SKU/Artículo: AMZ-B0GHZHZCFK

Memory Management in Modern Operating Systems: Virtual Memory, Paging, Allocation Strategies, and Performance Optimization

Format:

Kindle

Kindle

Paperback

Detalles del producto
Disponibilidad:
Fuera de stock
Peso con empaque:
0.15 kg
Devolución:
Condición
Nuevo
Producto de:
Amazon
Viaja desde
USA

Sobre este producto
  • Master Memory to Maximize System PerformanceUnlock faster, more stable, and predictable systems by mastering memory management. This practical, modern guide demystifies how operating systems orchestrate virtual memory, paging, and allocation so you can design efficient software, fix hard bugs, and optimize performance with confidence.What You'll Learn?Virtual memory architecture, address translation, TLB behavior, and page tablesPaging and segmentation, demand paging, swapping, and thrashing preventionAllocation strategies including buddy, slab, TLSF, and malloc internalsPage replacement (LRU, CLOCK, ARC) and workload-aware tuningNUMA-aware allocation, huge pages, and cache-friendly data layoutsObservability with vmstat, perf, eBPF, and flame graphsBuilt for Real-World Engineering:From kernel-level concepts to application-level practices, you’ll get actionable patterns to reduce latency spikes, cut memory waste, and eliminate out-of-memory surprises—so you can ship faster with fewer incidents.Who It's For?Software engineers, systems programmers, and SREsPerformance engineers and DevOps practitionersStudents preparing for OS and systems interviewsInside You'll Find:Clear explanations grounded in modern OS internalsBattle-tested tuning checklists and diagnosticsCase studies that translate theory into measurable winsReady to level up your systems skills? Turn memory from a mystery into your competitive advantage—add this guide to your library and start optimizing today.

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