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Full Description
Reliability Assessment of Flow Networks and Industrial Systems explores real-life flow networks and industrial systems, employing various methods (including both exact and approximation techniques) to assess the reliability of these systems. Through numerous examples, the book explains algorithms, ensuring readers gain a deep understanding of the discussed approaches. The complexity results for these algorithms are computed and compared with alternative methods. Furthermore, the book presents experimental results tied to specific methods, providing a comprehensive and practical understanding throughout.
Contents
1. Binary-Addition Tree algorithm in reliability evaluation of network flows
2. A Multi-Echelon, Multi-Objective, Sustainable School Bus Routing Considering Traffic Congestion: A Case Study of Vienna's Educational Transport System
3. Performance Assessment of Solar - Powered Irrigation System (SPIN)
4. Smart Solar-Powered Watering Solution for Remote Wildlife Habitats: A Reliability-Centric approach
5. Binary-state component allocation problems of multistate flow network reliability maximization
6. Applying task and data parallelism to the exact MP-based reliability evaluation algorithms
7. State-Based Reliability Analysis of Automatic People Counting System
8. Stochastic methodology to estimate economic impact of voltage sags and power interruptions on sensitivity industrial customers
9. Signature Reliability Analysis of Basic FM Transmitter with k-out-of-n:W using Path Tracing Method
10. Determining a reliable model for wildfire propagation
11. An Archimedean copulas-based approach for reliability networks consisting of k-out-of-n: F subsystems
12. Efficient Redundant Machine Repair problem: A Fuzzified Strategy for Diverse Repair Facilities
13. Development of a novel mathematical model to forecast the spare parts demand
14. Reliability Industries in Harvesting of Ocean Species and Its Mathematical Analysis
