GENERAL INFORMATION: Instructors: Sirakoulis Georgios
Semester: 8th
CREDITS: ECTS Units: 3
Teaching Units: 4
Theory Hours: 2
Exercises Hours: 1
Lab Hours: 2
COURSE PAGE: https://eclass.duth.gr/courses/TMA550/

Course Description
Principles of Complex Electronic Systems. Design methodologies, techniques and methods for the design and implementations of Complex Electronics Systems. EDA tools for FPGAs synthesis, FPGAs design parameters, FPGA future perspectives. Heterogeneous computing, unconventional and green computation. Future and Emergent Electronic Devices, Circuits, Models and Architectures. beyond CMOS Computing Devices and Circuits. Memristors. Quantum Cellular Automata. Neuromorphic Computing. Analysis and Design paradigms of Complex Electronic Systems for different applications, including image processing, computer vision, cryptography, real time systems, biological systems, etc. Study of IP cores of advanced computational tools, like Cellular Automata, Neural Networks, Fuzzy Logic, Bio-Inspired Optimization Techniques.