Method for calculating a transition preference value between first and second manufacturing object attributes
View Patent ↗An apparatus and method for a production planning system using a process of adaptive learning is disclosed. A production planning system receives production objects wherein each production object has at least one attribute. In one embodiment, the production objects include information relating to product to be manufactured. After receipt of production objects, multiple preference scores according to the attributes of the production objects are calculated. In one embodiment, each preference score represents desirability of transition from manufacturing a first object to a second object. The system subsequently identifies a suggested production plan which includes a sequence order of two or more objects in response to the preference scores. In one embodiment, the planning preferences are updated or modified by an adaptive learning system in response to adjustments of the suggested production plant by a planner.
1. A computer-implemented method of calculating a transition preference value comprising:
identifying a first item and a second item, wherein said first and second items are objects to be manufactured;
receiving a first attribute and a second attribute wherein said first attribute is associated with said first item and said second attribute is associated with said second item;
calculating an average transition preference value between said first attribute and said second attribute;
calculating a statistical expected average transition preference value between said first attribute and said second attribute;
computing a transition preference value; and
storing said transition preference value in a historical data storage.
2. The computer-implemented method of claim 1 wherein:
said step of computing a transition preference value comprises using the formula TP (A i =>A j )=exp [−(d actual −1 )/(d random −1)]; wherein
TP (A i =>A j ) is the transition preference value between said first attribute and said second attribute;
d actual is the average transition preference value between said first attribute and said second attribute; and
d random is the statistical expected average transition preference value between said first attribute and said second attribute.
3. The computer-implemented method of claim 1 wherein:
said transition preference value is used to create a production plan.