#FPGA Design

Learn FPGA design for embedded systems, covering architecture, design flow, tools like Quartus Prime, and advanced techniques. Gain practical skills in creating efficient digital circuits and systems.

Comprehensive guide to advanced FPGA design techniques, covering processors, microcontrollers, PCIE interfaces, and practical examples with ZYNQ for image processing and Linux implementation.

Explore AI-driven co-design of neural networks and hardware accelerators for edge devices, optimizing accuracy and efficiency through simultaneous architecture and hardware space exploration.

Explore rotational symmetry in FPGA-specific AES implementation, focusing on innovative approaches to enhance efficiency and side-channel protection in cryptographic designs.

Explore Chisel, a modern hardware description tool leveraging Scala for complex digital circuit design, offering improved ergonomics and software engineering practices over traditional HDLs.

Explore Verilog program compilation and simulation through hands-on demonstrations using iverilog and edaplayground tools.