Abstract: The present application is directed to systems and methods for interoperability between pathways configured and executable on a device. The device may execute, via a pathway engine, a plurality of pathways. Each pathway of the plurality of pathways may monitor a defined set of data points of a user and execute actions based on monitoring of the defined set of data points. A first pathway may determine a point in execution of the first pathway to receive one or more inputs from a second pathway of the plurality of pathways. The first pathway may receive, from the second pathway, as input data values of a second defined set of data being monitored by the second pathway. The first pathway may determine, using the values of the first defined set of data points and values of the second defined set of data, to take a predetermined action of the first pathway.

Abstract: The present application is directed to systems and methods providing a pathway configurable and executable via a pathway engine on a device. A device may establish a pathway configured via a pathway engine to execute on the device to monitor data points of a user and to generate actions based on monitoring of the data points. A monitor of the pathway engine may monitor data points of the user received by the device. The monitor may compare each value of the data points to the expected value and the predetermined threshold specified for the trigger condition. The pathway, based on the comparison, may determine that the trigger condition has been triggered. The pathway, responsive to the triggering of the trigger condition, may initiate an alert to identify the trigger condition and execution of the action specified by the pathway.

Abstract: The present application is directed to systems and methods for providing a web interface for monitoring a status of pathways of a plurality of users. A first display may display the first interface displaying a plurality of tiles. Each tile may correspond to a user currently being monitored via executing pathways. A second display may display the second interface displaying a first queue of encounters with users currently in progress and a second queue of recently completed user encounters. The first interface may receive a first selection of one tile to initiate a first encounter with a first user corresponding to the selected tile. The second interface may receive a second selection in the first queue to open a second encounter in progress with a second user. The second interface may receive a third selection in the second queue to view a third encounter completed with a third user.

Abstract: The present application is directed to systems and methods providing a pathway configurable and executable via a pathway engine on a device. A device may establish a pathway configured via a pathway engine to execute on the device to monitor data points of a user and to generate actions based on monitoring of the data points. A monitor of the pathway engine may monitor data points of the user received by the device. The monitor may compare each value of the data points to the expected value and the predetermined threshold specified for the trigger condition. The pathway, based on the comparison, may determine that the trigger condition has been triggered. The pathway, responsive to the triggering of the trigger condition, may initiate an alert to identify the trigger condition and execution of the action specified by the pathway.

Abstract: The present application is directed to systems and methods for interoperability between pathways configured and executable on a device. The device may execute, via a pathway engine, a plurality of pathways. Each pathway of the plurality of pathways may monitor a defined set of data points of a user and execute actions based on monitoring of the defined set of data points. A first pathway may determine a point in execution of the first pathway to receive one or more inputs from a second pathway of the plurality of pathways. The first pathway may receive, from the second pathway, as input data values of a second defined set of data being monitored by the second pathway. The first pathway may determine, using the values of the first defined set of data points and values of the second defined set of data, to take a predetermined action of the first pathway.

Abstract: An electrophoretic separation apparatus of the type described in U.S. Pat. No. 3,844,926 wherein the means for generating the electric field is constituted by an anode system and a cathode system, said systems being positioned on opposite sides of the annular separation chamber to one another and one or both of said systems comprising a semi-permeable membrane which defines the annular separation chamber, at least in part, and which is supported by a water-permeable resin-bonded cellulose fibre material, means for contacting said material with an electrolyte, and an electrode for supplying an electric current to the electrolyte.