Abstract: At least some embodiments are directed to a large-scale data standardization system. The system receives a set of documents with records formatted according to a third-party data schema. The system utilizes a first machine learning model to select a document from the set of documents. The system utilizes a machine learning model to select data classification labels formatted according to the third-party data schema. The classification labels are associated with a set of records. The system utilizes a second machine learning model to generate a canonical data structure constructed according to a standardized data schema based on the classification labels and the records associated with the classification labels.

Abstract: At least some embodiments are directed to a large-scale data standardization system. The system receives a set of documents with records formatted according to a third-party data schema. The system utilizes a first machine learning model to select a document from the set of documents. The system utilizes a machine learning model to select data classification labels formatted according to the third-party data schema. The classification labels are associated with a set of records. The system utilizes a second machine learning model to generate a canonical data structure constructed according to a standardized data schema based on the classification labels and the records associated with the classification labels.

Abstract: Disclosed herein is a method and system for facilitating a user in selection of articles in a retail environment. Information related to the articles is received from one or more first data sources. The user related information is retrieved from one or more second data sources. Further, an analysis report is generated based on information related to the articles and the user related information. Finally, the analysis report, having one or more recommendations, is provided to the user, thereby facilitating the user in selection of articles. The method disclosed hereinabove aims at minimizing the total time taken by the user in selecting and purchasing a particular article of interest to the user, since the one or more real-time recommendations are provided to the user. The method also prevents the user from purchasing articles that are out-of-fashion based on the current trends associated with the articles.

Abstract: The present invention relates to a method for electronically prescribing controlled substances on a wide area network that includes a health care provider system (MCP system), an electronic prescription system (EP system), a third party identification validation system (third party IDV system), and a pharmacy system, and includes: a) the EP system receiving from the HCP system an electronic prescription entered by a provider for a controlled substance, a first identification factor, and a second identification factor; b) the EP system authenticating the first identification factor and transmitting the second identification factor to the third party IDV system for authentication; and c) upon the first identification factor being approved by the EP system and the EP system receiving approval of the second identification factor from the third party IDV system, the electronic prescription being certified for transmission to the pharmacy system as a certified electronic prescription for the controlled substance.

Abstract: The present invention relates to a method for electronically prescribing controlled substances on a wide area network that includes a health care provider system (HCP system), an electronic prescription system (EP system), a third party identification validation system (third party IDV system), and a pharmacy system, and includes: a) the EP system receiving from the HCP system an electronic prescription entered by a provider for a controlled substance, a first identification factor, and a second identification factor; b) the EP system authenticating the first identification factor and transmitting the second identification factor to the third party IDV system for authentication; and c) upon the first identification factor being approved by the EP system and the EP system receiving approval of the second identification factor from the third party IDV system, the electronic prescription being certified for transmission to the pharmacy system as a certified electronic prescription for the controlled substance.

Abstract: The present invention relates to a method for electronically prescribing controlled substances on a wide area network that includes a health care provider system (HCP system), an electronic prescription system (EP system), a third party identification validation system (third party IDV system), and a pharmacy system, and includes: a) the EP system receiving from the HCP system an electronic prescription entered by a provider for a controlled substance, a first identification factor, and a second identification factor; b) the EP system authenticating the first identification factor and transmitting the second identification factor to the third party IDV system for authentication; and c) upon the first identification factor being approved by the EP system and the EP system receiving approval of the second identification factor from the third party IDV system, the electronic prescription being certified for transmission to the pharmacy system as a certified electronic prescription for the controlled substance.