Digital Circuits and Systems
Comprehensive exploration of digital circuits, from basic logic to advanced systems. Covers combinational and sequential circuits, arithmetic operations, state machines, and programmable logic devices.
Digital Electronic Circuits
Digital systems represent and manipulate digital signals. Such signals represent only finite number of discreet values. A signal can be discreet by nature whereas, a continuous signal can be discretized for digital processing and then converted back.
How Does a CPU Work and How to Create Your Own Processor
Explore CPU functionality and design your own processor in this comprehensive tutorial. Learn about registers, program counters, instruction execution, logic gates, and FPGA implementation.
Hackaday Logic Series - Basic Logic
Explore circuit logic fundamentals, including symbols, equations, and advanced concepts like tri-state and open collector, essential for understanding logic gates in system design.
Stanford Seminar - Building Billion Dollar Businesses
Insights on building transformational venture-scale businesses, exploring factors like gross margins, growth sources, network effects, and founding entrepreneurs in Silicon Valley's ecosystem.
The Soul of a New Machine - Rethinking the Computer
Explore the vision for a new rack-scale server-side machine, discussing open firmware, RISC-V, and Rust's role in revolutionizing computer architecture beyond traditional PC design.
Stanford Seminar - Accelerating ML Recommendation with Over a Thousand RISC-V-Tensor Processors
Explore Esperanto's innovative 7nm chip with 1000+ RISC-V processors, designed for efficient ML recommendation. Learn about its architecture, performance, and energy-saving features.
Stanford Seminar - Microprocessors
Explore the history and impact of the 4004 microprocessor with insights from industry pioneers, covering its development, architecture, and influence on modern computing.
Stanford Seminar - Dataflow for Convergence of AI and HPC - GroqChip
Explore dataflow history, AI-HPC convergence, and Groq's tensor streaming processor architecture. Learn about stream programming, deterministic execution, and distributed scale-out systems for efficient deep learning computations.
Exploiting Modern Microarchitectures - Meltdown, Spectre, & Other Hardware Attacks
Explore modern microarchitecture vulnerabilities like Meltdown and Spectre. Learn about hardware attacks, their mitigations, and the industry's approach to balancing performance and security.
Deep Learning in the Age of Zen, Vega, and Beyond
Explore deep learning challenges and solutions using AMD's Zen and Vega platforms, focusing on high-performance computing for training and inference in various applications.
Building an 8-Bit Breadboard Computer
Learn to build an 8-bit computer from scratch using breadboards, covering clock design, registers, ALU, RAM, program counter, and CPU control logic. Gain hands-on experience in digital electronics and computer architecture.
Build a 65C02-Based Computer From Scratch
Learn to build a functional 65c02-based computer from the ground up, covering hardware assembly, machine code, assembly language, and essential computer architecture concepts.
Computer Organization and Architecture
Comprehensive exploration of computer architecture, covering organization, instruction sets, addressing modes, memory hierarchy, cache mapping, pipelining, and I/O interfaces for GATE and UGC NTA NET preparation.
Digital Circuits
Comprehensive exploration of digital circuits, covering number systems, Boolean algebra, logic gates, arithmetic circuits, sequential circuits, finite state machines, data converters, memory, FPGA, VHDL, and microprocessors.
ARM Based Development
Explore ARM-based development, covering architecture, instruction sets, embedded systems, pipelining, memory management, and programming for ARM processors.
Digital Circuits and Systems
Comprehensive exploration of digital circuits and systems through 53 lectures, covering fundamental concepts to advanced applications in electronic design and analysis.
Artificial Life for Bigger and Safer Computing - C4 Public Lectures
Explore artificial life principles for computer architecture, addressing performance limits and security issues through bottom-up autonomy and ecological robustness in machine design.
16-Bit Virtual Machine in JavaScript
Learn to build a 16-bit virtual machine in JavaScript, covering memory access, stack mechanics, I/O, assembly language, parsing, code generation, and advanced topics like bank switching and interrupts.
Hardware Accelerated Database Lectures - Fall 2018
Explore cutting-edge hardware acceleration for database systems through expert talks from leading DBMS developers, focusing on implementation details and real-world challenges in modern computational and storage hardware.
Fusing Physics and Video Game Technology to Build a Commercial Drilling Training Simulator
Explore the fusion of physics and gaming tech in building a commercial drilling simulator, offering immersive training for precision horizontal drilling in virtual environments.