Abstract: The present disclosure provides methods, computer readable media, and a system comprising: a hierarchical data storage architecture comprising the following storage tiers: a first tier configured to store a data element associated with a first range of recall probability scores, and a second tier configured to store a data element associated with a second range of recall probability scores; a computing agent configured to perform the following: compute a recall probability score for the data element stored in the hierarchical data storage architecture, and affect a transfer of the data element between the first and second tier; and a graphical user interface (GUI) comprising at least one functional GUI element configured to: enable an end-user to input a desired balance between speed of data retrieval and cost of data storage, wherein the desired balance impacts the plurality of ranges of recall probability scores associated with the first and second tier.

Abstract: The present disclosure provides methods, computer readable media, and a system comprising: a hierarchical data storage architecture comprising the following storage tiers: a first tier configured to store a data element associated with a first range of recall probability scores, and a second tier configured to store a data element associated with a second range of recall probability scores; a computing agent configured to perform the following: compute a recall probability score for the data element stored in the hierarchical data storage architecture, and affect a transfer of the data element between the first and second tier; and a graphical user interface (GUI) comprising at least one functional GUI element configured to: enable an end-user to input a desired balance between speed of data retrieval and cost of data storage, wherein the desired balance impacts the plurality of ranges of recall probability scores associated with the first and second tier.

Abstract: The present disclosure provides methods, computer readable media, and a system (the “platform”) for recall probability-based data storage and retrieval. The platform may comprise a hierarchical data storage architecture having at least one of the following storage tiers: a first tier, and a second tier; at least one computing agent, wherein the at least one computing agent is configured to: compute a recall probability for a data element stored in the data storage, and effect a transfer of the data element based on, at least in part, the recall probability, wherein the transfer of the data element is between at least the following: the first tier, and the second tier; and a graphical user interface (GUI) comprising at least one functional GUI element configured to: enable an end-user to specific a desired balance between at least one of the following elements: speed of data retrieval, and cost of data storage.

Abstract: A method of placing ECG electrodes in an environment where persons of limited training are available includes making a trial placement of the electrodes. Then, the method includes testing the electrodes and evaluating signals from the electrodes as a result of the testing. Verbal or visual feedback can be provided to the person placing the electrodes so that placed electrodes could be adjusted as needed.

Abstract: A personal emergency response system oriented to mobile individuals uses cell phones or other wireless devices as sources of an emergency indicating signal. A personal profile associated with that signal can be evaluated, along with location information to determine which emergency device(s) should be activated and which local messages should be produced to alert other individuals in the area as to the existence of an emergency.

Abstract: Systems and methods for medication compliance are provided. The method includes registering at least one medication, instructing a user to select the at least one medication, verifying a selected medication, and instructing a user with dosage information associated with the selected medication.

Abstract: A personal emergency response system oriented to mobile individuals uses cell phones or other wireless devices as sources of an emergency indicating signal. A personal profile associated with that signal can be evaluated, along with location information to determine which emergency device(s) should be activated and which local messages should be produced to alert other individuals in the area as to the existence of an emergency.

Abstract: A method of placing ECG electrodes in an environment where persons of limited training are available includes making a trial placement of the electrodes. Then, testing the electrodes and evaluating signals from the electrodes as a result of the testing. Verbal or visual feedback can be provided to the person placing the electrodes so that placed electrodes could be adjusted as needed.

Abstract: A system and method are provided for managing patient care based on data received from a remote monitoring system. The system includes a data monitor for automatically evaluating the data received from the remote monitoring system and a scheduling module for receiving a data evaluation from the data monitor. The scheduling module includes tools for adjusting a patient schedule. Schedule adjustment actions can be automatically triggered by the received data evaluation. Typically, the data monitor will compare the received data with patient medical records to evaluate the received data received from the remote monitoring system to determine if the received data meets pre-set expectations. If the received data does not meet pre-set expectations, a scheduling action will be triggered. The system will automatically notify the patient of scheduling actions.

Abstract: A system and method are provided for managing patient care based on data received from a remote monitoring system. The system includes a data monitor for automatically evaluating the data received from the remote monitoring system and a scheduling module for receiving a data evaluation from the data monitor. The scheduling module includes tools for adjusting a patient schedule. Schedule adjustment actions can be automatically triggered by the received data evaluation. Typically, the data monitor will compare the received data with patient medical records to evaluate the received data received from the remote monitoring system to determine if the received data meets pre-set expectations. If the received data does not meet pre-set expectations, a scheduling action will be triggered. The system will automatically notify the patient of scheduling actions.

Abstract: A method for collecting and distributing clinical data for data mining. The method comprises selecting a local report for collection, where the local report is a structured reporting object and includes a local clinical code, patient identification data and report collections status data. The local report is sanitized by removing the patient identification data. The local report collection status is updated to reflect the selecting. The local report is mapped to a common format report and the mapping includes: accessing a knowledge base that includes the local clinical code and a corresponding common format clinical code; and replacing the local clinical code with the corresponding common format code. The common format report is then transmitted to a data mining host system that includes a data repository.

Abstract: A method for collecting and distributing clinical data for data mining. The method comprises selecting a local report for collection, where the local report is a structured reporting object and includes a local clinical code, patient identification data and report collections status data. The local report is sanitized by removing the patient identification data. The local report collection status is updated to reflect the selecting. The local report is mapped to a common format report and the mapping includes: accessing a knowledge base that includes the local clinical code and a corresponding common format clinical code; and replacing the local clinical code with the corresponding common format code. The common format report is then transmitted to a data mining host system that includes a data repository.

Abstract: A method for creating anonymity in collecting patient data. The method comprises receiving a medical report for a patient including patient identification data. A patient record is searched for an anonymous patient identifier (APID) corresponding to the patient. The search returns the APID in response to locating it and returns a null value in response to not locating an APID. If the search returns a null value, an APID corresponding to the patient is created. The APID is added to the medical report and the patient identification data is removed from the medical report. The medical report is transmitted to a data repository in response to removing the patient identification data.