Abstract: Systems and methods for identifying, assembling, and publishing content are described. A video content item, having a first time length, is identified by a system to be included in a program scheduled for a first time period. The video may be hosted on a third party system. A first time span within the first program is allocated for the video, wherein the first time span is longer than the first time length. The system determines, prior to or at the first time period, a time difference between a current length of the video and the first time span. At least partly in response to determining that the video has a time length shorter than the first time span, the system selects supplemental content based at least in part of the determined time difference to be streamed to user terminals over a data network within the first time period.

Abstract: In some examples, a material testing machine stores diagnostic data related to the usage of material testing machine on a removable memory device that is coupled to and/or housed within the material testing machine. In some examples, the stored diagnostic data may be useful if there is some sort of damage or malfunction suffered by the material testing system 100 in the future. In some examples, the material testing machine is also configured to allow for easy removal of the removal memory device so that it can be transported elsewhere (which may be convenient and/or necessary to analyze the diagnostic data). Despite needing to transport the diagnostic data to a remote system for examination and/or analysis, it may still be better to store the diagnostic data within the material testing machine 102 (rather than in some external memory) to ensure the integrity, granularity, and/or availability of the data.

Abstract: Systems and methods for identifying, assembling, and publishing content are described. A video content item, having a first time length, is identified by a system to be included in a program scheduled for a first time period. The video may be hosted on a third party system. A first time span within the first program is allocated for the video, wherein the first time span is longer than the first time length. The system determines, prior to or at the first time period, a time difference between a current length of the video and the first time span. At least partly in response to determining that the video has a time length shorter than the first time span, the system selects supplemental content based at least in part of the determined time difference to be streamed to user terminals over a data network within the first time period.

Abstract: There is provided a system for determining a route for an item and/or a passenger, the system comprising a processor. The processor is configured to: determine whether the item and/or passenger has missed or is expected to miss a first predetermined departure time of a first scheduled route; retrieve an origin for the item and/or passenger based on the first scheduled route; determine a destination for the item and/or passenger; determine a new, second, scheduled route between the origin and the determined destination wherein the second scheduled route departs from the origin at a second predetermined time which is different from the first predetermined time; and process the item and/or passenger according to the second scheduled route. A corresponding mobile device and user-accessible device for communicating with the system and corresponding methods are also provided.

Abstract: A method includes an operation to collect radar signals reflected from objects in a field of view. A three-dimensional range-angle-velocity cube is formed from the radar signals. The three-dimensional range-angle-velocity cube includes individual bins with radar intensity values characterizing angle and range for a specific velocity. Point-pillar sub-cubes are selected from the three-dimensional range-angle-velocity cube. Each point-pillar sub-cube includes a predefined range surrounding a high energy peak in the range-angle dimensions and an entire range in a velocity vector. The point-pillar sub-cubes are processed to compress, decompress, detect, classify or track objects in the field of view.

Abstract: Systems and methods for identifying, assembling, and publishing content are described. A video content item, having a first time length, is identified by a system to be included in a program scheduled for a first time period. The video may be hosted on a third party system. A first time span within the first program is allocated for the video, wherein the first time span is longer than the first time length. The system determines, prior to or at the first time period, a time difference between a current length of the video and the first time span. At least partly in response to determining that the video has a time length shorter than the first time span, the system selects supplemental content based at least in part of the determined time difference to be streamed to user terminals over a data network within the first time period.

Abstract: Systems and methods for identifying, assembling, and publishing content are described. A video content item, having a first time length, is identified by a system to be included in a program scheduled for a first time period. The video may be hosted on a third party system. A first time span within the first program is allocated for the video, wherein the first time span is longer than the first time length. The system determines, prior to or at the first time period, a time difference between a current length of the video and the first time span. At least partly in response to determining that the video has a time length shorter than the first time span, the system selects supplemental content based at least in part of the determined time difference to be streamed to user terminals over a data network within the first time period.

Abstract: Systems and methods associated with a phantom assembly are provided. A housing includes a plurality of slots and is formed from a first material having a first appearance under a selected imaging modality. A plurality of inserts are each configured to be received by one of the plurality of slots. At least one insert includes a target formed from a second material having a second appearance under the selected imaging modality, such that the target is readily distinguishable from the housing under the selected imaging modality. The target includes a hollow portion that can be accessed via a removable plug.

Abstract: Systems and methods associated with a phantom assembly are provided. A housing includes a plurality of slots and is formed from a first material having a first appearance under a selected imaging modality. A plurality of inserts are each configured to be received by one of the plurality of slots. At least one insert includes a target formed from a second material having a second appearance under the selected imaging modality, such that the target is readily distinguishable from the housing under the selected imaging modality. The target includes a hollow portion that can be accessed via a removable plug.

Abstract: Systems and methods for identifying, assembling, and publishing content are described. A video content item, having a first time length, is identified by a system to be included in a program scheduled for a first time period. The video may be hosted on a third party system. A first time span within the first program is allocated for the video, wherein the first time span is longer than the first time length. The system determines, prior to or at the first time period, a time difference between a current length of the video and the first time span. At least partly in response to determining that the video has a time length shorter than the first time span, the system selects supplemental content based at least in part of the determined time difference to be streamed to user terminals over a data network within the first time period.

