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Ateneo
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Ateneo

Filippo Pietroni

Filippo Pietroni
PhD student

 

Research Areas

His research activity concerns instrumentation and methodologies for microclimate analysis and indoor human thermal comfort. These aspects regard development of embedded solutions and ad-hoc graphical user interfaces. His interest is focused on the integration between microclimate parameters measurements (e.g. Air Temperature, Relative Humidity, Air Velocity, Solar Radiation, Surface Temperatures) and biomedical measurements for human thermal comfort (e.g. Heart Rate, Breathing Rate).

Capsule Bio

Filippo Pietroni received the Laurea degree (cum laude) in Biomedical Engineering at Università Politecnica delle Marche, in 2011. His thesis entitled “Progetto e sviluppo di un sistema di misura per il monitoraggio della temperatura in terapia intensiva neonatale” has been developed at the DIISM (Department of Industrial Engineering and Mathematical Sciences) of the Univerisità Politecnica delle Marche. He received his Ph.D. degree in Mechanical Engineering and Management from Università Politecnica delle Marche with a thesis entitled “Development and validation of a low-cost tool for real-time thermal comfort monitoring in indoor environments“.

Since 2015, he is a research fellow at the DIISM of the Università Politecnica delle Marche.

Pubblications

  1. Revel G.M., Arnesano M., Pietroni F., Frick J., Reichert M., Krüger M., Schmitt K., Huber J., Ebermann M., Pockelé L., Khanlou A., Ekonomakou A., Balau J., Pascale C., De Falco F., Landò R., Battista U., & Stuart J. (2013). Advanced tools for the monitoring and control of indoor air quality and comfort. Environmental Engineering and Management Journal, 12(9).
  2. Revel G.M., Arnesano M., & Pietroni F. (2013). An innovative low cost IR system for real-time measurement of human thermal comfort. In Proceedings International Conference IAQ2103 (Vancouver, October 2013).
  3. Frick J., Reichert M., Baumbach G., Shuyang S., Neuwirth A., Krüger M., Schmitt K., Huber J., Ebermann M., Pockelé L., Khanlou A., Ekonomakou A., Balau J., Revel G.M., Arnesano M., & Pietroni F. (2013). Monitoring and Improvement of Indoor Environments in Cultural Heritage. In Conference proceedings EWCHP 2013: European Workshop on Cultural Heritage Preservation.
  4. Revel G.M., Arnesano M., & Pietroni F. (2014). A Low-Cost Sensor for Real-Time Monitoring of Indoor Thermal Comfort for Ambient Assisted Living. In Ambient Assisted Living: Italian Forum 2013 (pp. 3-12). Springer International Publishing.
  5. Revel G.M., Arnesano M., & Pietroni F. (2014). Development and validation of a low-cost infrared measurement system for real-time monitoring of indoor thermal comfort. Measurement Science and Technology, 25(8), 085101.
  6. Revel G.M., Arnesano M., Pietroni F., Schmidt M., & Kaschtschejewa O. (2014). Evaluation in a controlled environment of a low-cost IR sensor for indoor thermal comfort measurement. In Proceedings International Conference QIRT 2014.
  7. Revel G.M., Arnesano M., & Pietroni F. (2014). A method to employ low-cost IR sensors for the indoor thermal comfort measurement. In Conference proceedings of IX Congress of National Group of Mechanical and Thermal Measurements (Ancona, September 2014).
  8. Revel G.M., Arnesano M., Pietroni F., Frick J., Reichert M., Krüger M., Schmitt K., Huber J., Ebermann M., & Pockelé L. (2014). The monitoring of indoor air quality and comfort: the experience of the project CETIEB. P-ESEM, 87.
  9. Revel G.M., Pietroni F., Zarli A., & Anfosso A. (2014). Enhancing the built environment for ageing at home through ICTs and advanced sensing. Paper for international conference The Cities of Tomorrow: the challenges of Horizon 2020.
  10. Revel G.M., Arnesano M., & Pietroni F. (2015). Integration of Real-Time Metabolic Rate Measurement in a Low-Cost Tool for the Thermal Comfort Monitoring in AAL Environments. In Ambient Assisted Living (pp. 101-110). Springer International Publishing.
  11. Cosoli G., Casacanditella L., Pietroni F., Calvaresi A., Revel G.M., & Scalise L. (2015). A novel approach for features extraction in physiological signals. In Medical Measurements and Applications (MeMeA), 2015 IEEE International Symposium on (pp. 380-385). IEEE.
  12. Revel G.M., Pietroni F., Casaccia S., Scalise L., Arnesano M., Seri F., Zampetti L., Tomasini E.P. (2015). Sensors for Home and Building applications: some research projects. In Conference proceedings of XXIII Congress of National Group of Electrical and Electronic Measurements (Lecco, September 2015).
  13. Scalise L., Casaccia S., Cosoli G., Casacanditella L., Pietroni F., Rohrbaugh J., Tomasini E.P. (2015). Non-contact assessment of blood pressure wave by means of vibrocardiography. In conference proceedings Laser Florence (Florence, November 2015).

 

Email:
f.pietroni@pm.univpm.it

Office Phone:
+39 071 220 4508

Room:
Q185_010