H = 19

1;71;Performance Evaluation of NoSQL Big-Data applications using multi-formalism models;
2;54;Repairable Fault Tree for the Automatic Evaluation of Repair Policies;
3;49;Exploiting mean field analysis to model performances of big data architectures;
4;29;Modeling performances of concurrent Big Data applications;
5;27;Using Repairable Fault Trees for the evaluation of design choices for critical repairable systems;
6;25;Interfaces and Binding in Component Based Development of Formal Models;
7;24;Modeling and evaluating the effects of Big Data storage resource allocation in global scale cloud architectures;
8;24;Exploiting product forms solution techniques in multiformalism modeling;
9;24;Modeling Apache Hive based applications in Big Data architectures;
10;22;Estimation of energy consumption of mobile sensors in WSN environmental monitoring applications;
11;22;The SIMTHESys Multiformalism Modeling Framework;
12;22;The software architecture of the OsMoSys Multisolution Framework;
13;21;Defining formalisms for performance evaluation with SIMTHESys;
14;21;Element based semantics in multi formalism performance models;
15;21;DrawNET++: model objects to support performance analysis and simulation of complex systems;
16;20;Improving reliability and performances in large scale distributed applications with erasure codes and replication;
17;20;A Performance Modeling Language For Big Data Architectures;
18;20;Performability modeling of exceptions-aware systems in multiformalism tools;
19;19;Exploiting multiformalism models for testing and performance evaluation in SIMTHESys;
20;19;Compositional modeling of complex systems: contact center scenarios in OsMoSys;
21;18;A Multiformalism Modular Approach to ERTMS/ETCS Failure Modelling;
22;14;Adaptive Monitoring of Marine Disasters with Intelligent Mobile Sensor Networks;
23;13;PerfBPEL: a graph-based approach for the performance analysis of BPEL SOA applications;
24;12;Modeling and analysis of performances for concurrent multithread applications on multicore and GPU systems;
25;12;Exploiting Bayesian Networks for the analysis of combined Attack Trees;
26;10;Exploiting CloudSim in a multiformalism modeling approach for cloud based systems;
27;10;A performance modeling framework for lambda architecture based applications;
28;9;Modeling Hybrid Systems in SIMTHESys;
29;9;Multiformalism to Support Software Rejuvenation Modeling;
30;8;An IoT based monitoring approach for cultural heritage sites: the Matera case;
31;8;Petri Net based Evaluation of Energy Consumption in Wireless Sensor Nodes;
32;7;An introduction to multiformalism modeling;
33;7;Theory and applications of multi-formalism modeling;
34;6;Performance evaluation of massively distributed microservices based applications;
35;6;Evaluating the impact of eDoS attacks to cloud facilities;
36;5;DrawNet++: a flexible framework for building dependability models;
37;4;Towards human cell simulation;
38;4;Performance evaluation of replication policies in microservice based architectures;
39;4;Workload characterization of multithreaded applications on multicore architectures;
40;3;A low-cost distributed IoT-based augmented reality interactive simulator for team training;
41;3;Power consumption analysis of replicated virtual applications in heterogeneous architectures;
42;3;Modeling replication and erasure coding in large scale distributed storage systems based on CEPH;
43;3;Three layers network influence on cloud data center performances;
44;3;Improving the MHIST-p algorithm for multivariate histograms of continuous data;
45;2;Computer Network Simulation with ns-3: A Systematic Literature Review;
46;2;High-Performance Computing in Edge Computing Networks;
47;2;Risk assessment and monitoring in intelligent data-centric system;
48;2;Adapting MCP and HLFET algorithms to multiple simultaneous scheduling;
49;2;The Two-Hemisphere Modelling Approach to the Composition of Cyber-Physical Systems;
50;2;Modeling and evaluating performances of complex edge computing based systems: a firefighting support system case study;
