On Inverted Index Compression for Search Engine Efficiency. - Matteo Catena; Craig Macdonald; Iadh Ounis (ECIR, 2014)

Energy Efficiency in Web Search Engines. - Matteo Catena (FDIA, 2015)

A Study on Query Energy Consumption in Web Search Engines. - Matteo Catena; Nicola Tonellotto (IIR, 2015)

Load-sensitive CPU Power Management for Web Search Engines. - Matteo Catena; Craig Macdonald; Nicola Tonellotto (SIGIR, 2015)

Exploiting Green Energy to Reduce the Operational Costs of Multi-Center Web Search Engines. - Roi Blanco; Matteo Catena; Nicola Tonellotto (WWW, 2016)

Recent Advances in Energy Efficient Query Processing. - Matteo Catena; Nicola Tonellotto (IIR, 2017)

Energy Efficiency in Large Scale Information Retrieval Systems. - Matteo Catena (SIGIR Forum, 2017)

Energy-Efficient Query Processing in Web Search Engines. - Matteo Catena; Nicola Tonellotto (IEEE Trans. Knowl. Data Eng., 2017)

Efficient Energy Management in Distributed Web Search. - Matteo Catena; Ophir Frieder; Nicola Tonellotto (CIKM, 2018)

Performance Analysis of WebRTC-Based Video Streaming Over Power Constrained Platforms. - Manlio Bacco; Matteo Catena; Tomaso de Cola; Alberto Gotta; Nicola Tonellotto (GLOBECOM, 2018)

Enhanced News Retrieval: Passages Lead the Way! - Matteo Catena; Ophir Frieder; Cristina Ioana Muntean; Franco Maria Nardini; Raffaele Perego 001; Nicola Tonellotto (SIGIR, 2019)

Multiple Query Processing via Logic Function Factoring. - Matteo Catena; Nicola Tonellotto (SIGIR, 2019)

Relational Search and its Application to Investigative Intelligence Scenarios. - Stéphane Campinas; Matteo Catena; Renaud Delbru (IIR, 2023)

Siren Federate: Bridging the Gap Between Document and Relational Data Systems for Efficient Exploratory Graph Analysis. - Stéphane Campinas; Matteo Catena; Renaud Delbru (IDEAS, 2024)

Building Realistic Ground Truth Datasets of Personal Identification Information for Entity Matching. - Ifeoluwapo Aribilola; Matteo Catena; Mamoona Naveed Asghar; John G. Breslin; Renaud Delbru (ARES (Workshops 4), 2025)

Siren Federate: Bridging document, relational, and graph models for exploratory graph analysis. - Georgeta Bordea; Stéphane Campinas; Matteo Catena; Renaud Delbru (CoRR, 2025)