Eugene Smirnov

Main duties — design, implementation and testing of various image processing algorithms for medical X-Ray imaging on TI TMS320C64x (DSP/BIOS, CCS 4.x) and TMS320C6678 (OpenMP, SYS/BIOS, CCS 5.x). I successfully finished a project of CAN & RS-232 to LPT interface converter on ARM LPC2294 board with embOS RTOS and a QNX RTOS LPT driver for the converter. Interface converter now installed in dozens of medical systems in clinics all over the Russia. We use Perforce and Quality Center.

Platforms: FPGA Virtex-5, Spartan-6, MCU Microblaze, TMS320C28x, ARM, x86; Technologies: FAT, SATA 3.0, USB, SPI, I2C, RS-232/485, MIL-1553; Languages: C, C++, Qt, Matlab, VHDL;

Design, implementation and testing of a novel hearing aid algorithm for the patients with King–Kopetzky syndrome in Matlab; Implementation and testing of the developed algorithm on DSP SHARK-21369 (VisualDSP, C); PCB design for an ultra low-power multi-core hybrid DSP Voyageur by Sound Design Technologies; Implementation and testing of the developed algorithm in assembler language for Voyageur; Clinical trials

Dissertation topic: Denoising of Medical X-Ray Image Sequences Using Contourlet Transform.

Thesis topic: SDR FM Demodulation Using Hilbert Transform.

Thesis topic: One-dimensional Statistics Analysis of Two-dimensional Images Using Space-filling Curve Scanning.