Abstract: A system comprising one or more processors, and one or more non-transitory computer-readable media storing computing instructions that, when executed on the one or more processors, cause the one or more processors to perform operations comprising: displaying, one or more instructions on a user interface of a mobile device to instruct a user to capture each respective image of a prescription label; determining, using contrast, a location of each respective image in the set of images that is associated with the respective different portions of the prescription label on the medication package; reconstructing each of the respective different portions of the prescription label on the medication package as a flattened reconstruction of the respective different portions of the prescription label; and providing for display on the user interface a reconstructed prescription label. Other embodiments are disclosed herein.

Abstract: The system captures portions of a label on a package in a set of images, reconstructs the label based on the set of images, identifies text in the label, determines associations of identified text and types of information, and stores the set of images, the reconstructed label, the identified text in the label, and the determined associations as, for example, a batch in a review queue. During a review process, the batch is reviewed and a structured prescription record is determined for the batch which is further used by the system and user of the system associated with the batch to provide various features to the user.

Abstract: The system captures portions of a label on a package in a set of images, reconstructs the label based on the set of images, identifies text in the label, determines associations of identified text and types of information, and stores the set of images, the reconstructed label, the identified text in the label, and the determined associations as, for example, a batch in a review queue. During a review process, the batch is reviewed and a structured prescription record is determined for the batch which is further used by the system and user of the system associated with the batch to provide various features to the user.

Abstract: The system captures portions of a label on a package in a set of images, reconstructs the label based on the set of images, identifies text in the label, determines associations of identified text and types of information, and stores the set of images, the reconstructed label, the identified text in the label, and the determined associations as, for example, a batch in a review queue. During a review process, the batch is reviewed and a structured prescription record is determined for the batch which is further used by the system and user of the system associated with the batch to provide various features to the user.

Abstract: The system captures portions of a label on a package in a set of images, reconstructs the label based on the set of images, identifies text in the label, determines associations of identified text and types of information, and stores the set of images, the reconstructed label, the identified text in the label, and the determined associations as, for example, a batch in a review queue. During a review process, the batch is reviewed and a structured prescription record is determined for the batch which is further used by the system and user of the system associated with the batch to provide various features to the user.

Abstract: In a method of a technology for visual workflow process notation and layout, a workflow process graphical user interface is generated. A plurality of activity nodes is arranged along a workflow path, with each activity node representing a work activity. The activity nodes are arranged on the workflow path in representation of an order of performance of work activities within the process of performing work. A material flow path is arranged adjacent to the workflow path. The material flow path is representative of a flow of a material through the work activities associated with the plurality of activity nodes. A resource allocation node is disposed adjacent to a portion of the material flow path and one of said activity nodes. The resource allocation node represents a resource utilized in performing a work activity, represented by the adjacent activity node, upon a material represented by the portion of the material flow path.

Abstract: A user interface (UI) property mapping system allows for efficient collaboration between a user experience (UX) team and a technical development team developing the UI. The UI mapping system assigns each component of the UI an identification key and exposes the identification key externally through an XML Schema, wherein such an XML Schema may be used by a UX team to generate an XML file specifying values of various properties of the UI. Subsequently, a UI object model reads the XML file to retrieve the values of various properties of the UI as specified by the UX team. The UI property mapping system may encode the XML file into a resource file that may be shipped with the final software using the UI. Alternatively, the XML file may be exposed for external modifications by end users to make changes to the UI as they desire.

Abstract: The claimed method and system provides programmers of client-server applications the ability to implement extensions to a standard style sheet language by using a preprocessor at a client to first parse, extract, and transform noncompliant, proprietary code. A new standards compliant style sheet may be created based on the transformed noncompliant code. This style sheet may then be executed on a client browser. The claimed system may be used to conform a client application schema with a client operating system schema.

Abstract: In a method of a technology for visual workflow process notation and layout, a workflow process graphical user interface is generated. A plurality of activity nodes is arranged along a workflow path, with each activity node representing a work activity. The activity nodes are arranged on the workflow path in representation of an order of performance of work activities within the process of performing work. A material flow path is arranged adjacent to the workflow path. The material flow path is representative of a flow of a material through the work activities associated with the plurality of activity nodes. A resource allocation node is disposed adjacent to a portion of the material flow path and one of said activity nodes. The resource allocation node represents a resource utilized in performing a work activity, represented by the adjacent activity node, upon a material represented by the portion of the material flow path.

Abstract: A user interface (UI) property mapping system allows for efficient collaboration between a user experience (UX) team and a technical development team developing the UI. The UI mapping system assigns each component of the UI an identification key and exposes the identification key externally through an XML Schema, wherein such an XML Schema may be used by a UX team to generate an XML file specifying values of various properties of the UI. Subsequently, a UI object model reads the XML file to retrieve the values of various properties of the UI as specified by the UX team. The UI property mapping system may encode the XML file into a resource file that may be shipped with the final software using the UI. Alternatively, the XML file may be exposed for external modifications by end users to make changes to the UI as they desire.

Abstract: The claimed method and system provides programmers of client-server applications the ability to implement extensions to a standard style sheet language by using a preprocessor at a client to first parse, extract, and transform noncompliant, proprietary code. A new standards compliant style sheet may be created based on the transformed noncompliant code. This style sheet may then be executed on a client browser. The claimed system may be used to conform a client application schema with a client operating system schema.