51;2;Simulating hybrid systems within SIMTHESys multi-formalism models;
52;2;A different perspective of agent-based techniques: Markovian Agents;
53;2;Model-based availability evaluation of composed web services;
54;1;Performance Modeling And Analysis Of An Autonomic Router;
55;1;Anchor Placement In Indoor Object Tracking Systems For Virtual Reality Simulations;
56;1;Performance Optimisation Of Edge Computing Homeland Security Support Applications;
57;1;Modeling and Evaluation of Highly Complex Computer Systems Architectures;
58;1;Toward a new fashion concepts design tool: The vMannequin framework;
59;1;Advances in modelling and simulation for big-data applications;
60;1;Performance modeling of Big Data oriented architectures;
61;1;Several Issues on Composition of Cyber-Physical Systems Based on Principles of the Two Hemisphere Modelling;
62;1;A performance driven modeling approach for SOA based application;
63;1;A Model Analysis of a Distributed Monitoring System using a Multi-Formalism Approach;
64;1;Anticipating critical events to customise and improve the performance of federation runtime infrastructure;
65;1;Anticipating critical events to improve the remote scheduling of coordinated production;
66;0;Ensemble models for predicting CO concentrations: application and explainability in environmental monitoring in Campania, Italy;
67;0;Evaluating the effects of nudging and deterrence on users' behavior for privacy-by-design;
68;0;Evaluation of the effectiveness of national promotion strategies for the improvement of privacy and security;
69;0;A cyberwarfare perspective on risks related to health IoT devices and contact tracing;
70;0;Places, transitions and queues: new proposals for interconnection semantics;
71;0;Cost- and performance-based evaluation of cloud-based disaster recovery;
72;0;Prediction of chemical plants operating performances: a machine learning approach;
73;0;Evaluating the effectiveness of privacy and security promotion strategies;
74;0;Analysis of a marine scrubber operation with a combined Analytical/AI-based method;
75;0;A Domain Specific Language for the Design of Artificial Intelligence Applications for Process Engineering;
76;0;Porting of Finite Element Integration Algorithm to Xeon Phi Coprocessor-based HPC Architectures;
77;0;Evaluating defense services performance on military cloud continuum systems;
78;0;A DSL-based modeling approach for energy harvesting IoT/WSN;
79;0;Towards privacy-aware software design in small and medium enterprises;
80;0;Il curioso caso della divergenza tra consapevolezza e comportamenti in materia di sicurezza informatica dopo la crisi pandemica: quando non bastano norme ed esperienza;
81;0;Analysis of the Battery Level in Complex Wireless Sensor Networks using a Two Time Scales Second Order Fluid Model;
82;0;On privacy regulations, smart roads, blockchain and liability insurance: putting technologies at work;
83;0;A feature-based ontology for cyber-physical systems;
84;0;An ontological foundation for multi-paradigm modelling for cyber-physical systems;
85;0;An ontology for multi-paradigm modelling;
86;0;Enabling composition of cyber-physical systems with the two-hemisphere model-driven approach;
87;0;Designing a GDPR compliant blockchain-based IoV distributed information tracking system;
88;0;Blockchain for education come certificazione robusta dei curriculum rispetto alle crisi;
89;0;Performance evaluation for the design of a hybrid cloud based distance synchronous and asynchronous learning architecture;
90;0;COVID-19 Spatial Diffusion: a Markovian Agent Based Model;
91;0;Applying machine learning to weather and pollution data analysis for a better management of local areas: the case of Napoli, Italy;
92;0;A Methodological Perspective on Lawful Internet Surveillance;
93;0;Exploring a Federated Learning Approach to Enhance Authorship Attribution of Misleading Information from Heterogeneous Sources;
94;0;Anticipating critical events to customise and improve the performance of federation runtime infrastructure;
95;0;The 35rd Conference on Modelling and Simulation;
