Abstract: Systems, apparatus, instructions, and methods for enterprise reading with search and streaming of information from local and remote sources are disclosed. An example apparatus includes a viewer to generate a request for patient content and to display at least a subset of the patient content according to a hanging protocol. The example apparatus includes a search service to query a plurality of sources for the patient content based on a patient identifier. The example query is to return meta data to generate at least one token encapsulating a location of identified patient content and an indication of access to the identified patient content. The example apparatus includes a streaming service to obtain the identified patient content using the at least one token and to provide the identified patient content to the viewer for display.

Abstract: A method and system for preparing and managing medical devices and supplies has the steps of providing an identification database, providing an operational database, selecting, b a collection of the medical devices and supplies to be used for a medical procedure in the healthcare facility with associated identification and operational information, wherein the medical devices and supplies in the collection are selected based on a computing logic that matches the medical procedure with product information stored in the identification and operational databases, obtaining recognition features, obtaining and displaying product information, and verifying the medical devices and supplies selected for the medical procedure; and tracking and updating the use and disposal of the medical devices and supplies during and after the medical procedure.

Abstract: Systems and methods are provided for integrating artificial intelligence (AI) workflows. In one example, a method includes receiving, from a medical image storage device, an instance availability notification, in response to determining that the notification indicates that one or more medical images have been saved at the medical image storage device, querying the medical image storage device to retrieve metadata associated with the one or more medical images, initiating a work-item with an AI orchestration platform for the metadata, and receiving, from the AI orchestration platform via the work-item, AI results related to the one or more medical images.

Abstract: An example system includes a processor to assign a first medical exam to a first examiner based on a workload availability threshold for the first examiner and an examiner availability indicator for the first examiner. The processor can deliver the first medical exam to one of a reading tool displayed via a first graphical user interface or an examiner work queue displayed via a second graphical user interface. The processor can automatically adjust a workload availability threshold for a second examiner and the first examiner based on a first adjustment, assign a second medical exam to the first examiner or the second examiner based on the respective adjusted work availability thresholds for the first examiner and the second examiner, and auto-serve additional medical exams to the first examiner or the second examiner based on a priority level of the additional medical exams.

Abstract: Systems and methods are provided for integrating artificial intelligence (AI) workflows. In one example, a method includes receiving, from a medical image storage device, an instance availability notification, in response to determining that the notification indicates that one or more medical images have been saved at the medical image storage device, querying the medical image storage device to retrieve metadata associated with the one or more medical images, initiating a work-item with an AI orchestration platform for the metadata, and receiving, from the AI orchestration platform via the work-item, AI results related to the one or more medical images.

Abstract: Systems and methods are provided for new data storage and management scheme for medical imaging solutions. Medical data storage and management processes, including at least a separation process and a recovery process, may be applied to a medical dataset. The separation process includes identifying blob data elements in the medical dataset, moving data of the identified blob data elements into corresponding separated data objects, and generating data for indicating the moving of data of and for tracking location of moved data of the identified blob data elements. The recovery process includes identifying removed blob data elements in a separated medical dataset, with data of the identified removed blob data elements moved into corresponding separated data objects, and for each identified removed blob data element determining, based on corresponding separation data, location of a corresponding separated data object; and retrieving, based on determined location, data of the removed blob data element.

Abstract: A system and method for selecting and applying tag morphing rules and/or correcting malformed DICOM files is provided. The method includes receiving and parsing, by a processor of a medical imaging system, a medical image to determine an originating vendor. The method includes selecting and retrieving, from a central rules repository, a tag morphing rule based on the originating and destination vendors. The central rules repository is communicatively coupled to processors of multiple medical imaging systems including the processor of the medical imaging system and stores tag morphing rules accessible to each of the processors of the medical imaging systems. The method includes applying the tag morphing rule selected and retrieved from the central rules repository to morph a tag of the medical image to be compatible with the destination vendor. The method includes providing the medical image having the morphed tag to the destination vendor for storage and/or display.

Abstract: Systems and methods for email validation are disclosed. The email validation includes transforming format of emails to a predefined format understandable the present system and application of text mining component on the transformed format. The email validation further includes obtaining details from a repository related to a historical pattern associated with an email validation requirement and a cognitive learning operation employed for the historical email validation to ascertain an outcome of the historical validation for similar emails. The email validation also includes predicting misdirection of the email and change in configuration of the email account based on the validation of the email.

Abstract: An example system includes a processor to assign a first medical exam to a first examiner based on a workload availability threshold for the first examiner and an examiner availability indicator for the first examiner. The processor can deliver the first medical exam to one of a reading tool displayed via a first graphical user interface or an examiner work queue displayed via a second graphical user interface. The processor can automatically adjust a workload availability threshold for a second examiner and the first examiner based on a first adjustment, assign a second medical exam to the first examiner or the second examiner based on the respective adjusted work availability thresholds for the first examiner and the second examiner, and auto-serve additional medical exams to the first examiner or the second examiner based on a priority level of the additional medical exams.

