Giuseppe Costantino GIACONIA: MS (89) and PhD(94) in Electronic Engineering at the University of Palermo (IT). Marie-Curie Fellow within Glasgow University Nanotechnology Lab (96-99). Co-author of over 100 scientific papers; Senior Lecturer of Digital Electronics and Microprocessors. Head of the ESDP Lab within the Department of Engineering of the University of Palermo; Responsible for the Bachelor's Degree in Cybernetic Engineering; Scientific Advisor of UNIPA’s Start-up Incubator. His
research has several areas of interest: optoelectronics and nanotechnologies and digital electronics systems. Deep knowledge of microprocessor-based hardware architectures, design, and implementation of programmable digital systems such as microcontroller and FPGA (Field Programmable Gate Array) through VHDL. Real-time computer control of laboratory equipment. Wireless local area network and the Internet of Things applications, as well as combustion engine micro-control, are among the most analyzed target applications. He is densely involved in several research projects both at the national and European level. He holds a few international patents and has pioneered three hi-tech spin-off companies.
Research Keywords & Expertise
Biomedical Electronics
Embedded Systems
FPGA
Microcontroller System
Optoelectronics Applic...
Fingerprints
22%
Embedded Systems
16%
FPGA
Short Biography
Giuseppe Costantino GIACONIA: MS (89) and PhD(94) in Electronic Engineering at the University of Palermo (IT). Marie-Curie Fellow within Glasgow University Nanotechnology Lab (96-99). Co-author of over 100 scientific papers; Senior Lecturer of Digital Electronics and Microprocessors. Head of the ESDP Lab within the Department of Engineering of the University of Palermo; Responsible for the Bachelor's Degree in Cybernetic Engineering; Scientific Advisor of UNIPA’s Start-up Incubator. His
research has several areas of interest: optoelectronics and nanotechnologies and digital electronics systems. Deep knowledge of microprocessor-based hardware architectures, design, and implementation of programmable digital systems such as microcontroller and FPGA (Field Programmable Gate Array) through VHDL. Real-time computer control of laboratory equipment. Wireless local area network and the Internet of Things applications, as well as combustion engine micro-control, are among the most analyzed target applications. He is densely involved in several research projects both at the national and European level. He holds a few international patents and has pioneered three hi-tech spin-off companies.
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