The application relates to the field of intelligent
community operation and maintenance scheduling, and discloses an intelligent
community property
management system, which comprises a structured
data access and mapping unit, a dynamic confidence calculation unit, a space-time
consensus fuse check unit and a space gravity field scheduling engine.The structured
data access and mapping unit is used for converting the structured event
label of a service request into a basic
score; the dynamic confidence calculation unit is used for calculating a confidence coefficient according to the historical operation and maintenance interaction
record of an initiating user; the space-time
consensus fuse check unit is used for triggering logical fuse and setting the priority to the highest when detecting that the number of space-time associated requests exceeds a threshold value; and the space gravity field scheduling engine is used for locking the highest priority request as an
anchor point and weighting and correcting the priority of secondary requests in a physical neighborhood by using a space
gravity coefficient when the fuse is not triggered, and generating an atomized continuous execution task
package when the condition is met.The application introduces a space gravity field model, solves the dimensional conflict of logical sequencing and physical execution path, and avoids zigzag return scheduling loss.