Amir Ansari

– FPGA development for the Koko TV/cinema production monitor. – Low-level C++ programming for integrated microprocessors on Xilinx Zynq FPGAs to achieve high-speed video transfer through Serial Digital Interface (SDI). – Multiprocessor system on a chip, Real Time Operating System (RTOS), Software Development Kit (SDK). – OpenCV, User Interface Simulator, Python, Tkinter.

– Biomedical image processing, Computer vision, Face detection, Biometric identification, Fraud detection, Facial image denoising by Convolutional Neural Networks (CNN). – Python, AWS, OpenCV, MatPlotLib, Python Imaging Library (PIL), Imgaug, Pandas, Tensorflow, PyTorch.

– Optics, Physics, Scientific report writing, Python.

– Image/Video Processing, Computer vision, Volumetric video coding. – Point cloud Compression/Fusion/Processing in parallelized C++ & Python using Open3D/CWI. – Video streaming by DASH standard. – End-To-End (E2E) Video pipeline implementation. – Parallel Processing, Multithreading, C++, Visual Studio. – Writing research proposals and grant acquisition.

– Lightfield (Multiview) Image/Video Processing/Watermarking/Compression/Visualization. – Depth/Disparity estimation of the Plenoptic Imagery. –Statistical Analysis, Time-Frequency Domain Signal Analysis, Digital Signal Processing, 4D Wavelet. – C++, Matlab, Python, Parallel Processing, OpenCV (With C++ and Python), Linux, Github, CUDA, Docker, Source Tree, Git Kraken, LaTex, Open3D, High Efficiency Video Coding- MultiView (HEVC-MV), Yolo, Visual Studio code, Scikit Learn, Numpy, Visual Studio and LATEX.

– FPGA implementation of Pose Estimation, Computer Vision and Image Processing algorithms. – Programming AVR microcontrollers (C, Assembly). – Co-software-hardware design for Telemetry systems using Siemens MC45, Simcom sim900 modules and u-blox ultra-sensetive GPS receiver. – Programming Xilinx Spartan FPGA for noise cancellation and digital filters, Configurable UART serial interface and Arithmetic-Logic Unit( ALU). – Designing PCB layout for microcontroler circuits (Protel DXP).

Honored with the Marie-Curie grant from the European Training Network of Full Parallax Imaging (ETN-FPI), with special focus on Image/Signal processing, 3D reconstruction using Light Field and Point Cloud, Computer Vision and Parallel Processing.

Studying subjects of Digital Telecommunication Systems, Statistical Analysis, Computer Vision, Image/SIgnal/Video Processing and Image/Video coding Thesis title: Hyperspectral Image Restration Using Fusion with Multispectral Image Fusion.