Task adjustment method and device, equipment and storage medium
A technology for adjusting methods and tasks, applied in the direction of program control design, instruments, relational databases, etc., to achieve the effects of reducing time waste and cost, efficient prioritization, and improving efficiency
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[0089] Based on the above-mentioned first embodiment, step S30 and step S40 are refined into five sub-steps, including:
[0090] Step S301: The task to be processed is an empty row subtask or an empty column subtask, and it is judged whether there is an empty row subtask or an empty column subtask in the initial task matrix.
[0091] Step S401: If the blank row subtask or the blank column subtask exists in the initial task matrix, mark and move the blank row subtask or the blank column subtask in the initial task matrix.
[0092] Step S402: According to the moved initial task matrix and the task association table, a matrix of tasks to be processed is generated by a strong connectivity aggregation method.
[0093] Step S403: Determine whether the pending task matrix is a lower triangular matrix.
[0094] Step S404: If the task matrix to be processed is not the lower triangular matrix, generate a lower triangular matrix through a conversion method according to the task matrix...
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