a set of settings for automation of the some business-processes of general school have been developed. These new modules and settings are combining into package "IS SCHOOL". This new package allow to solve following problems: the account of the list of members of staff, the account of teachers and teachers salary, the account of academic loads of teachers and time-board, the account of personal cards and marks of pupils and a printing of certificates. Use of system "IS SCHOOL" in educational institution allows to reduce essentially the preparation period of teachers salary information and allows to simplify the pupil certificates preparation.');
MyProjectsIT.Add('Development of analytical reporting using the data warehouse on the base of SAP R/3 and Business Objects','projectolap.html',
'The main purpose of the project is the development of the creation technique of OLAP-reports on various aspects of enterprise activity, and the most critical reports realization using this technique. The given technique is based on gaining and processing of the corporate information and the information from external sources with application of the specialized software of gaining, storage and representation of the information, and also software of the multidimensional analytical analysis (Business Objects).');
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MyProjects.Add('Development of optimum timetable models for school','projecttp.html',
'The problem of the optimum timetable drawing has been considered. For this problem decision the model which is formulated in terms of the scheduling theory has been offered. This model is a technique of a timetable construction on the integer programming algorithms, which a based on the iterative improvement of the timetable. Besides, the problem has been formulated as multicriterial and multifactorial. The offered statement allows to construct rather effective optimization criteria using fuzzy sets theory.');
MyProjects.Add('Modeling of metal deformation process with use molecular dynamics simulation','projectmmd.html',
'Numerical experiments on studying of microcrystal reaction on external power influences with application of a molecular dynamics method have been considered. A number of the dependences has been constructed, and these dependences show, that the microcrystal reaction is much differ from a macro sample reaction to the same external influences. Practically there are no linear curves on the received deformation diagrams, and this fact is evidence of qualitative influence of micro effects (for example, essentially nonlinear kind of particles interaction potential) on the whole microcrystal behavior.');
MyProjects.Add('Development of experimental vibration-survey methods using continuous wavelet transforms','projectwav.html',
'It is known, that prolonged vibrating power influences substantially define reliability and durability of responsible engineering constructions. In this connection the development of new methods of experimental vibrodiagnostics data processing as the primary information for the theoretical decision of reliability and durability problem, is extremely important and actual problem. In the given project the mathematical aspects and examples of continuous wavelet transform application for processing of experimental data, which are obtained by the vibrodiagnostics measuring of real buildings, have been considered.');
MyProjects.Add('Constructing of new analytical solution within the framework of asymmetric elasticity theory','projectnons.html',
'In this project the fundamentals of the asymmetric elasticity theory are used to consider one- and two-dimensional static boundary-value problems. The exact analytical solution of each problem is compared with the corresponding solution obtained in the framework of the classical theory of elasticity. The comparison is made in terms of macro-parameters introduced to characterize the degree of difference between these solutions. The analysis of the obtained results shows that for each problem under consideration this difference is not essential. It is worthy of note that the macro-parameters used for comparison can be constructively measured by experiment. The obtained results can be used to outline a key diagram of experiments enabling one to detect the effects of "couple" response of the examined medium.');
MyProjects.Add('Calculation on toughness for the construction of rotated toroidal level canal','projectans.html',
'The aim of the given project is the designing of the experimental construction, consisting of the rotating toroidal channel, thick with liquid metal. The result of the numerical calculations, made with help of Ansys 5.3, is the detecting of the toroidal channel material, and also the variant of the toroidal channel constructional execution. Low stresses in all construction elements are the main criterion of the optimal design choice.');
MyProjects.Add('Signal dynamics in wavelet phase space: the wavelet deformation algebra and its application to the analysis of seismic signals','projectseis.html',
'We want to develop theoretical and numerical tools that allows us to extract dynamical behavior from wavelet transforms corresponding to multivariate (multichannel) signals. Mathematically this amounts to the construction of an algebra of pseudo differential operators that act in wavelet space via a diffeomorphism deforming the wavelet half-plane. This technique will be applied to the problem of separating seismic signals into components, corresponding to different propagative behavior. In particular, we want to separate surface waves from body waves in seismic records. Our approach is based on the combination of (i) a recently developed polarization filter that operate entirely in the wavelet domain and (ii) an approximative description of the dispersive propagation in wavelet space.');
MyProjects.Add('Investigation of surface wave properties in mediums with microstructure','projectnonswave.html',
'The problem of propagation of an acoustic surface wave is considered within the framework of the asymmetric theory of elasticity (Cosserat medium). A new analytical solution of the problem in displacements is obtained. These solutions are compared with the corresponding solution for the classical elastic medium. Within the framework of the Cosserat continuum in half-space besides elliptical Rayleigh wave can be in existence the shear wave with only transversal component. Thus, in Cosserat medium the new wave mode is found out, and there is no analogue of it in classical elasticity theory.');
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MyPhotos.Add('The golden autumn in Berlin','PhotoHerbst','');
MyPhotos.Add('Alice Band in Nuremberg','PhotoAlisa','');
MyPhotos.Add('Christmas lights','PhotoWeinachts','');
MyPhotos.Add('If you go to San Francisco','PhotoSanFrancisco','');
MyPhotos.Add('Two tours to Amsterdam','PhotoAmsterdam','');
MyPhotos.Add('Summer holiday in Greece','PhotoCorfu','');
MyPhotos.Add('Loc Angeles and environs','PhotoLosAngeles','');
MyPhotos.Add('San Francisco one year later','PhotoSanFranciscoAgain','');
MyPhotos.Add('New Year in Rome','PhotoRoma','');
MyPhotos.Add('A conference in Las Vegas','PhotoLasVegas','');
MyPhotos.Add('New Year in London','PhotoLondon','');
MyPhotos.Add('Again San Francisco','PhotoSanFranciscoThird','');
MyPhotos.Add('New Year in New York','PhotoNewYork','');
link_icmm = ' Institute of Continuous Media Mechanics, Ural Branch of the Russian Academy of Sciences';
link_lyceum = ' Lyceum N1 at Perm State Technical University';
link_mmsp = 'Perm State Technical University, Department of Mathematical Modeling of Systems and Processes';
link_goethe = 'Goethe Institute Goettingen, Germany';
link_gelicon = 'Company "Gelicon Pro"';
link_ukd = 'Company "UKD"';
link_iam = 'University of Potsdam (Germany), Institute of Mathematics, Applied and Industrial Mathematics Department';
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