
Contiki Operating System for Embedded IoT (eBook, ePUB)
Definitive Reference for Developers and Engineers
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"Contiki Operating System for Embedded IoT" "Contiki Operating System for Embedded IoT" is an authoritative guide for developers, engineers, and researchers building innovative solutions for the Internet of Things on constrained embedded platforms. This comprehensive volume explores Contiki's historical evolution, microkernel architecture, and energy-aware design philosophies, unpacking how these features underpin scalable and robust IoT deployments. The book delves into lightweight concurrency with protothreads, efficient memory management in limited environments, and platform portability-lay...
"Contiki Operating System for Embedded IoT"
"Contiki Operating System for Embedded IoT" is an authoritative guide for developers, engineers, and researchers building innovative solutions for the Internet of Things on constrained embedded platforms. This comprehensive volume explores Contiki's historical evolution, microkernel architecture, and energy-aware design philosophies, unpacking how these features underpin scalable and robust IoT deployments. The book delves into lightweight concurrency with protothreads, efficient memory management in limited environments, and platform portability-laying the groundwork for understanding Contiki's flexibility and longevity in rapidly changing IoT landscapes.
Beyond the core system, the text offers an in-depth survey of the development ecosystem: from build environments and modular code management to state-of-the-art simulation, robust deployment pipelines, and modern debugging practices. Readers will acquire practical knowledge of Contiki's networking capabilities, including 6LoWPAN, RPL, and application-layer protocols for reliable, low-power communication. Dedicated chapters reveal how to interface with a multitude of sensors, actuators, and peripherals, while emphasizing power efficiency, real-time performance, and system security through cryptographic primitives, secure boot, and defense against emerging IoT threats.
Augmenting the theoretical foundation with real-world deployments and advanced use cases, this book provides essential insight into industrial monitoring, smart environments, connected healthcare, and more. Forward-looking sections discuss Contiki-NG, edge AI, and integration with cloud and edge computing, guiding practitioners through future trends and ongoing research challenges. With practical case studies, code optimization techniques, and strategic perspectives on secure and scalable IoT operations, this book is an indispensable resource for mastering Contiki in today's connected world.
"Contiki Operating System for Embedded IoT" is an authoritative guide for developers, engineers, and researchers building innovative solutions for the Internet of Things on constrained embedded platforms. This comprehensive volume explores Contiki's historical evolution, microkernel architecture, and energy-aware design philosophies, unpacking how these features underpin scalable and robust IoT deployments. The book delves into lightweight concurrency with protothreads, efficient memory management in limited environments, and platform portability-laying the groundwork for understanding Contiki's flexibility and longevity in rapidly changing IoT landscapes.
Beyond the core system, the text offers an in-depth survey of the development ecosystem: from build environments and modular code management to state-of-the-art simulation, robust deployment pipelines, and modern debugging practices. Readers will acquire practical knowledge of Contiki's networking capabilities, including 6LoWPAN, RPL, and application-layer protocols for reliable, low-power communication. Dedicated chapters reveal how to interface with a multitude of sensors, actuators, and peripherals, while emphasizing power efficiency, real-time performance, and system security through cryptographic primitives, secure boot, and defense against emerging IoT threats.
Augmenting the theoretical foundation with real-world deployments and advanced use cases, this book provides essential insight into industrial monitoring, smart environments, connected healthcare, and more. Forward-looking sections discuss Contiki-NG, edge AI, and integration with cloud and edge computing, guiding practitioners through future trends and ongoing research challenges. With practical case studies, code optimization techniques, and strategic perspectives on secure and scalable IoT operations, this book is an indispensable resource for mastering Contiki in today's connected world.
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