Books

Linux GPU Drivers from Scratch is a comprehensive engineering guide to designing, implementing, debugging, and validating modern Linux GPU drivers at the kernel level. The book takes a ground-up approach to the Linux graphics stack, beginning with the architecture of the Direct Rendering Manager and progressing through hardware interfaces, display pipelines, memory management, command execution, synchronization, scheduling, virtualization, power management, security, diagnostics, and production readiness.

Coding CERN: A Technical Developer's GuideExplore the software, computing architectures, data pipelines, and high-performance systems behind modern high-energy physics. CERN is not simply a physics laboratory. It is one of the world's most demanding computing environments — combining extreme data rates, heterogeneous hardware, distributed storage, high-performance networking, real-time processing, large-scale simulation, machine learning, and scientific software engineering.

High-Performance Real-Time Systems in .NET Engineering ultra-low-latency, high-throughput real-time systems with .NET, WebSockets, SignalR, Kestrel, and distributed architectures. Modern real-time applications are expected to maintain persistent connections, process massive event streams, synchronize distributed state, and deliver predictable latency under extreme concurrency.

CUDA C++: High-Performance GPU Programming Master the GPU from the Streaming Multiprocessor to Production-Grade High-Performance Kernels CUDA C++: High-Performance GPU Programming is an advanced technical guide to GPU programming, CUDA execution, memory systems, kernel optimization, low-level hardware control, and high-throughput AI workloads.

Mastering NVIDIA CUDA: Expert GPU Programming About the BookTo master NVIDIA CUDA at an expert level, you must discard the outdated notion of the GPU as a mere "parallel co-processor" and instead view it as a highly integrated, self-orchestrating compute fabric.

The Quantization Black Book The definitive engineering reference for 4-bit quantization of large language models — from 70B all the way to 400B parameters. Written for the people who actually have to fold these models onto real hardware and keep them fast, accurate, and deployable. This is not an overview. It is a deep technical field manual covering the full quantization stack: the math, the algorithms, the hardware setup, the calibration process, the runtime kernels, and the memory tricks that make the difference between a model that runs and a model that doesn't.

Advanced IBM Quantum Computing and Qiskit Architecture: A Strategic Briefing Executive SummaryThe current landscape of quantum computing has shifted from a circuit-centric focus to a workload-centric ecosystem. The modern Qiskit architecture is designed to bridge the gap between idealized mathematical abstractions and the noisy, physical reality of IBM’s superconducting processors (such as the Eagle, Osprey, and Condor).

Running a 64-bit instance of Windows Vista Service Pack 2 in 2026 requires careful software version selection. Because modern web browsers and office applications dropped support for Vista years ago, the “latest” version available means finding the final compatible legacy release that runs securely and natively on Vista’s NT 6.0 architecture.