Embedded Systems Design Essentials (eBook, ePUB)
Definitive Reference for Developers and Engineers
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"Embedded Systems Design Essentials" "Embedded Systems Design Essentials" provides an authoritative and modern exploration of embedded systems, blending foundational principles with contemporary best practices for engineers and development teams. Beginning with a comprehensive survey of the embedded landscape, the book delves into the taxonomy, application domains, and critical trade-offs in performance, power, reliability, and cost that shape every design. Readers are introduced to the unique lifecycle and architectural characteristics distinguishing embedded systems from general-purpose comp...
"Embedded Systems Design Essentials"
"Embedded Systems Design Essentials" provides an authoritative and modern exploration of embedded systems, blending foundational principles with contemporary best practices for engineers and development teams. Beginning with a comprehensive survey of the embedded landscape, the book delves into the taxonomy, application domains, and critical trade-offs in performance, power, reliability, and cost that shape every design. Readers are introduced to the unique lifecycle and architectural characteristics distinguishing embedded systems from general-purpose computing, all while underscoring ethical, safety, and regulatory considerations vital to mission-critical deployments.
The text then methodically unpacks the hardware and software foundations essential to embedded platforms, covering microcontrollers, SoCs, memory hierarchies, power management, and fault-tolerant design. On the software side, it addresses both bare-metal and RTOS-based architectures, detailing boot processes, device drivers, middleware, and modular design practices. Advanced programming techniques are woven throughout, equipping readers with practical strategies for optimization, concurrency management, error handling, and robust system recovery to meet real-time and deterministic requirements.
With an eye toward real-world deployment, the book features extensive treatment of network protocols, wireless connectivity, and over-the-air management alongside rigorous methodologies for development, debugging, security, and compliance. Dedicated chapters address power optimization, reliability engineering, lifecycle management, and the nuances of integration and deployment in regulated industries. Case studies and emerging trends-including AI, IoT, and quantum-safe systems-round out this essential resource, making it indispensable for engineers, managers, and students seeking mastery over the complexities of embedded systems design.
"Embedded Systems Design Essentials" provides an authoritative and modern exploration of embedded systems, blending foundational principles with contemporary best practices for engineers and development teams. Beginning with a comprehensive survey of the embedded landscape, the book delves into the taxonomy, application domains, and critical trade-offs in performance, power, reliability, and cost that shape every design. Readers are introduced to the unique lifecycle and architectural characteristics distinguishing embedded systems from general-purpose computing, all while underscoring ethical, safety, and regulatory considerations vital to mission-critical deployments.
The text then methodically unpacks the hardware and software foundations essential to embedded platforms, covering microcontrollers, SoCs, memory hierarchies, power management, and fault-tolerant design. On the software side, it addresses both bare-metal and RTOS-based architectures, detailing boot processes, device drivers, middleware, and modular design practices. Advanced programming techniques are woven throughout, equipping readers with practical strategies for optimization, concurrency management, error handling, and robust system recovery to meet real-time and deterministic requirements.
With an eye toward real-world deployment, the book features extensive treatment of network protocols, wireless connectivity, and over-the-air management alongside rigorous methodologies for development, debugging, security, and compliance. Dedicated chapters address power optimization, reliability engineering, lifecycle management, and the nuances of integration and deployment in regulated industries. Case studies and emerging trends-including AI, IoT, and quantum-safe systems-round out this essential resource, making it indispensable for engineers, managers, and students seeking mastery over the complexities of embedded systems design.
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