The Inter-integrated Circuit (I2C) Protocol is a protocol intended to allow multiple "slave" digital integrated circuits ("chips") to communicate with one or more "master" chips. The goal of the project is to design and implement I2C master and slave on FPGA board for further uses.
Project tag: zynq
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This project implements an end-to-end system of Advanced Encryption Standard (AES) algorithm. The implementation includes encryption/decryption engine implemented on FPGA and full software stack for Linux for interface with the hardware.
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The IoT ("Internet of Things") is a big trend in the industry nowadays, and one of the most commonly used products in IoT networks is a remote-controlled web camera. The purpose of this project was to build such a system, using two Zedboards (SoPC), a joystick, a screen, a motor controller and a stepper motor.
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Implementation of data cryptography embedded system using AES algorithm on Zync SoC. Finding the suitable architecture for portable system.
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Creating a core that encrypts/decrypts data quickly and efficiently using FPGA.
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The project goal is a detection of fast and low illumination light pulses in maximum light condition. This is done by using the SPAD (Single Photon Avalanche Diode).
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Perform complex video processing by hardware, software and both with embedded system. The embedded system is based on the ZYNQ component of Xillinx and FMC module.
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The ZED-board has an RGB output port. This port must be driven from logic in the reconfigurable logic portion of the FPGA. Aims is, to create a frame-buffer in memory, to be filled with data by a program running on an ARM, read its content via AIX DMA (Direct Memory Access) and send it to the logic to be created in VHDL for display on a RGB display.
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Implementation of the JPEG decompression algorithm using the Xilinx VIVADO HLS
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Hardware DLL - Real Time Partial Reconfiguration Management of FPGA by OS.