96;0;Simulation of n-dimensional second-order fluid models with different absorbing, reflecting and mixed barriers;
97;0;Hybrid simulation of energy management in IoT edge surveillance systems;
98;0;Vulnerabilities Assessment of Deep Learning-based Fake News Checker under Poisoning Attacks ;
99;0;Risk Analysis of a GDPR-Compliant Deletion Technique for Consortium Blockchains Based on Pseudonymization;
100;0;Performance Engineering and Stochastic Modeling, 17th European Workshop, EPEW 2021, and 26th International Conference, ASMTA 2021, Virtual Event, December 9-10 and December 13-14, 2021, Proceedings;
101;0;An ANN-based scalable hashing algorithm for computational clouds with schedulers;
102;0;Modeling performances of an autonomic router running under attack;
103;0;On performance evaluation of security monitoring in multitenant cloud applications;
104;0;Evaluating the Safety of Crowds in Enclosed Spaces by Markovian Agents;
105;0;Automatic Classification of Road Traffic with Fiber Based Sensors in Smart Cities Applications;
106;0;Map-Reduce Process Algebra: a formalism to describe Directed Acyclic Graph task-based jobs in parallel environments;
107;0;Computer Performance Engineering 16th European Workshop, EPEW 2019, Milan, Italy, November 28-29, 2019, Revised Selected Papers;
108;0;Towards the Use of Generative Adversarial Neural Networks to Attack Online Resources;
109;0;A WSN energy-aware approach for air pollution monitoring in waste treatment facility site: a case study for landfill monitoring odour ;
110;0;Privacy Regulations Challenges on Data-centric and IoT Systems: A Case Study for Smart Vehicles;
111;0;Performance evaluation of a fog WSN infrastructure for emergency management;
112;0;A simulation study on a WSN for emergency management;
113;0;Towards a multiparadigm approach to model energy management in WSN for IoT based edge computing applications;
114;0;Toward a Fuzzy-based Approach for Computational Load Offloading of IoT Devices;
115;0;Heuristic Optimization and Operations Research in IoT;
116;0;Multi-formalism Modeling of Complex Social-Behavioral Systems;
117;0;Quantitative modeling of the behaviour of an autonomic router;
118;0;Modeling and evaluating a complex edge computing based systems: an emergency management support system case study;
119;0;The 33rd Conference on Modelling and Simulation;
120;0;Second Order Fluid Performance Evaluation Models for Interactive 3D Multimedia Streaming;
121;0;Modeling Crowd Behavior in a Theater;
122;0;Markovian Agent Models: A Dynamic Population of Interdependent Markovian Agents;
123;0;vMannequin: a Fashion Store Concept Design Tool;
124;0;A simulation based approach for the evaluation of outcome driven innovation models;
125;0;Multiformalism and multisolution strategies for system performances evaluation;
126;0;Complex Problems in High-Performance Computing Systems;
127;0;Designing user-defined modeling languages with SIMTHESys;
128;0;Telemaco: a language oriented tool for graph-based models layout optimization;
129;0;SIMTHESysER: a tool generator for the performance evaluation of multiformalism models;
130;0;Evaluating availability of composed web services;
131;0;Improving MHIST algorithm for multidimensional histogram extraction from large databases;
132;0;Combining genetic algorithms and fault tree analysis in reliability/cost optimization for critical complex systems;
133;0;Improving on-line production scheduling performance with artificial intelligence techniques;
134;0;Improving the remote scheduling performance of manufacuring and installation of large custom-made products;
135;0;Modelling distributed supervisory systems using a modular multi-formalism methodology;
136;0;The OsMoSys approach to multi-formalism modelling of systems;
137;0;The OsMoSys/DrawNET Xe! Languages System: A Novel Infrastructure for Multi-Formalism Object-Oriented Modelling;
138;0;Coupling formal methods in a performance modelling technique for heterogeneous supervisioning systems;
139;0;DrawNET Xe!: GUI and Formalism Definition Language;
140;0;Towards an object based multi-formalism multi-solution modeling approach;