The results of the optimization show that the daily processing orders increases from the original 362 to 471, and the profit is 139.4a, which is more than 108.9a. The processing times of processors are not significantly higher than 11 times. There is no obvious increase in the cost of processing so the first kind of optimization scheme has obvious advantages. From the processing value, we can see that the efficiency of the processor is much higher than the previous. The processor is busy for most of the time before optimization, and that means the cost will be higher. Meanwhile it is not reasonable that the actual workload can reach to 93.9%. The average residence time of the order is also reduced by 30.4.
After optimization, if ignore the slight increase of handling cost, the optimization makes the total profit increased by 30.5a.
The results of the optimization show that the daily processing orders increases from the original 362 to 471, and the profit is 139.4a, which is more than 108.9a. The processing times of processors are not significantly higher than 11 times. There is no obvious increase in the cost of processing so the first kind of optimization scheme has obvious advantages. From the processing value, we can see that the efficiency of the processor is much higher than the previous. The processor is busy for most of the time before optimization, and that means the cost will be higher. Meanwhile it is not reasonable that the actual workload can reach to 93.9%. The average residence time of the order is also reduced by 30.4.After optimization, if ignore the slight increase of handling cost, the optimization makes the total profit increased by 30.5a.
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