A Scalable Architecture for Cooperative Web Caching. - Riccardo Lancellotti; Bruno Ciciani; Michele Colajanni (NETWORKING Workshops, 2002)

Scalability of Cooperative Algorithms for Distributed Architectures of Proxy Servers. - Riccardo Lancellotti; Francesca Mazzoni; Michele Colajanni (ICWI, 2003)

Distributed Cooperation Schemes for Document Lookup in Multiple Cache Servers. - Riccardo Lancellotti; Bruno Ciciani; Michele Colajanni (NCA, 2003)

Cooperative Architectures and Algorithms for Discovery and Transcoding of Multi-Version Content. - Claudia Canali; Valeria Cardellini; Michele Colajanni; Riccardo Lancellotti; Philip S. Yu (WCW, 2003)

Cooperative TransCaching: A System of Distributed Proxy Servers for Web Content Adaptation. - Claudia Canali; Valeria Cardellini; Michele Colajanni; Riccardo Lancellotti; Philip S. Yu (WWW (Posters), 2003)

Peer-to-peer workload characterization: techniques and open issues. - Mauro Andreolini; Michele Colajanni; Riccardo Lancellotti (HOT-P2P, 2004)

Analysis of Peer-to-Peer Systems: Workload Characterization and Effects on Traffic Cacheability. - Mauro Andreolini; Riccardo Lancellotti; Philip S. Yu (MASCOTS, 2004)

Fine grain performance evaluation of e-commerce sites. - Mauro Andreolini; Michele Colajanni; Riccardo Lancellotti; Francesca Mazzoni (SIGMETRICS Perform. Evaluation Rev., 2004)

Architectures for scalable and flexible Web personalization services. - Claudia Canali; Sara Casolari; Riccardo Lancellotti (AAA-IDEA, 2005)

Distributed Systems to Support Efficient Adaptation for Ubiquitous Web. - Claudia Canali; Sara Casolari; Riccardo Lancellotti (HPCC, 2005)

Performance Comparison of Distributed Architectures for Content Adaptation and Delivery of Web Resources. - Claudia Canali; Valeria Cardellini; Michele Colajanni; Riccardo Lancellotti (ICDCS Workshops, 2005)

A Two-Level Distributed Architecture for Efficient Web Content Adaptation and Delivery. - Claudia Canali; Valeria Cardellini; Michele Colajanni; Riccardo Lancellotti; Philip S. Yu (SAINT, 2005)

Hybrid cooperative schemes for scalable and stable performance of Web content delivery. - Riccardo Lancellotti; Francesca Mazzoni; Michele Colajanni (Comput. Networks, 2005)

Web System Reliability and Performance. - Mauro Andreolini; Michele Colajanni; Riccardo Lancellotti (Web Engineering, 2006)

A distributed architecture to support infomobility services. - Claudia Canali; Riccardo Lancellotti (AAA-IDEA, 2006)

Distributed Architectures for High Performance and Privacy-Aware Content Generation and Delivery. - Claudia Canali; Michele Colajanni; Riccardo Lancellotti (AXMEDIS, 2006)

Distribution of Adaptation Services for Ubiquitous Web AccesDriven by User Profiles. - Claudia Canali; Michele Colajanni; Riccardo Lancellotti (ISCC, 2006)

Content Adaptation Architectures Based on Squid Proxy Server. - Claudia Canali; Valeria Cardellini; Riccardo Lancellotti (World Wide Web, 2006)

Impact of request dispatching granularity in geographically distributed Web systems. - Mauro Andreolini; Claudia Canali; Riccardo Lancellotti (NCA, 2007)

A Distributed Infrastructure Supporting Personalized Services for the Mobile Web. - Claudia Canali; Michele Colajanni; Riccardo Lancellotti; Philip S. Yu (WiMob, 2007)

Impact of Social Networking Services on the Performance and Scalability of Web Server Infrastructures. - Claudia Canali; José Daniel García; Riccardo Lancellotti (NCA, 2008)

Resource Management Strategies for Mobile Web-Based Services. - Claudia Canali; Michele Colajanni; Riccardo Lancellotti (WiMob, 2008)

Hot Set Identification for Social Network Applications. - Claudia Canali; Michele Colajanni; Riccardo Lancellotti (COMPSAC (1), 2009)

