Circuit and Signal Processing

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The alliance of computers and telecommunications, defining the high-tech revolution of our time, is characterized by the convergence of the basic concepts of digital, analog, and mixed circuits (and systems), which enable the present devices to perform their intended function having major direct and indirect impacts on our lives. In this age of digital electronics,  the importance of analog circuitry and signal processing concepts is essential for the progress of the field and for new developments.

The aim of the Circuits and Signal Processing Section is to host significant and original contributions and state-of-the-art review articles in this field of research. The scope of this Section is broad, ranging from mathematical foundations to practical engineering applications, measurement techniques, compliance verification, and reliability studies.

Subject Areas

Topics of interest include but are not limited to:

• Circuits and systems for the Internet of Things (IoT);
• Circuits and systems for 5G networks;
• Circuits and systems of Radio Frequency (RF) applications;
• Analog, digital, and mixed signal processing building blocks;
• Non-linear circuits and systems;
• Amplifiers, Filters, Oscillators;
• Circuits and systems for biomedical applications;
• Power and energy circuits and systems;
• Multimedia systems and signal processing;
• Artificial intelligence-based learning for circuits and systems with low power consumption;
• Artificial intelligence applications to typical integrated circuits (including Analog/Digital, RF, mmWave);
• Memristor-based architectures based on artificial intelligence/machine learning techniques;
• Memristor-based neuromorphic computing systems;
• Energy harvesting circuits for wearable and implantable devices;
• Architectures for neural network applications;
• Circuits for stochastic computing systems.