Abstract: An example system to distribute a medical exam to an examiner includes a first interface to display a medical exam identifier associated with a medical exam stored in a patient record database and an examiner availability indicator to be displayed via the first interface. The examiner availability indicator is to be updated via a second interface. The example system includes an exam allocator to automatically allocate the medical exam to the examiner and an assignment tool to be displayed to a user via the first interface and to facilitate assignment of the allocated exam to the examiner. At least one of the exam allocator or the assignment tool is to be communicatively associated with the examiner availability indicator. Upon assignment of the medical exam to the examiner, the medical exam identifier is displayed in an examiner work queue via the first interface, the second interface, and a third interface.

Abstract: Systems, apparatus, instructions, and methods for enterprise reading with search and streaming of information from local and remote sources are disclosed. An example apparatus includes a viewer to generate a request for patient content and to display at least a subset of the patient content according to a hanging protocol. The example apparatus includes a search service to query a plurality of sources for the patient content based on a patient identifier. The example query is to return meta data to generate at least one token encapsulating a location of identified patient content and an indication of access to the identified patient content. The example apparatus includes a streaming service to obtain the identified patient content using the at least one token and to provide the identified patient content to the viewer for display.

Abstract: An example system to distribute a medical exam to an examiner includes a first interface to display a medical exam identifier associated with a medical exam stored in a patient record database and an examiner availability indicator to be displayed via the first interface. The examiner availability indicator is to be updated via a second interface. The example system includes an exam allocator to automatically allocate the medical exam to the examiner and an assignment tool to be displayed to a user via the first interface and to facilitate assignment of the allocated exam to the examiner. At least one of the exam allocator or the assignment tool is to be communicatively associated with the examiner availability indicator. Upon assignment of the medical exam to the examiner, the medical exam identifier is displayed in an examiner work queue via the first interface, the second interface, and a third interface.

Abstract: Example methods, systems, and computer readable media are disclosed to allocate a medical exam. An example method includes identifying an exam characteristic associated with the medical exam. The example method includes determining a plurality of allocation scores for a plurality of radiologists by comparing the exam characteristic to a radiologist characteristic for each of the plurality of radiologists. The example method includes determining one of the plurality of allocation scores with a highest value. The example method includes allocating the medical exam to one of the plurality of radiologists associated with the one of the plurality of allocation scores with the highest value. The example method includes marking the medical exam as allocated to the one of the plurality of radiologists associated with the one of the plurality of allocation scores with the highest value. The example method includes providing an indication that the medical exam is allocated via a graphical user interface.

Abstract: Example methods, systems, and computer readable media are disclosed to allocate a medical exam. An example method includes identifying an exam characteristic associated with the medical exam. The example method includes determining a plurality of allocation scores for a plurality of radiologists by comparing the exam characteristic to a radiologist characteristic for each of the plurality of radiologists. The example method includes determining one of the plurality of allocation scores with a highest value. The example method includes allocating the medical exam to one of the plurality of radiologists associated with the one of the plurality of allocation scores with the highest value. The example method includes marking the medical exam as allocated to the one of the plurality of radiologists associated with the one of the plurality of allocation scores with the highest value. The example method includes providing an indication that the medical exam is allocated via a graphical user interface.

Abstract: An example system to distribute a medical exam to an examiner includes a first interface to display a medical exam identifier associated with a medical exam stored in a patient record database and an examiner availability indicator to be displayed via the first interface. The examiner availability indicator is to be updated via a second interface. The example system includes an exam allocator to automatically allocate the medical exam to the examiner and an assignment tool to be displayed to a user via the first interface and to facilitate assignment of the allocated exam to the examiner. At least one of the exam allocator or the assignment tool is to be communicatively associated with the examiner availability indicator. Upon assignment of the medical exam to the examiner, the medical exam identifier is displayed in an examiner work queue via the first interface, the second interface, and a third interface.

Abstract: Example methods, systems, and computer readable media are disclosed to allocate a medical exam. An example method includes identifying an exam characteristic associated with the medical exam. The example method includes determining a plurality of allocation scores for a plurality of radiologists by comparing the exam characteristic to a radiologist characteristic for each of the plurality of radiologists. The example method includes determining one of the plurality of allocation scores with a highest value. The example method includes allocating the medical exam to one of the plurality of radiologists associated with the one of the plurality of allocation scores with the highest value. The example method includes marking the medical exam as allocated to the one of the plurality of radiologists associated with the one of the plurality of allocation scores with the highest value. The example method includes providing an indication that the medical exam is allocated via a graphical user interface.

Abstract: Methods and apparatus to perform log file analyses are disclosed herein. An example method includes generating, by a processor, a plurality of data points by analyzing information in a log file; displaying one or more graphical representations of the data points; and in response to detecting an engagement of a first portion of a first one of the graphical representations, identifying a section of the log file corresponding to the engaged first portion and displaying the section of the log file in association with the graphical representations.