A flexible and robust lookup algorithm for P2P systems. - Mauro Andreolini; Riccardo Lancellotti (IPDPS, 2009)

Performance Evolution of Mobile Web-Based Services. - Claudia Canali; Michele Colajanni; Riccardo Lancellotti (IEEE Internet Comput., 2009)

Adaptive Algorithms for Efficient Content Management in Social Network Services. - Claudia Canali; Michele Colajanni; Riccardo Lancellotti (CIT, 2010)

Characteristics and evolution of content popularity and user relations in social networks. - Claudia Canali; Michele Colajanni; Riccardo Lancellotti (ISCC, 2010)

A Two-level distributed architecture for the support of content adaptation and delivery services. - Claudia Canali; Michele Colajanni; Riccardo Lancellotti (Clust. Comput., 2010)

Resource Management Strategies for the Mobile Web. - Claudia Canali; Michele Colajanni; Riccardo Lancellotti (Mob. Networks Appl., 2010)

Dynamic Request Management Algorithms for Web-Based Services in Cloud Computing. - Riccardo Lancellotti; Mauro Andreolini; Claudia Canali; Michele Colajanni (COMPSAC, 2011)

Assessing the overhead and scalability of system monitors for large data centers. - Mauro Andreolini; Michele Colajanni; Riccardo Lancellotti (CloudCP@EuroSys, 2011)

Automated clustering of VMs for scalable cloud monitoring and management. - Claudia Canali; Riccardo Lancellotti (SoftCOM, 2012)

A quantitative methodology based on component analysis to identify key users in social networks. - Claudia Canali; Riccardo Lancellotti (Int. J. Soc. Netw. Min., 2012)

Automatic virtual machine clustering based on bhattacharyya distance for multi-cloud systems. - Claudia Canali; Riccardo Lancellotti (MultiCloud@ICPE, 2013)

Algorithms for Web service selection with static and dynamic requirements. - Claudia Canali; Michele Colajanni; Riccardo Lancellotti (Serv. Oriented Comput. Appl., 2013)

A Scalable Monitor for Large Systems. - Mauro Andreolini; Marcello Pietri; Stefania Tosi; Riccardo Lancellotti (CLOSER (Selected Papers), 2014)

An adaptive technique to model virtual machine behavior for scalable cloud monitoring. - Claudia Canali; Riccardo Lancellotti (ISCC, 2014)

A Receding Horizon Approach for the Runtime Management of IaaS Cloud Systems. - Danilo Ardagna; Michele Ciavotta; Riccardo Lancellotti (SYNASC, 2014)

Balancing Accuracy and Execution Time for Similar Virtual Machines Identification in IaaS Cloud. - Claudia Canali; Riccardo Lancellotti (WETICE, 2014)

Exploiting ensemble techniques for automatic virtual machine clustering in cloud systems. - Claudia Canali; Riccardo Lancellotti (Autom. Softw. Eng., 2014)

Improving Scalability of Cloud Monitoring Through PCA-Based Clustering of Virtual Machines. - Claudia Canali; Riccardo Lancellotti (J. Comput. Sci. Technol., 2014)

Detecting similarities in virtual machine behavior for cloud monitoring using smoothed histograms. - Claudia Canali; Riccardo Lancellotti (J. Parallel Distributed Comput., 2014)

Exploiting Classes of Virtual Machines for Scalable IaaS Cloud Management. - Claudia Canali; Riccardo Lancellotti (NCCA, 2015)

Automatic parameter tuning for Class-Based Virtual Machine Placement in cloud infrastructures. - Claudia Canali; Riccardo Lancellotti (SoftCOM, 2015)

An Energy-aware Scheduling Algorithm in DVFS-enabled Networked Data Centers. - Mohammad Shojafar; Claudia Canali; Riccardo Lancellotti; Saeid Abolfazli (CLOSER (2), 2016)

Minimizing computing-plus-communication energy consumptions in virtualized networked data centers. - Mohammad Shojafar; Claudia Canali; Riccardo Lancellotti; Enzo Baccarelli (ISCC, 2016)

A Correlation-based Methodology to Infer Communication Patterns between Cloud Virtual Machines. - Riccardo Lancellotti; Claudia Canali (VALUETOOLS, 2016)

