Explore Xilinx's essential white paper on achieving DO-254 compliance for FPGA designers. This resource provides critical guidance for developing safety-critical hardware, ensuring your aerospace FPGA designs meet rigorous certification standards and robust design assurance principles.
Explore the fundamental concepts and practical applications of computer arithmetic algorithms and hardware designs. This encompasses a wide range of techniques for performing arithmetic operations efficiently in digital systems. From basic addition and subtraction to advanced multiplication and division algorithms, we delve into the underlying principles and corresponding hardware implementations, including considerations for performance, power consumption, and area optimization.
Explore the comprehensive guide to VLIW microprocessor hardware design, detailing the implementation processes on both Application-Specific Integrated Circuits (ASICs) and Field-Programmable Gate Arrays (FPGAs). This resource delves into optimizing complex processor architectures for high performance and efficiency in custom hardware environments, offering insights into the entire development lifecycle from conceptualization to physical realization.
Explore the fundamental principles of computer organization and architecture, delving into how computer systems are designed and function. This essential guide covers key components, data representation, instruction sets, and the interplay between hardware and software, providing a solid foundation for understanding modern computing.
Explore the critical methodologies for hardware design verification, focusing on the powerful combination of simulation-based approaches and rigorous formal methods. These essential techniques ensure the functional correctness, reliability, and robust performance of complex chip designs, mitigating costly errors early in the development cycle.
Explore the intricate world of the Pentium microprocessor through this comprehensive guide by James L Antonakos. Delving into its architecture, functionality, and historical significance, this resource is essential for understanding early Intel CPU development and computer architecture, offering insights for students and professionals alike.
Explore the fundamental concepts of computer organization and design with this comprehensive 2nd edition. This resource delves into core principles of computer architecture, covering essential topics from digital logic design to advanced hardware design principles, perfect for students and professionals seeking a deeper understanding of modern computer systems.