Luca De Marchi
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Positions (1)
University of Bologna
University of Bologna
4 months ago
PhD opportunity at the University of Bologna in collaboration with CNR-IRPI on hydrology , remote sensing , Earth observation , artificial intelligence , and machine learning . The advertised research topic is the development of innovative methodologies for estimating river discharge at the global scale by integrating observations from different satellite missions with advanced AI/ML techniques. The project sits at the intersection of satellite-based river monitoring, multi-mission data fusion, and global-scale hydrological estimation. The post is shared by Angelica Tarpanelli , Senior Researcher at CNR-IRPI, and references the University of Bologna PhD programme Engineering and Information Technology for Structural and Environmental Monitoring and Risk Management (EIT4SEMM) . The programme page indicates a 3-year PhD , English language, and a scholarship amount of €1,450 net per month (subject to programme rules and possible variation). Eligibility highlights: motivated PhD candidate with strong interest in hydrology, satellite missions, environmental monitoring, AI, and ML. The post does not list detailed academic prerequisites, but applicants should consult the official call for full admission requirements. Application window: deadline is 15 June 2026 . Interested candidates should use the official application details linked in the post and the University of Bologna PhD page for the second round of applications.
4 months ago
Articles (1)
The aim of this work is to present a preliminary study for the design of a digital auscultation system, i.e., a novel wearable device for patient chest auscultation and a digital stethoscope. The development and testing of the electronic stethoscope prototype is reported with an emphasis on the description and selection of sound transduction systems and analog electronic processing. The focus on various microphone technologies, such as micro-electro-mechanical systems (MEMSs), electret condensers, and piezoelectronic diaphragms, intends to emphasize the most suitable transducer for auscultation. In addition, we report on the design and development of a digital acquisition system for the human body for sound recording by using a modular device approach in order to fit the chosen analog and digital mics. Tests were performed on a designed phantom setup, and a qualitative comparison between the sounds recorded with the newly developed acquisition device and those recorded with two commercial digital stethoscopes is reported.
Year:
2023
Collaborators (1)
Sabato Mellone
University of Bologna
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