In summary, this line of research focuses on the design and development of embedded systems, considering both hardware and software aspects, with applications in the area of control and automation of electronic systems and processes, real-time systems, anddevice-to-device communication. Each of these applications imposes a set of constraints on the embedded system to ensure the desired performance. These constraints include energy consumption, communication in noisy environments, system predictability, among others. The scope of this line of research encompasses the low-power microprocessing environments (hardware and software) directly or indirectly related to the power supply and control systems studied in the Power Electronics System line of research. Study topics include, but are not limited to:
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- Data communication networks;
- Protocols and security in embedded systems;
- Internet of things;
- Operating and real-time systems;
- Instrumentation;
- Fiber optic sensors;
- Software modeling and testability;
- Data mining and smart systems;
- Control of embedded systems;
- Analysis and conception of embedded systems (hardware and software).
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