• Decision-support and expert-system based tools emerged to aid restoration and protection coordination in radial distribution networks, using rule-based reasoning to identify tie-switch actions, fault isolation strategies, and optimized reconfiguration choices [1], [16], [4].

• Heuristic optimization and search-based reconfiguration methods were developed to reduce resistive losses and support fast service restoration, exemplified by feeder reconfiguration with protective device coordination and restoration planning heuristics [8], [10], [14].

• Automation deployment and Supervisory Control and Data Acquisition (SCADA)-enabled control enhanced reliability and outage response, with central dispatch and remote feeder control illustrated by Athens Utilities Board studies and automation impact assessments [7], [4], [6].

• Reliability analysis frameworks and economic decision-making emphasize evaluation frameworks, education, and cost-based reliability planning, incorporating reliability test systems, reliability data for teaching, and cost of nondelivered power tradeoffs [5], [11], [20], [17], [19].

• Industrial distribution study highlights service intensity and IT adoption in supply chains, illustrating how distributors' services and Just-In-Time (JIT) exchange relationships intersect with information technologies such as Electronic Data Interchange (EDI) [9], [12], [15].