Abstract: Technologies and techniques for generating an efficient computer interface for an immunization regimen. A processing apparatus is coupled to a memory storing immunization data itemsets and medical data itemsets, and a data display control module. The processing apparatus is configured to determine a frequency of immunization data and medical data itemsets associated with a rule for an immunization regimen. Proportions of the itemsets for the immunization regimen are calculated, along with a confidence factor that includes an estimate of the probability a rule portion of a rule includes another rule portion. A computer interface is generated via templates that includes immunization regimen that is based on the confidence factor. The immunization regimen data includes expected frequencies of immunization data.

Abstract: Technologies and techniques for biometrically authenticating a user for an apparatus. User biometric data is generated via a biometric capture device. A processor processes the user biometric data to generate one or more biometric templates. A memory stores the biometric templates and one or more previously generated biometric templates. A biometric manager module associates executable applications with respective biometric templates, wherein the processor matches one of the biometric templates with the previously generated biometric templates to determine if the matched biometric template is associated with the executable application. The processor generates at least one of a password and/or a cryptographic key for allowing access to the associated executable application based on the matched biometric template.

Abstract: Technologies and techniques for securing prescription data on a computer network. A prescription module is activated for registering prescription data. An authentication module is activated, where an entry field is disabled in the prescription application to register the prescription data for a predetermined period of time. While the entry field is disabled, the authentication module determines if the prescription application is active, and the entry field in the prescription application is activated only after the predetermined period of time has lapsed, and when the prescription application was determined to be active for the predetermined period of time. A soft token that is not received on the device, may then be entered to authenticate the prescription data.

Abstract: Technologies and techniques for processing drug data in a specialized medical computer system. Autonomous moving code may be received via a communications interface from a computer network, where the autonomous movable code includes patient data, lab test data, demographic data, and diagnosis data. The autonomous movable code is executed in a system agent manager and processed in a learning module, where the learning module performs predictive processing to determine if an opioid abuse condition exists. New autonomous movable code may be generated that includes information and/or instructions regarding the opioid abuse condition. The new autonomous movable code is then transmitted back to the computer network.

Abstract: Technologies and techniques for providing third party notifications within a workspace on a processing device in medical computer system. The third party notifications are effectuated using a third party information manager that monitors inputs or changes to system information, such as the information that is pertinent to a currently displayed workspace, and then obtain third party messaging related to these inputs or changes. Additionally, a display decision manager is used to then determine the manner of displaying the third party messaging in the workspace based on either a determined priority of the messaging or the current content of the workspace. This selective managing of the third party messaging affords customization to the system that mitigates user alert fatigue caused by simply allowing all messages to be displayed.

Abstract: Technologies and techniques for optimizing a patient overview in a user interface (UI), utilizing at least one processor. An optimize request is received including an optimization level from a user via the UI, selecting predetermined patient information associated with the received optimization level, and displaying an optimized patient overview containing the selected certain patient information to the user.

Abstract: A system, apparatus and method for configuring notifications pursuant to a medical regimen for a patient. A communications interface receives patient data and patient feedback data associated with the patient and system patient data associated with other patients may be stored. A data model is processed for the medical regimen to calculate a baseline notification schedule based on the patient data, wherein the baseline notification schedule includes content and notification frequency for individual notifications. The patient data is processed to determine word vectors and embedded vectors. Statistical/predictive processing is executed on the processed patient feedback data to determine a patient characteristic. As a result of the statistical/predictive processing, the baseline notification schedule is modified to form a modified schedule for transmission in the system.

Abstract: A resource management system for medical software applications. Profile parameters of a first health care facility are received and processed to select one of a plurality stored profile data that contain profile parameters having a threshold similarity to the profile parameters for the first health care facility. A system resource manager loads resource management data associated with the selected profile data, wherein the resource management data comprises data relating to capabilities and capacities of the health care facility associated with the selected profile data. A systems intelligence manager performs predictive processing on the resource management data of the selected profile data and feedback data to update resource management data. The resource management data and updates of the selected profile data is transmitted to the first health care facility for execution in the resource management software.

Abstract: Technologies and techniques for operating a resource management system for medical software applications. Profile parameters of a first health care facility are received and processed to select one of a plurality stored profile data that contain profile parameters having a threshold similarity to the profile parameters for the first health care facility. A system resource manager loads resource management data associated with the selected profile data, wherein the resource management data comprises data relating to capabilities and capacities of the health care facility associated with the selected profile data. A systems intelligence manager performs predictive processing on the resource management data of the selected profile data to determine via simulation if the resource management data meets a threshold. The resource management data of the selected profile data is transmitted to the first health care facility for execution in the resource management software and updated using feedback data.

Abstract: A computing system for wound tracking is disclosed herein. A server computing device receives a first image of a wound of a patient captured by a first camera. Subsequently, the server computing device receives a message generated by a computing device, the message indicating that a second camera of the computing device is to capture a second image of the wound. Responsive to receiving the message, the server computing device causes data to be transmitted to the computing device, the data based in part upon the first image. The data causes the computing device to present a semi-transparent overlay to a view of the wound on a display as perceived through a lens of the second camera, the semi-transparent overlay indicative of the first image. The computing device captures the second image via the second camera and causes the second image to be received by the server computing device.

