Abstract: A business application component of a teller machine transmits a reconciliation message to a terminal handler component. The reconciliation message includes a first set of transaction data relating to a financial transaction performed at the teller machine. The reconciliation message also includes a validated token. The terminal handler component transmits the reconciliation message to a settlement processing component. A controller retrieves a second set of transaction data relating to the financial transaction performed at the teller machine from backend components. The controller transmits the second set of transaction data to the settlement processing component. The settlement processing component determines correlation data based on the first set of transaction data and the second set of transaction data. The settlement processing component transmits the correlation data to the controller. The controller transmits the correlation data to the backend components.

Abstract: A user interface component receives a service request from a user and transmits a service request message to a business application component. The business application component transmits an authorisation request message to a media authorisation component. The media authorisation component generates a token based on the authorisation request message and transmits a search message to a controller. The controller transmits the search message to a plurality of backend components. The controller transmits a response message from the backend components to the media authorisation component. The media authorisation component determines whether the token is valid based on the response message. The media authorisation component transmits a validation message to the business application component.

Abstract: A data processing system includes a first communication session participant device, a service orchestration controller, and a plurality of second communication session participant devices. Each of the second communication session participants has an attribute to perform a type of service task.

Abstract: A solderless antenna includes a pair of spaced-apart electrically-conductive disks arranged in a vertical stack and a self-supporting, branched-path feed circuit. The feed circuit has a signal-receiving point and four signal paths leading to four excitation points. The first signal path is the shortest. The second signal path includes a portion of the first signal path and is longer than the first signal path. The third signal path is unique with respect to the first signal path and second signal path, and is longer than the second signal path. The fourth signal path includes a portion of the third signal path and is longer than the third signal path.

Abstract: A customer transmits a service request message to a central controller. The central controller determines the time required to process the requested service. The central controller transmits a notification message to the user device when the requested service will be available. A second communication session participant processes the service using the central controller. The second communication session participant then transmits a service execution message to a service provider device to fulfil the requested service. The central controller monitors the location of the user device and monitors the location of the service provider device. The central controller transmits a guide message to the user device to guide the customer as the customer travels from a first physical location to the service provider device at a third physical location. When the customer arrives, the service provider device authenticates the customer. After authentication, the service provider device fulfils the requested service.

Abstract: A data processing system comprises a first authenticator device, a second authenticator device, a user device, and a service device. The first authenticator device receives data associated with a user. The first authenticator device calculates first authentication data based on the user data. The first authenticator device transmits the first authentication data to the user device. The second authenticator device receives data associated with the user. The second authenticator device calculates second authentication data based on the user data. The second authenticator device transmits the second authentication data to the user device. Using the service device, the user requests a service. The user device transmits the first authentication data and the second authentication data to the service device. The service device calculates an authentication score. The service device compares the authentication score relative to a pre-defined threshold.

Abstract: A data processing system comprises a control device and a service device. The system determines a location (1) of the control device and determines a location (2) of the service device. When the control device is in proximity to the service device, the system authenticates (3) the control device at the service device. The control device receives a service request (4) from a user. The control device transmits (5) a service request message to the service device. The service device processes (6) the service request message. The service device transmits a service outcome message (7) to the control device. The control device provides output data (8) to the user. The system ceases display (9) of customer information on the display screen of the service device.

Abstract: A data processing system which includes a first device that receives a service request from a first communication session participant. The system initiates a communication session between the first device and a second device. The first device transmits a first image to the second device. The second device creates a second image based on the first image. The second device displays the second image to a second communication session participant. The second device receives user input data from the second communication session participant. The user input data is a selection of pixels on a display screen of the second device. The second device calculates corresponding pixels on a display screen of the first device. The second device creates a control message based on the corresponding pixels and transmits the control message to the first device. The first device performs an action based on the control message to provide a service.

Abstract: A customer transmits a service request message to a central controller. The controller identifies a second type of communication session participant and a third type of communication session participant that will be required to process the requested service. The controller calculates an aggregated availability parameter for each possible combination of communication session participant in a second queue and communication session participant in a third queue based on second availability parameters and third availability parameters. The controller selects a second communication session participant from the second queue, and a third communication session participant from the third queue. The controller determines if a pre-defined quorum of communication session participants has been reached. The controller initiates the remote communication session between the customer, the second communication session participant, and the third communication session participant.

Abstract: A data processing system includes a first communication session participant device, a service orchestration controller, and a plurality of second communication session participant devices. Each of the second communication session participants has an attribute to perform a type of service task.

Abstract: A secure token defines use-based access restrictions to a first user resource. The secure token is delegated to a second user. The second user redeems the secure token for access to the first user's resource. The access during redemption is constrained by the use-based access restrictions defined by the first user.

Abstract: A secure token defines use-based access restrictions to a first user resource. The secure token is delegated to a second user. The second user redeems the secure token for access to the first user's resource. The access during redemption is constrained by the use-based access restrictions defined by the first user.

Abstract: A secure token defines use-based access restrictions to a first user resource. The secure token is delegated to a second user. The second user redeems the secure token for access to the first user's resource. The access during redemption is constrained by the use-based access restrictions defined by the first user.

Abstract: A method for authentication includes receiving a log-in request at a first client computer, and capturing user information with the request. The method includes capturing an image of the user, and sending a request for authentication, including the user information and image, to an authentication server. The method includes determining a representative user based on the user information, and determining an authorizing agent responsible for authorizing the representative user. The method includes sending the authentication request to a client computer associated with the authorizing agent, and providing verified identification information of the representative user along with the request so that the authorizing agent can perform authentication of the requesting user based on the user information, the captured image, and the verified identification information.

Abstract: A method for authentication includes receiving a log-in request at a first client computer, and capturing user information with the request. The method includes capturing an image of the user, and sending a request for authentication, including the user information and image, to an authentication server. The method includes determining a representative user based on the user information, and determining an authorizing agent responsible for authorizing the representative user. The method includes sending the authentication request to a client computer associated with the authorizing agent, and providing verified identification information of the representative user along with the request so that the authorizing agent can perform authentication of the requesting user based on the user information, the captured image, and the verified identification information.

Abstract: A system and method for occluding potential entrapment zones in a bed. The system includes a head-end assembly with a head-end cover enclosing a head-end pad and a pair of reinforcing end members. The system also includes a torso assembly, a leg assembly and a foot-end assembly with covers enclosing pads and reinforcing members.

Abstract: A system and method for occluding potential entrapment zones in a bed. The system may include a head-end assembly with a head-end cover enclosing a head-end pad, and a foot-end assembly with covers enclosing pads. The system may further include a pair of walls extending between the head-end assembly and the foot-end assembly. The walls may include inflatable members.

Abstract: A system and method for occluding potential entrapment zones in a bed. The system includes a head-end assembly with a head-end cover enclosing a head-end pad, and a torso assembly with a pair of covers each enclosing a pair of pads. The system also includes a leg assembly with a cover enclosing pads and a foot-end assembly with covers enclosing pads. The system further includes multiple sets of coupling members that couple the covers together.

Abstract: A system and method for occluding potential entrapment zones in a bed. The system may include a head-end assembly with a head-end cover enclosing a head-end pad, and a foot-end assembly with covers enclosing pads. The system may further include a pair of walls extending between the head-end assembly and the foot-end assembly. The walls may include inflatable members.