Evenly distributing access requests initiated by clients using nodes' static IP addresses based on load balancing policies

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The InfoEqualizer feature employs a domain name resolution mechanism that can dynamically allocate access requests initiated by clients using domain names to target nodes based on load balancing policies.

Other related questions:
Forwarding access requests initiated by clients using a node's static IP address to another node after node failover
The InfoEqualizer feature employs a domain name resolution mechanism that can dynamically allocate access requests initiated by clients using domain names to other nodes after node failover.

Detecting and evenly distributing client connection loads among nodes
The InfoEqualizer feature employs a load detection mechanism that can allocate access requests based on load balancing policies.

Meaning of OceanStor 9000's comprehensive node load-based load balancing policy
In the comprehensive node load-based load balancing policy, nodes are selected based on the comprehensive node load to process client connection requests. OceanStor 9000 calculates comprehensive node loads based on CPU usage and throughput. Less loaded nodes are more likely to be selected.

Preventing failures of clients re-initiating access requests after one node is faulty
The InfoEqualizer feature employs a node failover mechanism that can detect a faulty node and forward access requests from the faulty node to other nodes.

Meaning of OceanStor 9000's node connection-based load balancing policy
In the node connection-based load balancing policy, the node connected to the least number of clients is selected to process client connection requests.

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