Abstract: A vehicle including a transceiver, a telematics control unit and a processor is disclosed. The transceiver may be configured to receive tour information associated with a tour, and the telematics control unit may be determine a real-time vehicle geolocation. The processor may be configured to obtain a trigger signal, and obtain the tour information and the real-time vehicle geolocation responsive to obtaining the trigger signal. The processor may be further configured to determine that a predefined condition may be met based on the tour information and the real-time vehicle geolocation. The processor may modify a first vehicle component setting associated with a vehicle component to a second vehicle component setting, responsive to determining that the predefined condition may be met.

Abstract: The disclosure is generally directed to systems and methods related to charging an electric vehicle. A method for determining recommendations for a user of a user device includes determining that the user is consuming content on a first application on the user device, the content available on the electric vehicle, determining a charge state of the electric vehicle, determining, based on the charge state of the electric vehicle that a length of time to charge the electric vehicle satisfies a timing requirement associated with the content, locating a charge station where the electric vehicle can be charged while the vehicle plays the content, and presenting a recommendation to charge the vehicle at the charging station.

Abstract: A device may receive edge parameters, geographic data, traffic data, and real-time metadata associated with an approximate location of a mobile edge device and a device edge. The device may receive a request for an actual location of the mobile edge device and the device edge, and may process the edge parameters, the geographic data, the traffic data, and the real-time metadata, with a machine learning model, to calculate multiple locations. The device may discard locations that fail to fit the edge parameters, the geographic data, the traffic data, and the real-time metadata, to generate a set of locations, and may select, from the set of locations, a location with a greatest location confidence determination as the actual location of the mobile edge device and the device edge.

Abstract: An device edge may receive a machine learning model, and may receive data from an edge device associated with a RAN. The device edge may process the data, with the machine learning model, to generate edge analytic data associated with the edge device, and may process the edge analytic data, with the machine learning model, to detect a problem or to predict an issue associated with the edge device or a RAN device associated with the edge device. The device edge may provide particular edge analytic data associated with the problem or the issue to a cloud-computing system, and may perform one or more actions based on the problem or the issue associated with the edge device or the RAN device.

Abstract: The disclosure is generally directed to systems and methods related to charging an electric vehicle. A method for determining recommendations for a user of a user device includes determining that the user is consuming content on a first application on the user device, the content available on the electric vehicle, determining a charge state of the electric vehicle, determining, based on the charge state of the electric vehicle that a length of time to charge the electric vehicle satisfies a timing requirement associated with the content, locating a charge station where the electric vehicle can be charged while the vehicle plays the content, and presenting a recommendation to charge the vehicle at the charging station.

Abstract: An ECG electrode application system includes an electrode distributor including a housing and a suction manifold assembly disposed within the housing. The suction manifold assembly includes a manifold, a plurality of pneumatic valves integrated within the manifold, and the manifold includes a common manifold chamber fluidly coupled to each pneumatic valve, and each pneumatic valve includes a venturi passage. The ECG electrode application system includes a plurality of suction electrodes, each suction electrode having an electrode suction dome and coupled to the electrode distributor via a lead wire, and each lead wire is coupled to a respective pneumatic valve. Each electrode suction dome is configured when pressed to cause a change in air pressure that results in a suction pressure being applied within a respective electrode suction dome to adhere a corresponding suction electrode to a subject at a pressure determined by the venturi passage of a corresponding pneumatic valve.

Abstract: A service module may detect a power shutdown of an information handling system. In response a service processor may monitor incoming network traffic at a network port and at a universal serial bus port, and if the incoming network traffic includes a power control command directed to the information handling system, then execute the power control command.

Abstract: An information handling system cluster may include a first site located at a first geographical location and comprising a set of first management controllers, and a second site located at a second geographical location and comprising a set of second management controllers. The information handling system cluster may be configured to provide software-defined storage based on physical storage resources at the first site and the second site. The information handling system cluster may be further configured to execute a cluster management system configured to select individual ones of the set of first management controllers and the set of second management controllers to act as distributed witness nodes for the information handling system cluster.