A comparison of techniques to detect similarities in cloud virtual machines. - Claudia Canali; Riccardo Lancellotti (Int. J. Grid Util. Comput., 2016)

A Computation- and Network-Aware Energy Optimization Model for Virtual Machines Allocation. - Claudia Canali; Riccardo Lancellotti; Mohammad Shojafar (CLOSER, 2017)

An Optimization Model to Reduce Energy Consumption in Software-Defined Data Centers. - Claudia Canali; Riccardo Lancellotti; Mohammad Shojafar (CLOSER (Selected Papers), 2017)

A measurement-based analysis of temperature variations introduced by power management on Commodity HardWare. - Luca Chiaraviglio; Nicola Blefari-Melazzi; Claudia Canali; Francesca Cuomo; Riccardo Lancellotti; Mohammad Shojafar (ICTON, 2017)

Scalable and automatic virtual machines placement based on behavioral similarities. - Claudia Canali; Riccardo Lancellotti (Computing, 2017)

Identifying Communication Patterns between Virtual Machines in Software-Defined Data Centers. - Claudia Canali; Riccardo Lancellotti (SIGMETRICS Perform. Evaluation Rev., 2017)

Designing a Private CDN with an Off-Sourced Network Infrastructure: Model and Case Study. - Claudia Canali; Andrea Corbelli; Riccardo Lancellotti (SoftCOM, 2018)

Special Issue on Algorithms for the Resource Management of Large Scale Infrastructures. - Danilo Ardagna; Claudia Canali; Riccardo Lancellotti (Algorithms, 2018)

Joint Minimization of the Energy Costs From Computing, Data Transmission, and Migrations in Cloud Data Centers. - Claudia Canali; Luca Chiaraviglio; Riccardo Lancellotti; Mohammad Shojafar (IEEE Trans. Green Commun. Netw., 2018)

An Approach to Balance Maintenance Costs and Electricity Consumption in Cloud Data Centers. - Luca Chiaraviglio; Fabio D'Andreagiovanni; Riccardo Lancellotti; Mohammad Shojafar; Nicola Blefari-Melazzi; Claudia Canali (IEEE Trans. Sustain. Comput., 2018)

A Technique to Identify Data Exchange Between Cloud Virtual Machines. - Nicola Bicocchi; Claudia Canali; Riccardo Lancellotti (Systems Modeling: Methodologies and Tools, 2019)

A Fog Computing Service Placement for Smart Cities based on Genetic Algorithms. - Claudia Canali; Riccardo Lancellotti (CLOSER, 2019)

Data Flows Mapping in Fog Computing Infrastructures Using Evolutionary Inspired Heuristic. - Claudia Canali; Riccardo Lancellotti (CLOSER (Selected Papers), 2019)

A Deep-learning-based approach to VM behavior Identification in Cloud Systems. - Matteo Stefanini; Riccardo Lancellotti; Lorenzo Baraldi 001; Simone Calderara (CLOSER, 2019)

PAFFI: Performance Analysis Framework for Fog Infrastructures in realistic scenarios. - Claudia Canali; Riccardo Lancellotti (ICCCS, 2019)

GASP: Genetic Algorithms for Service Placement in Fog Computing Systems. - Claudia Canali; Riccardo Lancellotti (Algorithms, 2019)

AGATE: Adaptive Gray Area-Based TEchnique to Cluster Virtual Machines with Similar Behavior. - Claudia Canali; Riccardo Lancellotti (IEEE Trans. Cloud Comput., 2019)

A Location-allocation Model for Fog Computing Infrastructures. - Thiago Alves de Queiroz; Claudia Canali; Manuel Iori; Riccardo Lancellotti (CLOSER, 2020)

A Random Walk based Load Balancing Algorithm for Fog Computing. - Roberto Beraldi; Claudia Canali; Riccardo Lancellotti; Gabriele Proietti Mattia (FMEC, 2020)

Randomized Load Balancing under Loosely Correlated State Information in Fog Computing. - Roberto Beraldi; Claudia Canali; Riccardo Lancellotti; Gabriele Proietti Mattia (MSWiM, 2020)

