Massimo Violante

About Massimo Violante

Massimo Violante, With an exceptional h-index of 44 and a recent h-index of 21 (since 2020), a distinguished researcher at Politecnico di Torino, specializes in the field of Dependable embedded systems.

His recent articles reflect a diverse array of research interests and contributions to the field:

Dependability in Embedded Systems: A Survey of Fault Tolerance Methods and Software-Based Mitigation Techniques

Guidelines for Implementing Control Flow Checking into Automotive Embedded Applications Developed with C Language

Towards In-Cabin Monitoring: A Preliminary Study on Sensors Data Collection and Analysis

An embedded low-cost solution for a fog computing device on the Internet of Things

A Novel Real-Time Redundant System For Aiding Drivers To Increase Their Attention Level

Exploring the Feasibility of Sleep Quality Evaluation with a Reduced Parameter Set

Real-time Sleep Prediction Algorithm using Commercial Off the Shelf Wearable Devices

Novel Control Flow Checking Implementations for Automotive Software

Massimo Violante Information

University

Position

___

Citations(all)

7432

Citations(since 2020)

1857

Cited By

6234

hIndex(all)

44

hIndex(since 2020)

21

i10Index(all)

145

i10Index(since 2020)

52

Email

University Profile Page

Google Scholar

Massimo Violante Skills & Research Interests

Dependable embedded systems

Top articles of Massimo Violante

Dependability in Embedded Systems: A Survey of Fault Tolerance Methods and Software-Based Mitigation Techniques

arXiv preprint arXiv:2404.10509

2024/4/16

Shaahin Angizi
Shaahin Angizi

H-Index: 22

Massimo Violante
Massimo Violante

H-Index: 23

Guidelines for Implementing Control Flow Checking into Automotive Embedded Applications Developed with C Language

2023/10/31

Jacopo Sini
Jacopo Sini

H-Index: 3

Massimo Violante
Massimo Violante

H-Index: 23

Towards In-Cabin Monitoring: A Preliminary Study on Sensors Data Collection and Analysis

arXiv preprint arXiv:2309.11890

2023/9/21

An embedded low-cost solution for a fog computing device on the Internet of Things

2023/9/18

Massimo Violante
Massimo Violante

H-Index: 23

A Novel Real-Time Redundant System For Aiding Drivers To Increase Their Attention Level

2023/8/28

Exploring the Feasibility of Sleep Quality Evaluation with a Reduced Parameter Set

2023/8/28

Luigi Pugliese
Luigi Pugliese

H-Index: 4

Massimo Violante
Massimo Violante

H-Index: 23

Real-time Sleep Prediction Algorithm using Commercial Off the Shelf Wearable Devices

2023/8/28

Luigi Pugliese
Luigi Pugliese

H-Index: 4

Massimo Violante
Massimo Violante

H-Index: 23

Novel Control Flow Checking Implementations for Automotive Software

2023/7/3

Jacopo Sini
Jacopo Sini

H-Index: 3

Massimo Violante
Massimo Violante

H-Index: 23

A user-extensible solution for deploying fog computing in industrial applications

2023/6/19

Massimo Violante
Massimo Violante

H-Index: 23

Rule-based Sleep-Apnea detection algorithm

2023/6/8

Luigi Pugliese
Luigi Pugliese

H-Index: 4

Massimo Violante
Massimo Violante

H-Index: 23

An experimental evaluation of control flow checking for automotive embedded applications compliant with iso 26262

IEEE Access

2023/5/24

Jacopo Sini
Jacopo Sini

H-Index: 3

Massimo Violante
Massimo Violante

H-Index: 23

A New Approach to Selectively Control Flow Checking Methods Compliant with ISO 26262

2023/5/9

Jacopo Sini
Jacopo Sini

H-Index: 3

Massimo Violante
Massimo Violante

H-Index: 23

A novel fuel injected mass feedback-control for single and multiple injections in direct injection systems for CI engines

Fuel

2023/2/15

POSTER: A New Approach to Selectively Control Flow Checking Methods Compliant with ISO 26262

2023

Jacopo Sini
Jacopo Sini

H-Index: 3

Massimo Violante
Massimo Violante

H-Index: 23

Implementation of Control Flow Checking—A New Perspective Adopting Model-Based Software Design

Electronics

2022/9/27

Jacopo Sini
Jacopo Sini

H-Index: 3

Massimo Violante
Massimo Violante

H-Index: 23

Use of Facial Expressions to Improve the Social Acceptance of Level 4 and 5 Automated Driving System Equipped Vehicles

2022/9/22

A Simulation-Based Approach to Aid Development of Software-Based Hardware Failure Detection and Mitigation Algorithms of a Mobile Robot System

Sensors

2022/6/21

Jacopo Sini
Jacopo Sini

H-Index: 3

Massimo Violante
Massimo Violante

H-Index: 23

A novel algorithm for detecting the drowsiness onset in real-time

IEEE Access

2022/4/18

Luigi Pugliese
Luigi Pugliese

H-Index: 4

Massimo Violante
Massimo Violante

H-Index: 23

A novel redundant validation IoT system for affective learning based on facial expressions and biological signals

Sensors

2022/4/4

A novel iso 26262-compliant test bench to assess the diagnostic coverage of software hardening techniques against digital components random hardware failures

Electronics

2022/3/14

Jacopo Sini
Jacopo Sini

H-Index: 3

Massimo Violante
Massimo Violante

H-Index: 23

See List of Professors in Massimo Violante University(Politecnico di Torino)

Co-Authors

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