Vasile Mădălin MOISE
Data și ora: 2020-09-28 18:30
Locația: Microsoft Teams
Rezumat teză de doctorat: Accesează
This thesis deals with the introduction of a new technology in car electronics by equipping a vehicle with a complex sensor structure that will provide centralized information about the gaseous component of the ambient air and the temperature in the passenger compartment using the technology of the Internet of Things. Thus transforming the vehicle into a mobile sensor connected to the Internet that will help highlight and create a new perspective on the atmospheric composition in applications such as air pollution management in the city. The more sensor structures mounted on vehicles, the higher the detection rate of possible dangers in real time. Air pollution and greenhouse gas measurements underlie a huge variety of applications, from academic research to services for individuals and companies. In addition to some basic meteorological parameters, measurements of air composition have traditionally been made by specialized organizations and qualified users.

Conducător de doctorat

Prof. dr. ing. Paul SVASTA, Universitatea Politehnica București, România.

Comisie de doctorat

Prof. dr. ing. Gheorghe BREZEANU, Universitatea Politehnica București, România
C.S.I. dr. ing. Carmen MOLDOVAN, Institutul Național de Cercetare Dezvoltare pentru Microtehnologie, România
Conf. dr. ing. Marian VLĂDESCU, Universitatea Politehnica București, România
C.S.I. dr. fiz. Liviu COȘEREANU, Institutul Național de Cercetare Dezvoltare Aerospațială „Elie Carafoli”, România.

Comisie de îndrumare

Prof. dr. ing. Alexandru VASILE, Universitatea Politehnica București, România
Ș.l. dr. ing. Alin-Gheorghiță MAZĂRE, Universitatea din Pitești, România
Dr. ing. Iulian BUȘU, Lumped Element.