Abstract: Systems and methods for identifying, assembling, and publishing content are described. A video content item, having a first time length, is identified by a system to be included in a program scheduled for a first time period. The video may be hosted on a third party system. A first time span within the first program is allocated for the video, wherein the first time span is longer than the first time length. The system determines, prior to or at the first time period, a time difference between a current length of the video and the first time span. At least partly in response to determining that the video has a time length shorter than the first time span, the system selects supplemental content based at least in part of the determined time difference to be streamed to user terminals over a data network within the first time period.

Abstract: Systems and methods for identifying, assembling, and publishing content are described. A a video content item, having a first time length, is identified by a system to be included in a program scheduled for a first time period. The video may be hosted on a third party system. A first time span within the first program is allocated for the video, wherein the first time span is longer than the first time length. The system determines, prior to or at the first time period, a time difference between a current length of the video and the first time span. At least partly in response to determining that the video has a time length shorter than the first time span, the system selects supplemental content based at least in part of the determined time difference to be streamed to user terminals over a data network within the first time period.

Abstract: Systems and methods for identifying, assembling, and publishing content are described. A a video content item, having a first time length, is identified by a system to be included in a program scheduled for a first time period. The video may be hosted on a third party system. A first time span within the first program is allocated for the video, wherein the first time span is longer than the first time length. The system determines, prior to or at the first time period, a time difference between a current length of the video and the first time span. At least partly in response to determining that the video has a time length shorter than the first time span, the system selects supplemental content based at least in part of the determined time difference to be streamed to user terminals over a data network within the first time period.

Abstract: A device and method for receiving real-time warning messages about a hazardous situation, for which an alert or a mitigating control action may be warranted, with the means to measure the effects forecasted by the parameters contained in the warning messages, adjust the parameters to more accurately reflect local conditions, and provide feedback about the performance and accuracy of the system sending the warning messages.

Abstract: Systems and methods for identifying, assembling, and publishing content are described. A video content item, having a first time length, is identified by a system to be included in a program scheduled for a first time period. The video may be hosted on a third party system. A first time span within the first program is allocated for the video, wherein the first time span is longer than the first time length. The system determines, prior to or at the first time period, a time difference between a current length of the video and the first time span. At least partly in response to determining that the video has a time length shorter than the first time span, the system selects supplemental content based at least in part of the determined time difference to be streamed to user terminals over a data network within the first time period.

Abstract: Systems and methods for identifying, assembling, and publishing content are described. A a video content item, having a first time length, is identified by a system to be included in a program scheduled for a first time period. The video may be hosted on a third party system. A first time span within the first program is allocated for the video, wherein the first time span is longer than the first time length. The system determines, prior to or at the first time period, a time difference between a current length of the video and the first time span. At least partly in response to determining that the video has a time length shorter than the first time span, the system selects supplemental content based at least in part of the determined time difference to be streamed to user terminals over a data network within the first time period.

Abstract: Systems and methods for identifying, assembling, and publishing content are described. A a video content item, having a first time length, is identified by a system to be included in a program scheduled for a first time period. The video may be hosted on a third party system. A first time span within the first program is allocated for the video, wherein the first time span is longer than the first time length. The system determines, prior to or at the first time period, a time difference between a current length of the video and the first time span. At least partly in response to determining that the video has a time length shorter than the first time span, the system selects supplemental content based at least in part of the determined time difference to be streamed to user terminals over a data network within the first time period.

Abstract: A method includes an operation to collect radar signals reflected from objects in a field of view. A three-dimensional range-angle-velocity cube is formed from the radar signals. The three-dimensional range-angle-velocity cube includes individual bins with radar intensity values characterizing angle and range for a specific velocity. Point-pillar sub-cubes are selected from the three-dimensional range-angle-velocity cube. Each point-pillar sub-cube includes a predefined range surrounding a high energy peak in the range-angle dimensions and an entire range in a velocity vector. The point-pillar sub-cubes are processed to compress, decompress, detect, classify or track objects in the field of view.

Abstract: A computer-implemented method including scanning, by one or more processors, data that is maintained on one or more social networks, identifying, one or more social entities associated with the scanned data, determining a risk score for each of the one or more social entities, analyzing the scanned data using one or more machine learning techniques, assigning a rating to each of the one or more social entities based on the determined risk score and the analyzed data, and determining, based on the rating assigned to at least one of the one or more social entities that the at least one social entity is a security risk.

Abstract: A computer-implemented method including scanning, by one or more processors, data that is maintained on one or more social network profiles of a protected social entity, identifying, one or more social entities associated with the scanned data, determining a risk score for each of the one or more social entities, analyzing the scanned data using one or more machine learning techniques, assigning a rating to each of the one or more social entities based on the determined risk score and the analyzed data, and determining, based on the rating assigned to at least one of the one or more social entities that the at least one social entity is a security risk to the protected social entity.