🚀 go-pugleaf

From: MAENNER@DHDPHY5.bitnet
To: mod-ki@unido.informatik.uni-dortmund.de
Date: Tue, 30 Jul 91 18:37 O
Subject: <mod-ki 0755> Software Contacts
Keywords: 

mod-ki message 0755
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Moscow State University

International Center "SOFT PARTNER"
USSR, Moscow, 117454, Udaltsova 65-B-67,

tel. (7-095) 138 8781, Sviridenko Andrew
fax  (7-095) 292 6511 INTELLSOFT, box 10200

SOFT PARTNER :
 - implements any software projects on IBM PC or MSX-2
 - performs any statistical analysis or processing
 - guarantee the most low prices in the world
 - guarantee world-level quality of the products

SOFT PARTNER is Your honest and reliable partner

Dear colleague!

The International Center "SOFT PARTNER" of the Moscow  State  University
will be glad to  implement  any  software  project  on  the  IBM PC  and
compatibles or MSX-2 ordered by You. We will be happy  to  help  you  in
your work, to make it  more  productive  and  interesting.  If  you  are
interested we'll  appreciate  all  kinds  of  contacts  with  you,  both
business and creative.

   Sincerely Yours
   managing director of Soft Partner
   Andrew V. Sviridenko

The list of our staff and their skills is below

SOFTWARE DEVELOPMENT

1. Raj Ponomarenko, programmer
   Tasks :
   - hard algorithmic problems, especially the game theory and win
     strategies
   - dynamical animational graphical problems (computer multiplication,
     advertisement)
   - low-speed graphics, based on the calculation of the graphical
     primitives (circles, lines, 3D boxes and etc.)
   - any pull-down and/or pop-up menu systems, based on libraries like
     Object Professional, Turbo Vision and etc.

   Programming Languages :
   - Turbo Pascal, C++, MSC, Turbo C, Assembler

   Note :
   Ready to design and perform graphical tutoring or reference systems.

2. Slava Kuznetsov, painter
   Tasks :
   - any picture processing - animation, advertisement, design, drawing,
     scanning, transformations (without transformation of graphical
     format)

   Tools:
   - Animator (Animals), Paint Brush, Show Partner, Grasp, Story Board.

3. Nikolay Maiko and Konstantin Novik, programmers
   Tasks:
   - any reference systems and DBMS
   - hardware programs (for scanners, plotters, mice and etc.)

   Programming Languages :
   - dBASE, FoxBase, Clipper, Clarion, C, Fortran 77, Prolog, Assembler.

4. Eugene Selivanov and Sergey Kozlov, programmers
   Tasks :
   - any compilers design

   Programming Languages :
   - Turbo Pascal, REFAL, Prolog, Assembler.

5. Irina Gribova, mathematician
   Tasks :
   - Statistical processing
   - Documents preparation

   Tools :
   - StatGraphics, Explore, Systat, RATS, Word.

6. Vladimir Aleckseencov and his group
   Tasks :
   - global and local distributed computer network design and
     implementation (radial or star architecture)
   - LAN installation based on the western soft, hard and netware (for
     example using Advanced Netware - 286 network operating system,
     network adapters EtherNet, ArcNet, PC -Net and etc.).
   - any pattern recognition tasks:
     - in medical diagnoses
     - speech processing using vocoder methods
     - TV signal processing
   - digital signal processing
   - communication hardware design and implementation (modems and etc.)
   - computer aided design, using AutoCad or OrCad
   - scientific researches automation
   - any data base management systems

   Programming Languages :
   - Pascal, C, Fortran 77, Assembler PDP 1140, Assembler HP-3000,
     Assembler IBM-370, dBASE IV, Fox, Clipper 5.0, FoxPro

7. Dmitry Bogatchev and his group
   Tasks :
   - natural-language processing
   - expert systems shells
   - knowledge based information processing

   Programming Languages and Tools :
   - LISP, Prolog, PLANNER, POPLOG, TULIPS-2, SYSFORM.

STATISTICAL ANALYSIS

Victor Korolov and his group
Tasks :
1. Analysis of Time Series:
   - statistical trend analysis using Moving Average, Polynomial
     Regression, Intervention Model and NonLinear Regression Analysis
     methods;
   - Season ARIMA models developing with model identification
     (automatically), Statistical hypothesis on autoregression models
     parameters testing (originally developed in Moscow University);
   - Time series forecasting;
   - Parametric spectral density analysis with model identification
     performed automatically, non-parametric spectral density analysis;
   - Cross-Spectral density, Cross-correlation function and coherent
     function analysis;
   - Kepstral analysis for analysis of time series of type signal plus
     echo, echo removal in kepstral and time domain;
   - Data simulation (Seasonal ARIMA models) of wide class of trends
     including polynomial and dynamic model of intervention or arbitrary
     combination of elementary functions.

 2. Multivariate Analysis:
   - Classical methods
   - Multidimensional scaling
   - Ordination

3. Analysis of variance of linear models

4. Decision Analysis

5. Sequential Analysis

6. Planning of Experiments

7. Reliability Problems, including software reliability
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