Worst-case optimization applied to point-to-point digital communication and signal and power integrity in wearable electronics
keywords MATLAB, MODELING AND SIMULATION, OPTIMIZATION, SPICE SIMULATION, TRANSMISSION LINES
Reference persons IGOR SIMONE STIEVANO, RICCARDO TRINCHERO
Research Groups EMC Group (Electromagnetic Compatibility)
Thesis type RESEARCH
Description This activity is aimed at demonstrating an optimization strategy for systems affected by uncertainties in the case of a textile interconnect line. Rather than simply conducting stochastic analysis at the end of the design process, tolerances are accounted for from the early stages of the flow. An unsupervised approach, used to describe the stochastic behavior of the line, will be integrated within a heuristic optimization algorithm for selecting the optimal parameters of a passive equalizer.
The activity is jointly carried out with colleagues of the "Universite' de Bretagne Occidentale" (UBO), Brest, France. A possible internship in France will be considered after the initial part of the work.
Required skills Matlab, SPICE, circuit theory and analog electronics
Deadline 14/02/2023 PROPONI LA TUA CANDIDATURA