This proposed tool is designed to investigate the nonlinear effects of enforcing a multiple compound contingency in a large-scale power system.

The fault repairing level of the numerical control machine has the direct influence on the production of the factory.

Case-based reasoning method for fault recovery with expanded similarity space;

Some key techniques including communication among the nodes, load balancing and scheduling, parallel compiling, parallel debugging, fault recovery and parallel programming environment for developing COW and the new advances in these techniques are analyzed in detail in this paper.

A model for fault restoration based on MPLS-DiffServ traffic engineering;

Study on message drop and disorder in MPLS fault restoration;

An evaluation method for fault restoration performance of MPLS networks based on m:n policy;

Advances of the distribution system service restoration;

Shipboard power system service restoration based on the chaos genetic algorithm;

A distribution network reconfiguration algorithm based on least weight tree for service restoration after faults;