
Introduction to VHDL for digital circuits, covering syntax, modules, assignments, entities, processes, and state machines. Includes practical examples and resources for further learning.

Explore unorthodox approaches to software-defined infrastructure security, focusing on weak semantics and finite-state systems for improved verification and bug prevention in networking and configuration models.

Offene FPGA-Toolchain für mehrere Hersteller: Verilog zu Bitstream-Kompilierung ohne proprietäre Tools. Unterstützt moderne FPGAs für High-Resolution-Video und Gigabit-Netzwerke. Dokumentiert Bitstreams für neue Werkzeuge.

Explore hardware decompilation techniques to extract high-level functionality from integrated circuit netlists, drawing parallels with software decompilation for design recovery and hardware assurance.

Explore verifiable computation for untrusted ASICs, enabling high-assurance execution without compromising performance. Learn about the Zebra system's implementation and its potential to match trusted platform performance.

Explore hardware security validation techniques, Verilog vulnerabilities, and bug resolution methods in open-source core designs. Learn to identify and address security issues in integrated circuits.

Explore open-source FPGA development with SymbiFlow, the "GCC of FPGAs". Learn about its current status, supported FPGAs, and how hobbyists are revolutionizing hardware design.

Detailed exploration of Microwatt, an open-source soft-core implementation of Power ISA, discussing its microarchitecture and design choices influenced by the ISA specifications.

Explore open source hardware design with Tim Ansell as he discusses SystemVeryLog, parsers, and tools for FPGA development, emphasizing the importance of documentation in the field.

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

Learn to model BUS operations, use generate statements, and implement ripple carry adders in Verilog, enhancing your digital design skills and hardware description language proficiency.

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

Explore a novel approach to Verilog's formal semantics using λV, a core language addressing semantic pitfalls and facilitating tool development for hardware description languages.

Explore Verilog's fundamentals, including structural and dataflow modeling, for efficient hardware description and design.