Abstract: A computer implemented method and system for automatically creating an annotated dataset. An automatic annotating system may access a proprietary database and an unannotated dataset and identify tokens, or character spans, of the unannotated dataset that match property values in the database. The automatic annotating system may then determine whether the identified tokens in the unannotated dataset originated, or derived, from the database by calculating probabilities using a language model and a Bayesian network. The automatic annotating system annotates identified tokens determined to originate from the database by associating a tag to each identified token and assigning annotation attributes for each tag. The annotations and associated properties and values are stored as an annotated dataset. The annotated dataset may then be used train automated, machine learned models to identify and tag other datasets.

Abstract: The disclosed embodiments relate to a representation of a structure/space as a collection of interrelated partitions whereby manipulation of the partitions causes an automated propagation of the manipulation through the other interrelated partitions as a function of the relationships therebetween. Each partition is defined by one or more vertices, the location(s) of which is/are specified either relative to an origin or relative to, i.e. as a function of, or dependent upon, the location of another vertex within the partition (intra-partition) or within another partition (inter-partition). Where the location of a vertex is moved, the change is propagated implicitly to all other vertices whose location is related, i.e. specified as a function of the modified vertex.

Abstract: In a method for seamlessly providing information, a presentation is identified. Each of at least some presentation nodes is selectively activated or not activated for a particular instance of the presentation, and corresponds to respective content assets to be presented if the node is activated. A first node sequence to be activated for an instance of the presentation is determined. First content to be at least partially presented during a first portion of the instance is identified based on the first node sequence, and sent to a client device. A message indicating when the client device is ready for additional content is received, and a second node sequence to be activated for the instance is determined. Second content that is to be at least partially presented during a second portion of the instance is identified based on the second node sequence, and sent to the client device.

Abstract: The disclosed embodiments relate to a representation of a structure/space as a collection of interrelated partitions whereby manipulation of the partitions causes an automated propagation of the manipulation through the other interrelated partitions as a function of the relationships therebetween. Each partition is defined by one or more vertices, the location(s) of which is/are specified either relative to an origin or relative to, i.e. as a function of, or dependent upon, the location of another vertex within the partition (intra-partition) or within another partition (inter-partition). Where the location of a vertex is moved, the change is propagated implicitly to all other vertices whose location is related, i.e. specified as a function of the modified vertex.

Abstract: The disclosed embodiments relate to a representation of a structure/space as a collection of interrelated partitions whereby manipulation of the partitions causes an automated propagation of the manipulation through the other interrelated partitions as a function of the relationships therebetween. Each partition is defined by one or more vertices, the location(s) of which is/are specified either relative to an origin or relative to, i.e. as a function of, or dependent upon, the location of another vertex within the partition (intra-partition) or within another partition (inter-partition). Where the location of a vertex is moved, the change is propagated implicitly to all other vertices whose location is related, i.e. specified as a function of the modified vertex.

Abstract: In a method for seamlessly providing health-related information, a patient presentation is identified. Each of at least some presentation nodes is selectively activated or not activated for a particular instance of the presentation, and corresponds to respective content assets to be presented if the node is activated. A first node sequence to be activated for an instance of the presentation is determined. First content to be at least partially presented during a first portion of the instance is identified based on the first node sequence, and sent to a client device. A message indicating when the client device is ready for additional content is received, and a second node sequence to be activated for the instance is determined. Second content that is to be at least partially presented during a second portion of the instance is identified based on the second node sequence, and sent to the client device.

Abstract: The disclosed embodiments relate to a representation of a structure/space as a collection of interrelated partitions whereby manipulation of the partitions causes an automated propagation of the manipulation through the other interrelated partitions as a function of the relationships therebetween. Each partition is defined by one or more vertices, the location(s) of which is/are specified either relative to an origin or relative to, i.e. as a function of, or dependent upon, the location of another vertex within the partition (intra-partition) or within another partition (inter-partition). Where the location of a vertex is moved, the change is propagated implicitly to all other vertices whose location is related, i.e. specified as a function of the modified vertex.

Abstract: The disclosed embodiments relate to a representation of a structure/space as a collection of interrelated partitions whereby manipulation of the partitions causes an automated propagation of the manipulation through the other interrelated partitions as a function of the relationships therebetween. Each partition is defined by one or more vertices, the location(s) of which is/are specified either relative to an origin or relative to, i.e. as a function of, or dependent upon, the location of another vertex within the partition (intra-partition) or within another partition (inter-partition). Where the location of a vertex is moved, the change is propagated implicitly to all other vertices whose location is related, i.e. specified as a function of the modified vertex.

Abstract: The disclosed embodiments relate to a representation of a structure/space as a collection of interrelated partitions whereby manipulation of the partitions causes an automated propagation of the manipulation through the other interrelated partitions as a function of the relationships therebetween. Each partition is defined by one or more vertices, the location(s) of which is/are specified either relative to an origin or relative to, i.e. as a function of, or dependent upon, the location of another vertex within the partition (intra-partition) or within another partition (inter-partition). Where the location of a vertex is moved, the change is propagated implicitly to all other vertices whose location is related, i.e. specified as a function of the modified vertex.

Abstract: A package moving system has a jaw device movable between an open and a closed position. The jaw has a pair of opposite support structures that each support at least one support arm. The at least one support arm moves between a first and second position. In the first position, it receives a package. In the second, it supports the package. At least one retaining member is biased downward to engage the package when the jaws are in a closed position. The retaining element urges against an upper surface of the supported package to retain the package in the support arms.

Abstract: A package moving system has a jaw device movable between an open and a closed position. The jaw has a pair of opposite support structures that each support at least one support arm. The at least one support arm moves between a first and second position. In the first position, it receives a package. In the second, it supports the package. At least one retaining member is biased downward to engage the package when the jaws are in a closed position. The retaining element urges against an upper surface of the supported package to retain the package in the support arms.