Abstract: A service module may detect a power shutdown of an information handling system. In response a service processor may monitor incoming network traffic at a network port and at a universal serial bus port, and if the incoming network traffic includes a power control command directed to the information handling system, then execute the power control command.

Abstract: A server is programmed to receive an application command from a hosted application executed by a second server, generate a simulated mobile device command indicating a function specified by the application command, and send the simulated mobile device command to a telematics controller of a vehicle, to cause the vehicle to execute the application command using a device link interface configured for communication between the vehicle and mobile devices local to the vehicle.

Abstract: A vehicle and method of operation, which include a vehicle computing system having at least one controller coupled to a transceiver and configured to poll for and respond to subscribe requests from at least two mobile device applications, communicating with the transceiver near a vehicle cabin. In response to the subscribe requests, the controller(s) establish a monitored connection to an active one of the navigation applications. In response to at least one of destination, waypoint, active status, and current location signals from the monitored connection, the controller(s) communicate the signals to inactive applications, and may be further configured to communicate such signals from the inactive applications to other active and inactive applications.

Abstract: A vehicle and method of operation, which include a vehicle computing system having at least one controller coupled to a transceiver and configured to poll for and respond to subscribe requests from at least two mobile device applications, communicating with the transceiver near a vehicle cabin. In response to the subscribe requests, the controller(s) establish a monitored connection to an active one of the navigation applications. In response to at least one of destination, waypoint, active status, and current location signals from the monitored connection, the controller(s) communicate the signals to inactive applications, and may be further configured to communicate such signals from the inactive applications to other active and inactive applications.

Abstract: Methods for screening for modulators of autophagy are disclosed. Methods for identifying genes whose expression inhibits autophagy, as well as genes whose expression promotes autophagy, are disclosed. Also disclosed are methods for identifying compounds that stimulate autophagy, as well as compounds that inhibit autophagy. Cell lines that may be used in the methods of identification are also disclosed.

Abstract: An infant warmer includes a LED driver, and a LED element operatively connected to the LED driver. The LED element has a characteristic spectral radiation wavelength range selected to optimize absorption by water molecules within an infant to thereby raise the infant's body temperature.

Abstract: Methods for screening for modulators of autophagy are disclosed. Methods for identifying genes whose expression inhibits autophagy, as well as genes whose expression promotes autophagy, are disclosed. Also disclosed are methods for identifying compounds that stimulate autophagy, as well as compounds that inhibit autophagy. Cell lines that may be used in the methods of identification are also disclosed.

Abstract: Methods for screening for modulators of autophagy are disclosed. Methods for identifying genes whose expression inhibits autophagy, as well as genes whose expression promotes autophagy, are disclosed. Also disclosed are methods for identifying compounds that stimulate autophagy, as well as compounds that inhibit autophagy. Cell lines that may be used in the methods of identification are also disclosed.

Abstract: Systems and methods for conducting a virtual test market are disclosed. A system may include a virtual launch component, a transaction component, and a marketing simulation component. The components of the system may be used in combination to obtain, and analyze marketing data relating to a new product offering at a substantially reduced cost and resource level as compared to conventional techniques. The systems and methods disclosed may also be used to perform scenario analyses.

Abstract: Methods for screening for modulators of autophagy are disclosed. Methods for identifying genes whose expression inhibits autophagy, as well as genes whose expression promotes autophagy, are disclosed. Also disclosed are methods for identifying compounds that stimulate autophagy, as well as compounds that inhibit autophagy. Cell lines that may be used in the methods of identification are also disclosed.

Abstract: A method includes, when a packet is to be sent over a secured connection, determining if the secured connection is set up. The method also includes, when the secured connection is not set up, storing the packet and, after storing the packet, when the secure connection is set up, retrieving the packet and transmitting the packet over the secured connection.

Abstract: Systems and methods for conducting a virtual test market are disclosed. A system may include a virtual launch component, a transaction component, and a marketing simulation component. The components of the system may be used in combination to obtain, and analyze marketing data relating to a new product offering at a substantially reduced cost and resource level as compared to conventional techniques. The systems and methods disclosed may also be used to perform scenario analyses.