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Locking and anchoring are useful tools for mitigating the exceptions. Planet Together will schedule other operations around the locked and anchored operation. In this scenario, an operation can be locked to a specific resource at a specific time. At times, it may be necessary to use both lock and anchor functions.
#Prepare 941 in jd edwards enterprise one software#
The software may move the operation to other qualifying resources, but it will keep it at the same time in the timeline. When Anchoring is selected, the operation is constrained to a specific time. Anchoring is another feature that is used by the scheduler to manually control when an operation is run. The software will move it forward or backward on the timeline based on how it lines up with other jobs, but it will not move it from that resource. Enabling this function will not allow that operation to move to another resource. Planet Together has the ability to lock an operation to a specific resource. For example, in a machining job shop environment, where the product is high mix low volume, the scheduler may choose to manually lock certain operations based on bottlenecks, but allow Planet Together to schedule all of the remaining operations based on predetermined criteria. The objective of lock and anchor is to allow the user to manually control where and when a specific operation is running and still allow the software to schedule everything else.
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One method that Planet Together (the premier advanced planning and scheduling solution) uses to manage exceptions is a functionality called lock and anchor. The exceptions which have been identified, each need to be managed effectively, but left unchecked can create chaos on the manufacturing floor. Standards may not be entirely accurate, the wrong material may be in inventory, employees may not show up for work, management objectives or direction may change, and customer satisfaction may drive decisions otherwise deemed unnecessary. In the ideal world, the APS system produces an accurate schedule, everyone follows it, and there are no delays of any kind to mitigate. Using an Advanced Planning and Scheduling (APS) software package can help manage the outcome of combining these variables. However, as the number of variables increase (such as increased number of orders, operations, limitations etc), the complexity of how each variable interacts with other variables is amplified. Understanding the potential outcome of these decision points can seem obvious on a small scale. In every scheduling scenario the scheduler encounters, there are multiple decision points that must be made in order to meet and achieve company objectives.