Collaboration Strategies for Fog Computing under Heterogeneous Network-bound Scenarios. - Claudia Canali; Riccardo Lancellotti; Simone Mione (NCA, 2020)

Distributed load balancing for heterogeneous fog computing infrastructures in smart cities. - Roberto Beraldi; Claudia Canali; Riccardo Lancellotti; Gabriele Proietti Mattia (Pervasive Mob. Comput., 2020)

Adaptive Computing-Plus-Communication Optimization Framework for Multimedia Processing in Cloud Systems. - Mohammad Shojafar; Claudia Canali; Riccardo Lancellotti; Jemal H. Abawajy (IEEE Trans. Cloud Comput., 2020)

A Variable Neighborhood Heuristic for Facility Locations in Fog Computing. - Thiago Alves de Queiroz; Claudia Canali; Manuel Iori; Riccardo Lancellotti (ICVNS, 2021)

Impact of theoretical performance models on the design of fog computing infrastructures. - Claudia Canali; Riccardo Lancellotti; Stefano Rossi (NCA, 2021)

A Hierarchical Receding Horizon Algorithm for QoS-Driven Control of Multi-IaaS Applications. - Danilo Ardagna; Michele Ciavotta; Riccardo Lancellotti; Michele Guerriero (IEEE Trans. Cloud Comput., 2021)

Optimal Placement of Micro-services Chains in a Fog Infrastructure. - Claudia Canali; Giuseppe Di Modica; Riccardo Lancellotti; Domenico Scotece (CLOSER, 2022)

Microservice Performance in Container- and Function-as-a-Service Architectures. - Claudia Canali; Riccardo Lancellotti; Pietro Pedroni (SoftCOM, 2022)

Performance Comparison of Technological Solutions for Spark Applications in AWS. - Riccardo Lancellotti; Stefano Rossi; Giuseppe Calogero Miano; Fabio Miselli (SoftCOM, 2022)

On the impact of stale information on distributed online load balancing protocols for edge computing. - Roberto Beraldi; Claudia Canali; Riccardo Lancellotti; Gabriele Proietti Mattia (Comput. Networks, 2022)

A Decision Support System for Multi-Trip Vehicle Routing Problems. - Mirko Cavecchia; Thiago Alves de Queiroz; Manuel Iori; Riccardo Lancellotti; Giorgio Zucchi (ICEIS (1), 2023)

FIGARO: reinForcement learnInG mAnagement acRoss the computing cOntinuum. - Federica Filippini; Riccardo Cavadini; Danilo Ardagna; Riccardo Lancellotti; Gabriele Russo Russo; Valeria Cardellini; Francesco Lo Presti (UCC, 2023)

Placement of IoT Microservices in Fog Computing Systems: A Comparison of Heuristics. - Claudia Canali; Caterina Gazzotti; Riccardo Lancellotti; Felice Schena (Algorithms, 2023)

A Validated Performance Model for Micro-services Placement in Fog Systems. - Claudia Canali; Giuseppe Di Modica; Riccardo Lancellotti; Stefano Rossi; Domenico Scotece (SN Comput. Sci., 2023)

An analysis of Genetic Algorithms to support the management of edge computing infrastructures. - Claudia Canali; Riccardo Lancellotti; Riccardo Mescoli (NCA, 2024)

ConSUMO: Simulation-based tool to evaluate mobile traffic impact on cell towers load. - Gabriel Panini; Francesco Faenza; Riccardo Lancellotti; Claudia Canali (SoftCOM, 2024)

An Optimization-Based Decision Support System for Multi-trip Vehicle Routing Problems. - Mirko Cavecchia; Thiago Alves de Queiroz; Manuel Iori; Riccardo Lancellotti; Giorgio Zucchi (SN Comput. Sci., 2024)

A Real-World Multi-Depot, Multi-Period, and Multi-Trip Vehicle Routing Problem with Time Windows. - Mirko Cavecchia; Thiago Alves de Queiroz; Riccardo Lancellotti; Giorgio Zucchi; Manuel Iori (ICORES, 2025)

A Robust Game Approach for On Spot Price Cloud Markets in Microservice-Based Applications. - Hamta Sedghani; Mauro Passacantando; Riccardo Lancellotti; Mina Zolfy Lighvan; Danilo Ardagna (IEEE Access, 2025)