Abstract: A method of processing data logs, a system for processing data logs, a method of training a system for processing data logs, and a processor are described. The method of processing data logs may include receiving a data log from a data source, where the data log is received in a format native to a machine that generated the data log. The method may also include providing the data log to a neural network trained to process natural language-based inputs, parsing the data log with the neural network, and receiving an output from the neural network, where the output is generated in response to the neural network parsing the data log. The method may also include storing the output from the neural network in a data log repository.

Abstract: A method and apparatus are provided for navigating through a media object collection using a mobile device. Users navigate to the target media objects by repeatedly specifying filters. After a user specifies a filter, the filter is applied in combination with all previously specified filters to produce a filtered set of media objects. After a filter is applied, a display level is selected for each hierarchical dimension for which the media objects have metadata. The selection of the display level may be based on the number of distinct values that the media objects in the filtered set have for each level of the hierarchical dimension. Single-action controls are then displayed for each of the values that the media objects in the filtered set have for the selected display level.

Abstract: There is provided a display assembly. The assembly includes an elongate mounting member. The mounting member has a top, a bottom spaced-apart from the top, and a plurality of spaced-apart grooves extending from the top to the bottom thereof. The assembly includes a plurality of planar members. Each of the planar member includes image indicia thereon. The planar members are shaped to fit within respective ones of the grooves, whereby the image indicia so arranged conveys a three-dimensional effect.

Abstract: A method and apparatus are provided for navigating through a media object collection using a mobile device. Users navigate to the target media objects by repeatedly specifying filters. After a user specifies a filter, the filter is applied in combination with all previously specified filters to produce a filtered set of media objects. After a filter is applied, a display level is selected for each hierarchical dimension for which the media objects have metadata. The selection of the display level may be based on the number of distinct values that the media objects in the filtered set have for each level of the hierarchical dimension. Single-action controls are then displayed for each of the values that the media objects in the filtered set have for the selected display level.

Abstract: There is provided a display assembly. The assembly includes an elongate mounting member. The mounting member has a top, a bottom spaced-apart from the top, and a plurality of spaced-apart grooves extending from the top to the bottom thereof. The assembly includes a plurality of planar members. Each of the planar member includes image indicia thereon. The planar members are shaped to fit within respective ones of the grooves, whereby the image indicia so arranged conveys a three-dimensional effect.

Abstract: A bracket is provided having a shaft with an upper end for mounting an optical warning device and a platform supporting a lower end of the shaft. The platform is fixed to a side of a truck bed so that the upper end of the shaft extends from the shaft to position the optical warning device at a height higher than the cab of the truck. The bracket freestands mounts the optical warning device since the optical warning device stands alone or on its own foundation provided by the attachment of platform to side of the truck bed, free of support or attachment to any other part of the truck. The platform may be attached by a support member mounted in a stake pocket present along the side of the bed of the truck, or by one or more clamp members to the side of the truck bed.

Abstract: A method and apparatus are provided for navigating through a media object collection using a mobile device. Users navigate to the target media objects by repeatedly specifying filters. After a user specifies a filter, the filter is applied in combination with all previously specified filters to produce a filtered set of media objects. After a filter is applied, a display level is selected for each hierarchical dimension for which the media objects have metadata. The selection of the display level may be based on the number of distinct values that the media objects in the filtered set have for each level of the hierarchical dimension. Single-action controls are then displayed for each of the values that the media objects in the filtered set have for the selected display level.

Abstract: A system is provided having a controller for controlling operation of warning devices mounted on a vehicle for providing warning signals directed external of the vehicle. The controller receives one or more vehicle event signals, each indicative of occurrence of a different vehicle event. The controller responsive to receiving each vehicle event signal overrides operation of one or more of the warning devices from a normal operating mode into an override operating mode in accordance with the vehicle event associated with the vehicle event signal being received. In an override operating mode, warning device(s) may provide visual signals to supplement pre-existing vehicular light indicators of vehicle events, while other warning device(s) may be disabled to avoid confusion with such vehicular light indicators. To facilitate ease of connection, each warning device couples to the controller at an output port for receiving power and ground, and control signals from the controller.

Abstract: A method and apparatus are provided for navigating through a media object collection using a mobile device. Users navigate to the target media objects by repeatedly specifying filters. After a user specifies a filter, the filter is applied in combination with all previously specified filters to produce a filtered set of media objects. After a filter is applied, a display level is selected for each hierarchical dimension for which the media objects have metadata. The selection of the display level may be based on the number of distinct values that the media objects in the filtered set have for each level of the hierarchical dimension. Single-action controls are then displayed for each of the values that the media objects in the filtered set have for the selected display level.

Abstract: A method and apparatus are provided for navigating through a media object collection using a mobile device. Users navigate to the target media objects by repeatedly specifying filters. After a user specifies a filter, the filter is applied in combination with all previously specified filters to produce a filtered set of media objects. After a filter is applied, a display level is selected for each hierarchical dimension for which the media objects have metadata. The selection of the display level may be based on the number of distinct values that the media objects in the filtered set have for each level of the hierarchical dimension. Single-action controls are then displayed for each of the values that the media objects in the filtered set have for the selected display level.

Abstract: A method and apparatus are provided for navigating through a media object collection using a mobile device. Users navigate to the target media objects by repeatedly specifying filters. After a user specifies a filter, the filter is applied in combination with all previously specified filters to produce a filtered set of media objects. After a filter is applied, a display level is selected for each hierarchical dimension for which the media objects have metadata. The selection of the display level may be based on the number of distinct values that the media objects in the filtered set have for each level of the hierarchical dimension. Single-action controls are then displayed for each of the values that the media objects in the filtered set have for the selected display level.