Abstract:
A yield prediction is received by a strategy engine. The strategy engine compares the end-of-line yield prediction to a plurality of rules. The strategy engine then instructs a component of an equipment engineering system to perform an action included in a rule that corresponds to the end-of-line yield prediction.
Abstract:
The invention relates to a combination comprising an amount of mirtazapine, or a pharmaceutically acceptable salt or solvate thereof, and an amount of gepirone, or a pharmaceutically acceptable salt or solvate thereof, optionally in association with one or more pharmaceutically acceptable carriers, whereby the amount of gepirone and the amount of mirtazapine are such that the effect of the composition is more favourable than the added effects of the amounts of each drug separately. This combination can be used in the treatment of depression and related disorders, whereby the invention also provides for a new method of treatment of depression and related disorders.
Abstract:
A yield prediction is received by a run-to-run controller that includes an intra-process run-to-run control module that specifies process performance targets, wherein the yield prediction is associated with at least one of a manufacturing tool, a product or a process. The run-to-run control module adjusts first parameters associated with intra-process run-to-run control based on the yield prediction, wherein the first parameters include processing parameters of a process recipe.
Abstract:
A yield prediction is received by a scheduling and dispatch controller, wherein the yield prediction is associated with a manufacturing tool and a product. A weighting of the manufacturing tool is adjusted in a routing algorithm based on the yield prediction. A cost-benefit analysis is computed that identifies a cost and a benefit of manufacturing future products on the manufacturing tool. A determination is made regarding whether to process a future product on the manufacturing tool based on the cost-benefit analysis.
Abstract:
A yield prediction is received by a strategy engine. The strategy engine compares the end-of-line yield prediction to a plurality of rules. The strategy engine then instructs a component of an equipment engineering system to perform an action included in a rule that corresponds to the end-of-line yield prediction.
Abstract:
An intersection assistance system includes at least one vehicle sensor and a gap estimator. The vehicle sensor is configured to obtain vehicle information on vehicles approaching the intersection along a main roadway. The gap estimator is configured to estimate gap information relating to a gap between the vehicles based on the vehicle information. The gap information includes a length of the gap, a location of the gap, and a velocity of the gap. In a method of obtaining information for use in assisting a driver of an entering vehicle to safely enter an intersection, vehicle information is obtained on vehicles traveling toward the intersection on a main roadway. Next, gap information is estimated relating to a gap between the vehicles based on the vehicle information. The gap information includes a length of the gap, a location of the gap, and a velocity of the gap.
Abstract:
A yield prediction is received by a run-to-run controller that includes an intra-process run-to-run control module that specifies process performance targets, wherein the yield prediction is associated with at least one of a manufacturing tool, a product or a process. The run-to-run control module adjusts first parameters associated with intra-process run-to-run control based on the yield prediction, wherein the first parameters include processing parameters of a process recipe.
Abstract:
A yield prediction is received by a scheduling and dispatch controller, wherein the yield prediction is associated with a manufacturing tool and a product. A weighting of the manufacturing tool is adjusted in a routing algorithm based on the yield prediction. A cost-benefit analysis is computed that identifies a cost and a benefit of manufacturing future products on the manufacturing tool. A determination is made regarding whether to process a future product on the manufacturing tool based on the cost-benefit analysis.