Hardware and GPU Programming Bundle

This book takes you from your first line of watchOS code to a polished App Store submission. You will learn the unique design philosophy behind the Apple Watch, how to architect apps that respect its constraints, how to integrate health sensors and connectivity APIs, and how to ship an app that feels native to the smallest screen in the Apple ecosystem. Whether you are an experienced iOS developer expanding into wearables or a watchOS newcomer, this book gives you the patterns, code samples, and hard-won advice you need to build apps people actually want on their wrists.

This book takes you on a complete journey through Arduino programming, from the very first lines of code to production-ready embedded systems connected to the cloud. Whether you are a complete beginner picking up your first breadboard or an experienced developer looking for a comprehensive reference, you will find detailed explanations, practical exercises, annotated code examples, and progressively challenging projects throughout. Covering electronics fundamentals, C/C++ programming, digital and analog I/O, sensors, actuators, communication protocols (UART, I2C, SPI, CAN, Bluetooth, Wi-Fi, and Ethernet), low-power design, memory management, debugging, robotics, IoT platforms, and cloud integration, this book is designed as both a university textbook and a practical reference for makers, students, engineers, and educators.

This book is a comprehensive, production-focused guide to building Automatic Speech Recognition (ASR) applications from the ground up. It covers the complete signal chain, with deep emphasis on Voice Activity Detection as the critical pre-processing step that determines what the ASR model actually sees. You will learn how to select and fine-tune state-of-the-art open-source models, design streaming and batch inference pipelines, deploy to production at scale, and continuously benchmark quality. Every chapter includes practical code examples, implementation walkthroughs, and references to leading open-source frameworks like Whisper, Vosk, ESPnet, SpeechBrain, and more. Whether you are building a voice assistant, a live captioning service, or a medical transcription pipeline, this book gives you the architectural knowledge and engineering judgment needed to ship a robust ASR system.

This book takes you from absolute beginner to advanced practitioner in CUDA programming. You will learn how GPUs execute code, how to design kernels that exploit parallelism at every level of the hardware hierarchy, and how to profile, debug, and optimize production applications. By the end, you will be able to write high-performance GPU code spanning AI training pipelines, scientific simulations, image processing, and high-performance computing using modern CUDA through the Blackwell architecture.

This book takes intermediate C++ developers from their first lines of Vulkan code to a deep understanding of how modern graphics APIs work under the hood. You will learn to initialize a Vulkan instance, select and configure a physical device, compile shaders into SPIR-V, manage memory explicitly, synchronize rendering across frames, and build robust applications that push GPU hardware to its limits. Each chapter builds on the last with idiomatic C++ code examples, real-world best practices drawn from production engines, and honest discussions of where Vulkan's explicit control pays dividends and where it introduces genuine complexity. By the end, you will have the knowledge and confidence to write high-performance graphics and compute applications that run efficiently across desktop, mobile, and embedded hardware.