Verilog for Digital Design and Simulation - Definitive Reference for Developers and Engineers
Richard Johnson
Publisher: HiTeX Press
Summary
"Verilog for Digital Design and Simulation""Verilog for Digital Design and Simulation" is an authoritative and comprehensive guide crafted for engineers, students, and professionals seeking mastery in digital system design using Verilog HDL. Spanning from fundamental language constructs to advanced design methodologies, the book elucidates Verilog’s syntax, hierarchical modeling, combinational and sequential circuit design, and the intricacies of timing, simulation, and synthesis. Each chapter is meticulously structured, introducing not only essential concepts such as data types, modules, and event semantics, but also delving into the nuances of parameterization, race condition mitigation, and scalable hardware description techniques.Beyond foundational theory, the book excels in bridging the gap to practical design verification and implementation. Readers are guided through modern testbench construction, comprehensive verification methodologies including UVM and SystemVerilog integration, and critical simulation-centric debugging practices. The text emphasizes robust code practices, resource and power optimization strategies, formal equivalence checking, and mixed-language co-simulation—all with direct application to real-world industrial flows. Special attention is devoted to interface design, bus and memory protocols, and the implementation of system-level emulation and FPGA prototyping.The concluding sections explore the evolving HDL ecosystem, highlighting open-source tools, high-level synthesis, security, and best practices for large-scale projects. By synthesizing up-to-date research insights and offering future-facing perspectives, "Verilog for Digital Design and Simulation" establishes itself as an indispensable reference for both seasoned hardware developers and newcomers aspiring to excel in the dynamic field of digital design and simulation.
Available since: 06/09/2025.
Print length: 250 pages.
