This book gives readers a hands-on, working knowledge of real-time operating systems and how they can be applied in the embedded system domain. The authors assess various case studies, using them as running examples to reinforce introduction of theoretical material. They also discuss increasingly popular open-source operating systems. Helpful for average system designers that have no significant previous experience with real-time operating systems, this book's content will help readers understand the benefits and weaknesses of each. With this knowledge, they can decide whether or not to adopt…mehr
This book gives readers a hands-on, working knowledge of real-time operating systems and how they can be applied in the embedded system domain. The authors assess various case studies, using them as running examples to reinforce introduction of theoretical material. They also discuss increasingly popular open-source operating systems. Helpful for average system designers that have no significant previous experience with real-time operating systems, this book's content will help readers understand the benefits and weaknesses of each. With this knowledge, they can decide whether or not to adopt it for a project, or rely on more traditional, but less powerful, techniques.
Introduction I: Concurrent Programming Concepts A Case Study: Vision Control. Real-Time Concurrent Programming Principles. Deadlock. Interprocess Communication Based on Shared Variables. Interprocess Communication Based on Message Passing. Interprocess Communication Primitives in POSIX/Linux. Interprocess Communication Primitives in FreeRTOS. Network Communication. Lock and Wait-Free Communication. II: Real-Time Scheduling Analysis Real-Time Scheduling Based on the Cyclic Executive. Real-Time, Task-Based Scheduling. Schedulability Analysis Based on Utilization. Schedulability Analysis Based on Response Time Analysis. Task Interactions and Blocking. Self-Suspension and Schedulability Analysis. III: Advanced Topics Internal Structure of FreeRTOS. Internal Structures and Operating Principles of Linux Real-Time Extensions. OS Abstraction Layer. Control Theory and Digital Signal Processing Primer.
Introduction I: Concurrent Programming Concepts A Case Study: Vision Control. Real-Time Concurrent Programming Principles. Deadlock. Interprocess Communication Based on Shared Variables. Interprocess Communication Based on Message Passing. Interprocess Communication Primitives in POSIX/Linux. Interprocess Communication Primitives in FreeRTOS. Network Communication. Lock and Wait-Free Communication. II: Real-Time Scheduling Analysis Real-Time Scheduling Based on the Cyclic Executive. Real-Time, Task-Based Scheduling. Schedulability Analysis Based on Utilization. Schedulability Analysis Based on Response Time Analysis. Task Interactions and Blocking. Self-Suspension and Schedulability Analysis. III: Advanced Topics Internal Structure of FreeRTOS. Internal Structures and Operating Principles of Linux Real-Time Extensions. OS Abstraction Layer. Control Theory and Digital Signal Processing Primer.
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