Embedded systems architecture
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This book is dedicated to the development of embedded systems using STM32 with ARM processor cores. It will be of interest to engineers and programmers for studying system programming and embedded system device, as well as a study guide for students in relevant specialties for advanced learning of C/C++ for its application at the low level of operating system and device driver.
The first chapter briefly covers embedded systems and how they are structured. The second chapter provides practical recommendations on organizing the workflow and setting up the environment and other developer tools for embedded systems. The third chapter is dedicated to describing the life cycle of embedded system development. The fourth chapter describes the procedure for loading and executing software code. The fifth chapter discusses memory management: memory mapping, execution stack, dynamic memory allocation, memory protection. The sixth chapter explains how to interact with peripheral devices. The seventh chapter is dedicated to standard local buses (UART, SPI, I2C). The eighth chapter covers power management and energy saving in embedded systems. The ninth chapter addresses connecting embedded systems to data transmission networks and the Internet of Things. The tenth chapter describes the basics of parallel task execution and scheduler operation. The eleventh chapter describes the principles of managing system resources and organizing a trusted execution environment.
The book is supplemented with numerous detailed examples of source code, available in the repository, which can be tested on STM32 development boards.
The first chapter briefly covers embedded systems and how they are structured. The second chapter provides practical recommendations on organizing the workflow and setting up the environment and other developer tools for embedded systems. The third chapter is dedicated to describing the life cycle of embedded system development. The fourth chapter describes the procedure for loading and executing software code. The fifth chapter discusses memory management: memory mapping, execution stack, dynamic memory allocation, memory protection. The sixth chapter explains how to interact with peripheral devices. The seventh chapter is dedicated to standard local buses (UART, SPI, I2C). The eighth chapter covers power management and energy saving in embedded systems. The ninth chapter addresses connecting embedded systems to data transmission networks and the Internet of Things. The tenth chapter describes the basics of parallel task execution and scheduler operation. The eleventh chapter describes the principles of managing system resources and organizing a trusted execution environment.
The book is supplemented with numerous detailed examples of source code, available in the repository, which can be tested on STM32 development boards.
Author:
Author:Lakamera Daniele
Cover:
Cover:hardcover
Category:
- Category:Computer & Technology
- Category:Engineering & Transportation
Dimensions:
Dimensions:24.2x17.5x2 cm
ISBN:
ISBN:978-5-93700-206-8
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