PhD Graduates

"TOLERANT CELL FOR NANOELECTRONIC BASED COMPUTING", 4th February 2009

"ENERGY HARVESTING FROM HUMAN PASSIVE POWER", 5th June, 2009

"Strategies for built-in characterization testing and performance monitoring of analog RF circuits with temperature measurements", 27th September 2010

Prediction of the impact of substrate coupled switching noise on Frequency Synthesizers, using high-level analysis and "models", 11th July 2011.

"A low-power impulse radio ultra-wideband transceiver for short-range, high-speed wireless communications" 29th August 2011

"Design of Frequency Divider with Voltage Controlled Oscillator for 60 GHz Low Power Phase-Locked Loops in 65 nm RF CMOS", 9th March 2012.

"Design of broadband inductor-less RF front-ends with high dynamic range for G.hn", 6th July 2012

"Layout Regularity for Design and Manufacturability", 2nd of October 2012

Design of Reconfigurable RF circuits for Self-Compensation (2013)

Variability-aware Architectures based on Hardware Redundancy for Nanoscale Reliable Computation (2013)

Opportunities for Radio Frequency Nanoelectronic Integrated Circuits Using Carbon-Based Technologies, July 2014

Variability and Reliability Analysis of Carbon Nanotube Technology in the Presence of Manufacturing Imperfections, July 29, 2014

Regular Cell Design Approach Considering Lithography-Induced Process Variations, October 17, 2014

Reliability-Aware Memory Design Using Advanced Reconfiguration Mechanisms, November 16, 2015

Monitor amb control strategies to reduce the impact of Process Variations in digital circuits, December 12, 2015

Metodología de diseño lógico redundante para escenarios con ruido extremadamente alto y bajo voltaje de alimentación. January 19, 2016.

Ultra-low Power Circuits based on Tunnel FETs for Energy Harvesting Applications, May 19, 2017.

"Reliability-aware circuit design to mitigate impact of device defects and variability in emerging memristor-based applications", May 2020