Name: | Dmitriy Anisimkov |
Date of birth: | January 09, 1968 |
E-mail: | anisimkov@yahoo.com |
Master degree
Ural State Technical University
Specializing: Electronics and Phisical Engineering
Degree work: Numerical spectrum analysis on the base of fast Fourier transform
Experience
Programming Languages: Ada95, PL/SQL, C, C++, Object Pascal, Unix Shell scripts, Transact SQL, HTML, XML, Java, Assembler Intel x86, Clipper, Clarion Database Management Systems: Oracle 8.1.7, MS SQL Server 6.5, Sybase SQL Anywhere, FoxPro 2.6, Borland InterBase Operating Systems: Windows NT, QNX, Linux, Sun Solaris 2.5.1 Development tools: GNAT, Rational Rose, Borland Delphi, Borland C++ builder, Microsoft VC++ Technologies: Win32 API, UML, OLE 2, ODBC, Borland Database Engine, Winsock 2.0 Hardware: PCs, Modems, UART Protocols: TCP-IP, HTTP, Ymodem, NetBIOS
Company: | ActForex, Inc. |
Location: | USA, New York |
Title: | Lead programmer |
Project: | Internet currency trading system. |
Tools: | GNAT-3.13 Ada95 compiler, PL/SQL, Oracle 8.1.7 |
Participation: |
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Use: |
Company: | ERA-1 IT Development Co. |
Location: | Omsk, Russia |
Title: | Programmer |
Project: | Online currency trading system under contract with Integrated Solutions, Inc., Stamford, CT, USA. |
Tools: | GNAT-3.12 Ada95 compiler, PL/SQL, Oracle 8.1.5 |
Participation: |
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Project: | Oil transfer accounting system. |
Objective: | This system detects oil stock quality and the quantity of the oil transferred through oil pipes. |
Tools: | QNX 4.24, Watcom C 10.6 |
Participation: | Developed a number of interacting real-time processes meant to obtain values from different sensors and controllers. One process is responsible for data exchange through a serial port with any number of controllers. The process obtains data from other processes, creates a data packet with a header and a checksum, transfers that data packet to a serial port, obtains a reply from the serial port, checks the checksum and finally sends a reply back to the process. Other processes are responsible for making requests and interpreting replies. |
Company: | Quadrat Ltd. |
Location: | Omsk, Russia |
Title: | Project supervisor |
Project: | Account management system for telephone joins on electrical/mechanical phone stations. |
Objective: | Allowing for the telecommunication companies to count the number and duration of telephone calls. |
Tools: | Borland Delphi, MS SQL Server 6.5 |
Participation: | Designed a simple network protocol and software components for interaction with hardware controllers thru the UART communication port. |
Use: | The system is installed and successfully used in the following Russian cities: Perm, Berezniky, Solikamsk, Nigniy Novgorod, Iaroslavl, Rostov na Donu, Ulan-Uda and Omsk. |
Project: | Equipment for the generation of automatic number definition signals in a telephone network. |
Tools: | MS Visual C++, Windows 98 DDK |
Participation: | Developed a device driver for the test equipment adapter. The device driver controls the test equipment, it counts time intervals by means of the interrupt signal and obtains the quantized signal by means of DMA. |
Company: |
Omsk Research Institute of Instrument-making. Department of communication systems. |
Location: | Omsk, Russia |
Title: | Programmer |
Project: | Device for shipborne communication. |
Tools: | C, Assembler |
Participation: | Program for testing some peripheral equipment and memory on controllers with the PDP-11 system architecture. |
Company: | Science/production association ELPRIS |
Location: | Omsk, Russia |
Title: | Programmer |
Project: | Automaton of call maintenance procedures for a telephone network customer. |
Tools: | Borland Pascal 6.0 |
Participation: | Developed editor and scenario interpreter of telephone join and algorithm for determination of the phone number on the base of Fast Fourier Transform. |
Company: | "ANIS" Ltd. |
Location: | Yekaterinburg, Russia |
Title: | Programmer |
Project: | Sectoring oil reservoirs. |
Tools: | Clipper, Borland C++ 2.0 |
Participation: | Developed unique software solution for sectoring oil reservoirs by volume and geometric methods |