( ), a San Francisco State University Center for Computing in the Life Sciences Mini-Grant to J.H.S. This is an open-access article distributed under the terms of the Creative Commons Public Domain declaration which stipulates that, once placed in the public domain, this work may be freely reproduced, distributed, transmitted, modified, built upon, or otherwise used by anyone for any lawful purpose.įunding: This work was supported by National Science Foundation NSF-IOB 0533920 to J.H.S. Received: JAccepted: JanuPublished: February 19, 2010 Brahmachari, Institute of Genomics and Integrative Biology, India (2010) The Porcelain Crab Transcriptome and PCAD, the Porcelain Crab Microarray and Sequence Database. Business correspondence.Citation: Tagmount A, Wang M, Lindquist E, Tanaka Y, Teranishi KS, Sunagawa S, et al. – Free reading of technical literature on English. – Extensive practical experience in creating image recognition systems – Significant experience with graphics for Win API Creation of own components for new equipment and component of work programs. Collecting target platform data and creating configurations. – Extensive experience with embedded operating systems of the Win Embedded family. – I know the TCP / IP stack very well, created my own implementation of the WEB server
#Creating a component pcad 2006 software
– Work with USB, software support from both MK and PC.
– DirectShow video capture and processing, creation of your own filters. – I know Win32 API, COM technology very well. – VHDL, experience in creating complex models for Xilinx FPGA – Pascal (DELPHI), has experience in creating large software products on it. – С / С ++, I write understandable and documented code. Programming languages and equipment descriptions: – Altium Designer development of circuitry, PCB topology, 3D PCB design, component libraries. – ISE IDE for creating and synthesizing models for FPGA Xilinx – RTOS, used different operating systems for one crystal controllers (jacOS, TNKernel, OSA) – Knowledge of assembler for most Microchip controller families
– All popular C / C ++ compilers (Hi-Tech PICC/PICC18, MPLAB C18/C30/C32)
– MPLAB IDE for “Microchip Technology” microcontrollers – Creation of multiphase pulsed DC power supplies 1000W and more – Experience in creating power units for controlling DC motors, stepper motors – I used a large number of different auxiliary microcircuits (DRAM memory, Flash memory, RTC, video processors, CCD chips, various sensors, GSM modems, etc.) – Microprocessors Texas Instruments (TMS) – NXP (Philips) based on ARM core (LPC2K) – Microchip all families from PIC10 to PIC32 Dividing the task into stages and planning the time of work execution at each stage of development. Planning the block diagram of the device and general construction. Experience in communicating with the customer, understanding his needs and building a well-developed technical task. A brief description of some of the developments can be found on this site. Developments have been done for various companies over the years. Creation and maintenance of databases is quite an interesting and responsible job, but I do not consider this to be my main calling.įrom 2004 to the present day I am engaged in the development of various electronic equipment and software development. Administration of networks based on Win2000 Server and Win2003 Server. Construction and maintenance of local networks.
#Creating a component pcad 2006 drivers
Writing drivers for working with retail equipment (barcode scanners, label printers, magnetic card readers, POS terminals, autonomous fiscal registers). Department of Materials and Technological Processes in the specialty Electronic Mechanical Engineering (MT-11)įrom 1995 to 2004 he worked as the head of the technical department of the trading network “Электронный двор” and “Кухонный двор” ( Developed and supported the operation of the accounting program based on FoxPro, and then 1C. Graduated from Moscow State Technical University.