Network Management Server Capacity Weighting

The patent implements dynamic session termination by the management server based on real-time capacity assessment. When the server determines that its capacity is insufficient to handle incoming check-in requests, it dynamically terminates existing communication sessions and reschedules tasks for later execution. This dynamic adjustment allows the server to maintain reliable communication channels while preventing overload, resolving the contradiction between communication reliability and server productivity.

The patent applies preliminary action by having the management server assess its capacity before accepting check-in requests and by rescheduling tasks in advance when capacity is insufficient. Rather than waiting for overload to occur and then handling false alarms, the server proactively manages its capacity, determining whether to accept or terminate sessions based on predicted and actual load conditions. This prevents server overload before it occurs, thereby maintaining both high task completion speed and accurate alarm generation.

The patent implements periodic action through the rescheduling mechanism, where tasks that are terminated due to server capacity constraints are scheduled for re-execution at later time intervals. Instead of permanently losing tasks when sessions are terminated, the system periodically retries task execution when server capacity becomes available. This approach maintains server stability by preventing overload while minimizing task execution delays through systematic retry scheduling.