Blockchain-Based Traceability of Inter-organisational Business Processes. - Claudio Di Ciccio; Alessio Cecconi; Jan Mendling; Dominik Felix; Dominik Haas; Daniel Lilek; Florian Riel; Andreas Rumpl; Philipp Uhlig (BMSD, 2018)

Interestingness of Traces in Declarative Process Mining: The Janus LTLp _f Approach. - Alessio Cecconi; Claudio Di Ciccio; Giuseppe De Giacomo; Jan Mendling (BPM, 2018)

Finding Non-compliances with Declarative Process Constraints Through Semantic Technologies. - Claudio Di Ciccio; Fajar J. Ekaputra; Alessio Cecconi; Andreas Ekelhart; Elmar Kiesling (CAiSE Forum, 2019)

The CitySPIN Platform: A CPSS Environment for City-Wide Infrastructures. - Amr Azzam; Peb Ruswono Aryan; Alessio Cecconi; Claudio Di Ciccio; Fajar J. Ekaputra; Javier D. Fernández; Sotiris Karampatakis; Elmar Kiesling; Angelika Musil; Marta Sabou; Pujan Shadlau; Thomas Thurner (CPSS@IOT, 2019)

Blockchain Support for Collaborative Business Processes. - Claudio Di Ciccio; Alessio Cecconi; Marlon Dumas; Luciano García-Bañuelos; Orlenys López-Pintado; Qinghua Lu 001; Jan Mendling; Alexander Ponomarev; An Binh Tran; Ingo Weber (Inform. Spektrum, 2019)

Behavioural Clustering by Extensive Declarative Specifications Measurements (Extended Abstract). - Alessio Cecconi (ICPM Doctoral Consortium / Tools, 2020)

A Temporal Logic-Based Measurement Framework for Process Mining. - Alessio Cecconi; Giuseppe De Giacomo; Claudio Di Ciccio; Fabrizio Maria Maggi; Jan Mendling (ICPM, 2020)

Detection of Statistically Significant Differences Between Process Variants Through Declarative Rules. - Alessio Cecconi; Adriano Augusto; Claudio Di Ciccio (BPM (Forum), 2021)

Measurement of Rule-based LTLf Declarative Process Specifications. - Alessio Cecconi; Claudio Di Ciccio; Arik Senderovich (ICPM, 2022)

Measuring the interestingness of temporal logic behavioral specifications in process mining. - Alessio Cecconi; Giuseppe De Giacomo; Claudio Di Ciccio; Fabrizio Maria Maggi; Jan Mendling (Inf. Syst., 2022)

Measuring rule-based LTLf process specifications: A probabilistic data-driven approach. - Alessio Cecconi; Luca Barbaro; Claudio Di Ciccio; Arik Senderovich (Inf. Syst., 2024)