Real-time Embedded Systems: Optimization, Synthesis, and Networking

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Real-Time Embedded Systems by Meikang Qiu (ebook)

His research interests include embedded systems, computer security, and wireless sensor networks. Jiayin Li is pursuing his Ph.


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Introduction to Real-Time Embedded Systems. Optimization for Real-Time Embedded Systems.

Multi-Core Embedded Systems Design. Resource Allocation with Inaccurate Information.

Real-Time Embedded Systems: Optimization, Synthesis, and Networking

Heterogeneous Parallel Computing. Networked Sensing and Monitoring Systems. Adaptive Resource Allocation in Cloud Systems. This welcome new addition to the study of real-time embedded systems should satisfy both generalists and researchers looking for current theories, algorithms, and a comprehensive analysis.

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Embedded Programming Lesson 22: RTOS part-1

Add to Wishlist. USD Average Review. Write a Review. The research topics that we have worked on and are currently of concern to us fall into the following categories:.

Since the complexity of such architectures is rapidly increasing, a systematic design methodology is essential to design optimal architectures with respect to costs, performance and extensibility. In-vehicle communication: ECUs are communicating via bus systems.

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The design parameterization and analysis of these bus protocols in terms of non-functional objectives like real-time properties, safety e. Here our research focuses on design and analysis of more recent communication protocols like Ethernet AVB and TSN and the support for flexibility and reconfigurability of conventional bus systems like FlexRay and CAN through, e. Timing analysis: Many of the functions in the automotive domain are safety-critical functions.

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A large portion of these have strict requirements on the timing properties. Therefore, it is often essential to provide timing guarantees in terms of task response time, communication latency or end-to-end latency for these applications. For example, different bus protocols implement different schedule schemes and therefore often require different timing analysis tools. Scheduling and schedule synthesis: Another important problem in the automotive embedded system is the scheduling problems, both on the processors and on the communication buses.

Real-Time Embedded Systems: Optimization, Synthesis, and Networking

The timing properties, as well as other aspects like the resource utilization, of the system depends strongly on the scheduling parameters. The approaches that can be employed for scheduling depends on the specifics of the scheduling schemes on the processors and the bus protocols. For example, for time-triggered architectures, schedule synthesis is often used, where the scheduling problem is formulated into a constraint-driven synthesis or optimization problem and solved using specific solvers.

For event-triggered systems, a combination of analysis methods and optimization techniques can be employed.

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