Linked from

The 18 pages that link to Load balancing, each with the reason it gives.

• Cloud computingRelated: It spreads cloud traffic across instances to improve availability and handle demand.

• Distributed computingRelated: Distributed services spread requests among machines to avoid bottlenecks.

• High-performance computingRelated: Uneven task distribution can leave HPC processors waiting instead of computing.

• Electric power systemRelated: Operators must match generation to changing demand to maintain reliable service.

• Electrical gridRelated: Operators continually adjust generation and demand to keep the grid balanced.

• Three-phase electric powerRelated: Unequal phase loads undermine the balanced operation assumed in many three-phase calculations.

• Pumped-storage hydroelectricityRelated: Pumped storage can absorb surplus electricity and generate during periods of high demand.

• WebSocketRelated: WebSocket deployments must route connection upgrades and keep established connections attached to a server.

• Reverse proxyRelated: A reverse proxy can select among backends to distribute incoming requests.

• Adaptive mesh refinementRelated: Unevenly distributed refinement can leave processors with very different workloads.

• Rogun DamRelated: Rogun’s storage could help shift generation toward periods of higher electricity demand.

• Bratsk Hydroelectric Power StationRelated: Reservoir storage lets operators shift generation to meet changing demand.

• Proxy serverRelated: Reverse proxies commonly distribute requests among backend servers.

• Computer clusterRelated: It spreads cluster workloads so individual nodes do not become bottlenecks.

• State Grid Corporation of ChinaRelated: Dispatchers must balance changing demand against available generation throughout the network.