A visual sensor network for object recognition: Testbed realization. - Alessandro Redondi; Luca Baroffio; Antonio Canclini; Matteo Cesana; Marco Tagliasacchi (DSP, 2013)

Coding video sequences of visual features. - Luca Baroffio; Matteo Cesana; Alessandro Redondi; Stefano Tubaro; Marco Tagliasacchi (ICIP, 2013)

Rate-accuracy optimization of binary descriptors. - Alessandro Redondi; Luca Baroffio; João Ascenso; Matteo Cesana; Marco Tagliasacchi (ICIP, 2013)

Compress-then-analyze vs. analyze-then-compress: Two paradigms for image analysis in visual sensor networks. - Alessandro Redondi; Luca Baroffio; Matteo Cesana; Marco Tagliasacchi (MMSP, 2013)

Comparison of two paradigms for image analysis in visual sensor networks. - Antonio Canclini; Luca Baroffio; Matteo Cesana; Alessandro Redondi; Marco Tagliasacchi (SenSys, 2013)

Demo: Enabling Image Analysis Tasks in Visual Sensor Networks. - Luca Baroffio; Antonio Canclini; Matteo Cesana; Alessandro Redondi; Marco Tagliasacchi; György Dán; Emil Eriksson; Viktoria Fodor; João Ascenso; Pedro Monteiro (ICDSC, 2014)

Coding binary local features extracted from video sequences. - Luca Baroffio; João Ascenso; Matteo Cesana; Alessandro Redondi; Marco Tagliasacchi (ICIP, 2014)

Briskola: BRISK optimized for low-power ARM architectures. - Luca Baroffio; Antonio Canclini; Matteo Cesana; Alessandro Redondi; Marco Tagliasacchi (ICIP, 2014)

Enabling visual analysis in wireless sensor networks. - Luca Baroffio; Antonio Canclini; Matteo Cesana; Alessandro Redondi; Marco Tagliasacchi; György Dán; Emil Eriksson; Viktoria Fodor; João Ascenso; Pedro Monteiro (ICIP, 2014)

Bamboo: A fast descriptor based on AsymMetric pairwise BOOsting. - Luca Baroffio; Matteo Cesana; Alessandro Redondi; Marco Tagliasacchi (ICIP, 2014)

Performance evaluation of object recognition tasks in visual sensor networks. - Luca Baroffio; Matteo Cesana; Alessandro Redondi; Marco Tagliasacchi (ITC, 2014)

Coding Visual Features Extracted From Video Sequences. - Luca Baroffio; Matteo Cesana; Alessandro Redondi; Marco Tagliasacchi; Stefano Tubaro (IEEE Trans. Image Process., 2014)

Open-source and flexible framework for visual sensor networks. - Luca Bondi; Luca Baroffio; Matteo Cesana; Alessandro Enrico Redondi; Marco Tagliasacchi (ICDSC, 2015)

Cooperative features extraction in visual sensor networks: a game-theoretic approach. - Alessandro Enrico Redondi; Luca Baroffio; Matteo Cesana; Marco Tagliasacchi (ICDSC, 2015)

Hybrid coding of visual content and local image features. - Luca Baroffio; Matteo Cesana; Alessandro Redondi; Marco Tagliasacchi; Stefano Tubaro (ICIP, 2015)

GreenEyes: Networked energy-aware visual analysis. - Luca Baroffio; Matteo Cesana; Alessandro Redondi; Marco Tagliasacchi; João Ascenso; Pedro Monteiro; Emil Eriksson; György Dán; Viktoria Fodor (ICME Workshops, 2015)

Multi-view coding of local features in visual sensor networks. - Luca Bondi; Luca Baroffio; Matteo Cesana; Alessandro Redondi; Marco Tagliasacchi (ICME Workshops, 2015)

A Mathematical Programming Approach to Task Offloading in Visual Sensor Networks. - Alessandro Enrico Redondi; Matteo Cesana; Luca Baroffio; Marco Tagliasacchi (VTC Spring, 2015)

A visual sensor network for parking lot occupancy detection in Smart Cities. - Luca Baroffio; Luca Bondi; Matteo Cesana; Alessandro Enrico Redondi; Marco Tagliasacchi (WF-IoT, 2015)

Fast keypoint detection in video sequences. - Luca Baroffio; Matteo Cesana; Alessandro Redondi; Marco Tagliasacchi (CoRR, 2015)

Coding Local and Global Binary Visual Features Extracted From Video Sequences. - Luca Baroffio; Antonio Canclini; Matteo Cesana; Alessandro Redondi; Marco Tagliasacchi; Stefano Tubaro (IEEE Trans. Image Process., 2015)

Fast keypoint detection in video sequences. - Luca Baroffio; Matteo Cesana; Alessandro Redondi; Marco Tagliasacchi; Stefano Tubaro (ICASSP, 2016)

Reduced memory region based deep Convolutional Neural Network detection. - Denis Tomè; Luca Bondi; Luca Baroffio; Stefano Tubaro; Emanuele Plebani; Danilo Pau (ICCE-Berlin, 2016)

Multi-view coding and routing of local features in Visual Sensor Networks. - Alessandro Enrico Redondi; Luca Baroffio; Matteo Cesana; Marco Tagliasacchi (INFOCOM, 2016)

Camera identification with deep convolutional networks. - Luca Baroffio; Luca Bondi; Paolo Bestagini; Stefano Tubaro (CoRR, 2016)

EZ-VSN: An Open-Source and Flexible Framework for Visual Sensor Networks. - Luca Bondi; Luca Baroffio; Matteo Cesana; Alessandro Redondi; Marco Tagliasacchi (IEEE Internet Things J., 2016)

Game theoretic approach for cooperative feature extraction in camera networks. - Alessandro E. C. Redondi; Luca Baroffio; Matteo Cesana; Marco Tagliasacchi (J. Electronic Imaging, 2016)

Rate-energy-accuracy optimization of convolutional architectures for face recognition. - Luca Bondi; Luca Baroffio; Matteo Cesana; Marco Tagliasacchi; Giovani Chiachia; Anderson Rocha 001 (J. Vis. Commun. Image Represent., 2016)

Deep Convolutional Neural Networks for pedestrian detection. - Denis Tomè; Federico Monti; Luca Baroffio; Luca Bondi; Marco Tagliasacchi; Stefano Tubaro (Signal Process. Image Commun., 2016)

Compress-then-Analyze versus Analyze-then-Compress: What Is Best in Visual Sensor Networks? - Alessandro Redondi; Luca Baroffio; Lucio Bianchi; Matteo Cesana; Marco Tagliasacchi (IEEE Trans. Mob. Comput., 2016)

Metodi e algoritmi per l'analisi visuale distribuita su reti a basso impatto energetico. - Luca Baroffio (2016)

A Preliminary Study on Convolutional Neural Networks for Camera Model Identification. - Luca Bondi; David Güera; Luca Baroffio; Paolo Bestagini; Edward J. Delp; Stefano Tubaro (Media Watermarking, Security, and Forensics, 2017)

First Steps Toward Camera Model Identification With Convolutional Neural Networks. - Luca Bondi; Luca Baroffio; David Guera; Paolo Bestagini; Edward J. Delp; Stefano Tubaro (IEEE Signal Process. Lett., 2017)

Data-Driven Feature Characterization Techniques for Laser Printer Attribution. - Anselmo Ferreira; Luca Bondi; Luca Baroffio; Paolo Bestagini; Jiwu Huang; Jefersson A. dos Santos; Stefano Tubaro; Anderson Rocha 001 (IEEE Trans. Inf. Forensics Secur., 2017)