Reliability Modeling in Industry 4.0

1.Reliability analysis and maintenance optimization for the cost-based component maintenance priority with Industry 4.0<br>2.System reliability in IoT-based data collecting systems using low-cost particulate matter sensors<br>3.Reliability and risk analysis in critical infrastructure protection<br>4.Applied issues of chaotic dynamics in the management of unique evolutionary systems<br>5.Safety-critical railway systems<br>6.Supporting digital transformation in Micro and Small Enterprise (MSE): An operational framework<br>7.Modeling and object recognition skill transfer in industrial intelligent robots<br>8.Systems reliability for industrial multivariate processes: A comparative approach<br>9.Predicting vulnerability discovery processes in an operating system: Stochastic modeling approach<br>10.Efficiency of condensing thermal power plant as a complex system—An algorithm for assessing and improving energy efficiency and reliability during operation and maintenance <br>11.Maintenance and safety of industrial systems: Developed model for assessing the criticality of elements of technical systems<br>12.Risk-informed decision-making: Overview and applications<br>13.Digital Transformation of Engineering Education for Smart Education: A systematic literature review<br>14.MSS principles and application<br>15.On the combined m-consecutive-k-out-of-n: F and consecutive kc-out-of-n: F reliability system: Some advances<br>16.MIRCE Science approach to real-time prediction of fleet reliability with Industry 4.0<br>17.Reliability assessment of an electrified regional commuter train in greater Munich area