Reconfigurable Digital Instrumentation Based on FPGA. - G. Costantino Giaconia; Antonio Di Stefano; Giuseppe Capponi (IWSOC, 2003)

Efficient FPGA Implementation of an Adaptive Noise Canceller. - Antonio Di Stefano; Alessandro Scaglione; G. Costantino Giaconia (CAMP, 2005)

An FPGA-Based Adaptive Fuzzy Coprocessor. - Antonio Di Stefano; G. Costantino Giaconia (IWANN, 2005)

On the fidelity of IEEE 802.11 commercial cards. - Antonio Di Stefano; Alessandro Scaglione; Giovanni Terrazzino; Ilenia Tinnirello; Vito Ammirata; Luca Scalia; Giuseppe Bianchi 001; G. Costantino Giaconia (WICON, 2005)

An Experimental Testbed and Methodology for Characterizing IEEE 802.11 Network Cards. - Antonio Di Stefano; Giovanni Terrazzino; Luca Scalia; Ilenia Tinnirello; Giuseppe Bianchi 001; G. Costantino Giaconia (WOWMOM, 2006)

Experimental Assessment of the Backoff Behavior of Commercial IEEE 802.11b Network Cards. - Giuseppe Bianchi 001; Antonio Di Stefano; G. Costantino Giaconia; Luca Scalia; Giovanni Terrazzino; Ilenia Tinnirello (INFOCOM, 2007)

An embedded datalogger with a fast acquisition rate for in-vehicle testing and monitoring. - Gioacchino Fertitta; Antonio Di Stefano; Giuseppe Fiscelli; G. Costantino Giaconia (WISES, 2009)

A low power and high resolution data logger for submarine seismic monitoring. - Gioacchino Fertitta; Antonio Di Stefano; Giuseppe Fiscelli; Giuseppe Costantino Giaconia (Microprocess. Microsystems, 2010)

An Embedded Datalogger with a Fast Acquisition Rate for In-vehicle Testing and Monitoring - Automotive Testing. - Gioacchino Fertitta; Antonio Di Stefano; Giuseppe Fiscelli; G. Costantino Giaconia (Solutions on Embedded Systems, 2011)

High Resolution Time Domain Reflectometry for Dielectric State Monitoring in High Voltage Cables. - Gaetano Randazzo; Antonio Di Stefano; G. Costantino Giaconia (ApplePies, 2016)

Time domain symmetry parameters analysis for series arc fault detection. - Giovanni Artale; Antonio Cataliotti; Valentina Cosentino; Dario Di Cara; Antonio Di Stefano; Nicola Panzavecchia; Giovanni Tinè; Aurelio Zinno (AMPS, 2022)