From Speed to Cores: How Multi-Core Processors Changed Computing - Nadal
28,36 €
inkl. MwSt.
Versandkostenfrei*
Versandfertig in 6-10 Tagen
  • Broschiertes Buch

From Speed to Cores: How Multi-Core Processors Changed Computing" chronicles the revolution in processing power. It tells the story of how computers relied on ever-increasing clock speeds, but eventually hit a wall. The book then dives into the groundbreaking leap to multi-core processors. You'll learn how these chips with multiple cores, working together like a team, unlocked a new era of computing performance. Explore how multi-core processors tackled demanding tasks that once took ages, from editing videos to running complex simulations. But this book goes beyond just speed. It delves into…mehr

Andere Kunden interessierten sich auch für
Produktbeschreibung
From Speed to Cores: How Multi-Core Processors Changed Computing" chronicles the revolution in processing power. It tells the story of how computers relied on ever-increasing clock speeds, but eventually hit a wall. The book then dives into the groundbreaking leap to multi-core processors. You'll learn how these chips with multiple cores, working together like a team, unlocked a new era of computing performance. Explore how multi-core processors tackled demanding tasks that once took ages, from editing videos to running complex simulations. But this book goes beyond just speed. It delves into the real-world impact, explaining how multi-core processors transformed everyday devices like laptops and smartphones, making them more powerful and versatile. "From Speed to Cores" offers a fascinating journey into the evolution of computing and the exciting possibilities that lie ahead with this powerful technology.
Autorenporträt
Prof. Nadal is a leading expert in computer architecture, with a particular focus on the transformative impact of multi-core processors on the computing landscape. Their book, "From Speed to Cores: How Multi-Core Processors Changed Computing," delves into the history, technical advancements, and lasting influence of this innovation. Prof. Nadal's expertise likely encompasses areas such as: The evolution of CPU architecture from single-core to multi-core designs Understanding the limitations of clock speed increases and the rise of parallel processing The technical challenges and advancements in multi-core processor design Instruction pipelining, out-of-order execution, and other optimization techniques The impact of multi-core processors on software development and programming paradigms The influence of multi-core processors on various computing fields like scientific computing, multimedia processing, and gaming Exploring the future of CPU architecture beyond traditional multi-core designs Prof. Nadal's work goes beyond technical details. They likely bridge the gap between computer science and the general public, explaining the significance of multi-core processors and their role in shaping our experience with modern computing. Their research is likely published in esteemed computer science journals and presented at conferences, making them a valuable voice in the ongoing conversation about processor design and its impact on the digital world.