178results about How to "Simple concept" patented technology

Providing sentiment classification of out of domain data are disclosed herein. In some aspects, a source domain having a trained classifier is matched to a target domain having a target classifier. The trained classifier may include identifiers that may be used to predict the sentiment of opinion data for the source domain. The target classifier may use the identifiers of the trained classifier to determine the sentiment of opinion data for the target domain.

Disclosed is a batch scheduling method achieving minimum total completion time based on product family sorting used for a reenterable production line. An objective function is a minimum total completion time of a scheduling batch, different product families of a buffering device in front of a reenterable batch processor are used as researching objects through model resolving, then workpieces of the product family with the highest priority are used as researching objects, the batch scheduling method achieving the minimum total completion time based on the product family sorting is implemented step by step by utilizing a product family weighting shortest processing time prior rule, a maximum reenterable time prior rule, a first-come first-service rule and a full batch rule, and implementation of all scheduling periodical tasks is achieved under a rolling time domain strategy. The batch scheduling method achieving the minimum total completion time based on the product family sorting does not need to implement group batch and batch sorting of workpieces of different product families under a regular situation, greatly lowers time complexity of an algorithm, can achieve real-time optimized scheduling of a reenterable batch processor by using an accurate algorithm, meet product requirement of achieving minimum total completion time of an semiconductor industry as a purpose, and is simple in concept, convenient to achieve, and capable of facilitating popularization usage of reenterable industries like semiconductors and the like.