Massimo Alioto

Professor, Director of the Integrated Circuits and Embedded Systems area

National University of Singapore (NUS)

Singapore

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About

Massimo Alioto is a Professor and the Director of the Integrated Circuits and Embedded Systems area at the National University of Singapore. His research focuses on low-power circuit design, including battery-less systems, voltage probing attack detection, and SRAM static entropy extraction. He has authored several recent articles addressing innovative solutions in integrated circuits and power-efficient technologies.

Articles (20)

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2025

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2021

Collaborators (8)

Hai Li

Clare Boothe Luce Professor

Duke University

UNITED STATES

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Salvatore Pennisi

Full Professor

Università degli Studi di Napoli Federico II

ITALY

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Karim Ali Ahmed

SINGAPORE

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Joydeep Basu

Nanyang Technological University

SINGAPORE

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Giuseppe Scotti

Associate Professor

Sapienza University of Rome

ITALY

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Paolo Crovetti

Associate Professor

Politecnico di Torino

ITALY

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Marco Lanuzza

Associate Professor

University of Calabria

ITALY

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Keshab K. Parhi

University of Minnesota

UNITED STATES

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Massimo Alioto

Research Interests

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About

Articles (20)

0.4-V nW-Power High-Gain Bulk-Driven Two-Stage OTA With Self-Cascode Composite Transistors and Intrinsic Current-Buffer Miller Compensation

Sub- μ W Battery-Less and Oscillator-Less Wi-Fi Backscattering Transmitter Reusing RF Signal for Harvesting, Communications, and Motion Detection

Interview With Prof. Jan Rabaey [Interview]

Laser Voltage Probing Attack Detection via Leakage Shift Monitoring Without Dedicated Sensors at 4.35% Area Overhead

SRAM Static Entropy Extraction From Every Single Transistor in Unmodified Bitcell and Data Fingerprinting for Provenance Assurance

Two-Stage Inverter-Based OTA With 56-dB Gain and Digitally Reconfigurable GBW/SR for PVT-Resiliency

Editorial: Special Issue for the 75th Anniversary of the IEEE Circuits and Systems Society [Editorial]

Picowatt-Power Super-Cutoff Analog Building Blocks and 78-pW Battery-Less Wake-Up Receiver for Light-Harvested Near-Always-On Operation

Guest Editorial Introduction to the Special Section on the 2023 IEEE International Solid-State Circuits Conference (ISSCC)

0.6-V, μW-Power Four-Stage OTA With Minimal Components, and 100× Load Range

Capacitance-to-Digital Converter for Harvested Systems Down to 0.3 V With No Trimming, Reference, and Voltage Regulation

Voltage Reference With Corner-Aware Replica Selection/Merging for 1.4-mV Accuracy in Harvested Systems Down to 3.9 pW, 0.2 V

Aggressive Design Reuse for Ubiquitous Zero-Trust Edge Security—From Physical Design to Machine-Learning-Based Hardware Patching

Dual-Mode Conversion Gating, Comparator Merging, and Reference-Less Calibration for 2.7× Energy Reduction in SAR ADCs Under Low-Activity Inputs

Laser Voltage Probing Attack Detection With 100% Area/Time Coverage at Above/Below the Bandgap Wavelength and Fully-Automated Design

Editorial Opening of the 2022 TVLSI Editorial Year—Connecting Trends From Society to VLSI Systems

In-Memory Unified TRNG and Multi-Bit PUF for Ubiquitous Hardware Security

TempDiff: Feature Map-Level CNN Sparsity Enhancement at Near-Zero Memory Overhead via Temporal Difference

On-Chip Links With Energy-Quality Tradeoff in Error-Resilient and Machine Learning Applications

From Less Batteries to Battery-Less Alert Systems with Wide Power Adaptation down to nWs—Toward a Smarter, Greener World

Collaborators (8)

Hai Li

Salvatore Pennisi

Karim Ali Ahmed

Joydeep Basu

Giuseppe Scotti

Paolo Crovetti

Marco Lanuzza

Keshab K. Parhi

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