Books

This third edition covers Rust 1.85 and the Rust 2024 Edition in full. The new chapters on concurrency, the 2024 edition migration, GPU computing, Go integration, and Linux kernel programming show where the Rust community has moved since the second edition, and where systems programming as a discipline is heading. You might be writing your first Rust function or your hundredth production service, but I hope this book makes the language feel less like a puzzle and more like a tool you are already familiar with. That was the only goal I had when I wrote it.

Haskell for FPGA Hardware Design: Use abstractions like monads and lenses to implement 1970's retro-computing devices like arcade machines and home computers.

Secure boot is what separates a trusted device from a compromised one — but the chain of trust from hardware fuses to a verified OS is rarely explained clearly. This illustrated guide walks you through every layer: root of trust, key provisioning, bootloader handoffs, certificate chains, and real-world attack vectors. 8 chapters, all visual, zero fluff.

If a humanoid robot carries about $28,000 a year in fixed cost, then at $60 contribution per billable hour it breaks even at roughly 467 billable hours per year, or just under 9 hours per week. But if supervision is heavier and contribution drops to $28 per hour, break-even jumps to 1,000 hours per year, or about 19.2 hours per week.

The definitive guide to programming on the ESP32.

What really happens inside your computer?A click seems simple.A program opens.A file loads.A webpage appears.But underneath that simple experience, billions of electronic components and thousands of layers of software are working together.Inside the Machine takes you beneath the interface—from bits and logic gates to CPUs, memory, storage, operating systems, and applications.Discover how information becomes computation, how processors execute instructions, how memory and caches keep data moving, how operating systems manage the machine, and how a computer goes from power-on to a running application.Stop seeing the computer as a black box. Start seeing the machine.

Discover how Java developers can contribute to a sustainable future. Written by Java Champions and community experts, this collaborative guide explores practical approaches to sustainable software engineering, from resource-efficient design to mindful architecture, empowering you to reduce your environmental impact while building better systems.

What connects a mechanical calculator, a modern smartphone, the Internet, and artificial intelligence?Everything.The technologies that define today's digital world did not emerge independently. They are chapters in a much larger story—a story that begins with binary numbers and mechanical calculation and leads to machines capable of learning, generating content, understanding language, and taking action.The Code Revolution follows this extraordinary journey from early computation to intelligent machines.Discover how code became software, software became infrastructure, information became data, data became intelligence, and intelligence is now becoming increasingly autonomous.From Binary to Brains, this is the story of how computing changed the world—and where it may go next.

What can you learn from hardware that comes with no documentation, missing schematics or a protocol nobody has explained? This book explores practical methods for uncovering how electronic systems work, combining hands-on investigation, software analysis and AI to turn unknown hardware into something you can understand, analyze and rebuild.

Laptop powers on, but the screen stays black? Learn how to troubleshoot no-display problems step by step. Discover practical methods for checking RAM, BIOS, LCD panels, backlights, display cables, GPU, and motherboard faults. A hands-on repair guide for beginners, hardware students, and technicians.

Stop Guessing. Start Diagnosing Laptop Motherboards Like a Technician.Discover how laptop motherboard circuits work, identify SMD components, trace power failures, and troubleshoot common no-power, no-display, and charging problems using a systematic approach. This illustrated 115-page repair guide features 33 chapters, practical diagnostic methods, 12 repair case studies, and an eight-week learning plan to help beginners and technicians develop stronger board-level troubleshooting skills.

Mantık kapısından silikona: Mehmet Burak Aykenar'ın beş ders serisi, 132 video, konuya göre yeniden düzenlenmiş tek bir Türkçe başvuru kitabında. Kodlar mümkün olan her yerde çalıştırılarak doğrulandı; rastlanan tutarsızlıklar gizlenmeden kayda geçirildi. Ücretsizdir.

What really makes software fast? This book takes you inside the modern CPU to show what happens to your code at the hardware level. Learn how to measure performance, find bottlenecks and turn slow code into faster code using practical techniques, real tools and real hardware.

Explore the Software, Computing Architectures, Data Pipelines, and High-Performance Systems Behind Modern High-Energy PhysicsCERN is more than a particle physics laboratory. It operates one of the world's most demanding scientific computing environments, bringing together extreme data rates, heterogeneous hardware, distributed storage, high-performance networking, real-time processing, large-scale simulation, machine learning, and advanced software engineering.Coding CERN: A Technical Developer's Guide explores the computing architecture behind experiments at the Large Hadron Collider (LHC), connecting detector electronics and real-time trigger systems with modern C++, ROOT, distributed computing, GPU acceleration, machine learning, high-performance computing, and global scientific infrastructure.The book takes a developer-oriented approach to the complete scientific computing pipeline, examining how physical events become digital signals, how those signals are filtered and reconstructed, and how the resulting data is stored, distributed, simulated, and analyzed across geographically dispersed computing facilities.

Ein praxisnahes Fachbuch über moderne Computerarchitektur, Hochleistungssysteme und evidenzbasierte Performance-Analyse.