Performance Analysis of a Low-Cost GNSS Receiver in Urban and Open-Sky Environments
Teacher and supervisor: Prof. Ludovico Biagi Area di ricerca: GNSS Positioning Keywords GNSS – Standard Point Positioning Description In the first
Teacher and supervisor: Prof. Ludovico Biagi Area di ricerca: GNSS Positioning Keywords GNSS – Standard Point Positioning Description In the first
TeacherVasil Yordanov (vasil.yordanov@polimi.it) TutorsPolychronis Kolokousis (polychronis.kolokousis@polimi.it) Research areaGeoinformatics KeywordGeospatial foundation models, Spatial embeddings, Down-sampling, Multi-scale representation TechnologiesLanguages: Python, Jupyter Notebook.
Design a prototype Figma extension to evaluate the accessibility of graphic prototypes based on web accessibility and voice interaction guidelines.
Tutor: Ludovica Piro Area: Web design, front-end development Background knowledge required: CSS, HTML and JavaScript knowledge is appreciated, but not
The project context is to support self-determination for users with intellectual disabilities living in co-housing environments through interaction with a
Docente: Giovanna Venuti Tutor Aziendale: Nicolò Taggio Planetek Italia (taggio@planetek.it) Area di ricerca: Machine Learning in weather forecasting Keywords Machine Learning, Weather Forecasting, Anemoi Description The proposed
Teacher: Giovanna Venuti Tutor: Dr. Daniela Stroppiana – CNR/IREA Description: This project focuses on the development of automated workflows for
Teacher: Giovanna Venuti Tutor: Andrea Gatti (Geomatics Research and Development srl – GReD) Research area: GNSS, Geospatial data analysis, Artificial
Docente Marco Santambrogio (marco DOT santambrogio AT polimi DOT it) Referente del progetto Alessandro Verosimile (alessandro DOT verosimile AT polimi
The goal of this project is to develop a reproducible validation framework to assess the accuracy and temporal consistency of