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FPGA-Based Real-Time OCT Processing
My role: FPGA architecture, implementation, system integration, and validation
This project explores the development of a real-time FPGA-based processing platform for Optical Coherence Tomography (OCT). The work combines biomedical imaging, digital signal processing, and hardware acceleration to transform raw spectral data into OCT images efficiently and reliably.
The system was designed, implemented, and validated as part of my doctoral research, with a focus on real-time processing and future integration into compact biomedical imaging systems.
Camera board!
Camera board!
This board is designed in four layers. It supports dual cameras, ultrasonic module, Bluetooth module, Wi-Fi module, gyro module, temperature and humidity sensor, three DC motor driver and step motor driver circuits, microphone module and two megabytes of external flash memory. You can follow the photos and videos of this module on my Instagram.
5 Inch LCD 800*480
5 Inch LCD 800*480
angle meter
angle meter
Data Logger
Data Logger
Modbus and Analog Data Logger
-LAN
-WIFI
-Bluetooth
-8 MB Internal Memory
-2 Independent RS-485 Bus
-8 Channel ADC
-microSD Card
...
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