Abstract: A system includes a centralized repository for tracking rule content and managing subscriptions to rule content by organizations and providers utilizing the system; a rule-evaluation server for receiving requests for rule-evaluations for specific patients, wherein the server determines content needing to be evaluated and retrieves the content to be used; a rule engine for performing the evaluations, wherein content, patient data, and rule evaluation parameters are provided to the engine, and the engine returns recommendations triggered by the evaluation, if any; an aggregator for aggregating recommendations from multiple sources, detecting and coordinating related recommendations, and applying configuration settings based on the patient and/or provider in context; and a client component for coordinating communication between an electronic health records system, the server, and the aggregator.

Abstract: Described herein are features pertaining to updating patient data based upon input of an EHR user by way of a GUI. The GUI can depict health information that is generated or extracted from the patient data, wherein the health information can include demographic information, vital statistics, etc. of a patient. The GUI receives input with respect to a multidimensional value displayed on the GUI, the input comprising input in a first dimension and input in a second dimension, the multidimensional value comprising a first value and a second value. The first value and the second value are simultaneously modified based upon the input in the first dimension and the input in the second dimension.

Abstract: Technologies and techniques for processing a user interface (UI) associated with a multi-nodal workflow in a medical software application. A processor-based workflow logic module processes a medical software application to determine branches of the workflow, wherein each of the branches include one or more nodes configured to receive a data input and provide a corresponding data output for the medical software application during execution. Serialization is executed on at least some of the branches to determine dependencies among at least some of the nodes in the branches. Progress of the workflow is monitored during execution of the medical software application, and used to execute UI applications and/or provide feedback data associated with the monitored progress.

Abstract: A computing system for redirecting electronic prescription refills is disclosed herein. A server computer device executing an electronic health records application constructs an electronic prescription for a patient and causes the electronic prescription to be routed to a first pharmacy device of a first pharmacy. The electronic prescription includes at least one refill. Subsequently, the server computing device receives an identifier for the electronic prescription and an identifier for a second pharmacy from a second server computing device executing a patient portal application, wherein the identifier for the second pharmacy is specified by the patient. The server computing device identifies the electronic prescription, determines a number of refills remaining on the electronic prescription, and constructs a second electronic prescription including the number of refills.

Abstract: Embodiments enable a displayed webpage containing sensitive information to be accurately and efficiently sanitized. The sensitive information is contained within a text string of the webpage and displayed using a font specified in a style sheet. The text string that is to be sanitized is determined based on a tag for sanitization associated with the text string. When the tag is determined the text string is rendered using a font from the style sheet that is not legible. Upon rendering, the text string of the webpage is redisplayed using the non-legible font, which effectively sanitizes the text string containing the sensitive information.

Abstract: A method for using a health information exchange system which stores patient record data regarding a multiplicity of patients, to serve a first plurality of EMRs each interacting with an EMR community including a set of at least one EMR, the method comprising: for each individual EMR within the first plurality of EMRs, performing a computerized context interception process using a processor to intercept context from the individual EMR and to identify there within an event whereby a health provider using the individual EMR calls up an individual patient's record from said individual EMR; and responsive to identification of the event, using a computerized output device for providing patient record data, pertaining to the individual patient, to the health provider.

Abstract: Described herein are various technologies pertaining to de-identifying patient data. A computing system removes protected health information and/or sensitive information from patient data by selectively replacing data in the patient data to retain the clinical relevance of the patient data after the patient data is de-identified, thereby retaining the utility of the de-identified patient data for tasks such as statistical analysis of patient data, testing of healthcare software functionality, and others.

Abstract: A method includes providing, by a healthcare software provider, an updated version of a healthcare software application; maintaining a list of events each mapped to one or more actions to be taken upon occurrence of such event; generating, by an instance of the updated version of the healthcare software application running on an electronic device, a log of events representing user actions; looking up in the maintained list of events, based on the occurrence of a logged event, a mapped action to take in response thereto, the mapped action being to provide a first user notification; and providing, in the healthcare software application, the first user notification.

Abstract: Electronic messages, such as emails, often ask questions, ask that a task be done, or assign a task. The responsive messages often forget to answer the questions and the responders often forget to calendar tasks. Advances in natural language processing provide computers the ability to notice the questions and task requests/assignments. Automated analysis of the messages can detect and highlight questions, can provide for draft responses addressing every question, and can provide for getting tasks calendared.

Abstract: A method includes receiving, from a user via an electronic device, input representing a password to be utilized for an account; automatically determining, utilizing a processor, a complexity value for the input password; automatically determining, based on the determined complexity value, security settings for the account; receiving, from a user via an electronic device, input representing an attempt to login to the account, the input representing an attempt to login to the account including an attempted password; automatically determining that the attempted password does not match the password to be utilized for the account; and determining a course of action to take in response to the determination that the attempted password does not match the password to be utilized for the account, the course of action being determined based at least in part on the automatically determined security settings for the account.