Giorgio de Alteriis is a Researcher in Mechanical and Thermal Measurements at the University of Naples Federico II. He has a Ph.D. in Technology, Innovation, and Management from the University of Naples Federico II and the University of Bergamo. He has a master’s in Electronical Engineering from the University of Naples Federico II, cooperating with the Dept. of Industrial Engineering (DII) and Dept. of Electrical and Information Technology Engineering (DIETI). His doctoral studies focus on mechanical and thermal measurements and guidance navigation and control using MEMS technology for inertial navigation, measurements, and the data fusion algorithm. His research is currently oriented on innovative methods based on a redundant MEMS IMU configuration for bias and drift compensation. His scientific interests are also in microcontrollers and sensors for IoT-based distributed monitoring systems.
Research Keywords & Expertise
Data Fusion
Instrumentation
MEMS
Metrology
Sensors
Kalman filter
IoT
Data fusion and applic...
Measurement and metrol...
Inertial measurement u...
MEMS (Micro-Electro-Me...
Fingerprints
Sensors
MEMS
Inertial measurement units (IMUs)
Kalman filter
Instrumentation
IoT
Short Biography
Giorgio de Alteriis is a Researcher in Mechanical and Thermal Measurements at the University of Naples Federico II. He has a Ph.D. in Technology, Innovation, and Management from the University of Naples Federico II and the University of Bergamo. He has a master’s in Electronical Engineering from the University of Naples Federico II, cooperating with the Dept. of Industrial Engineering (DII) and Dept. of Electrical and Information Technology Engineering (DIETI). His doctoral studies focus on mechanical and thermal measurements and guidance navigation and control using MEMS technology for inertial navigation, measurements, and the data fusion algorithm. His research is currently oriented on innovative methods based on a redundant MEMS IMU configuration for bias and drift compensation. His scientific interests are also in microcontrollers and sensors for IoT-based distributed monitoring systems.