Abstract: A generative interactive video computer-implemented method and system applies trained computer-implemented neural networks to generate a sequence of images, which may comprise a video, and which contains identified objects, and then delivers the sequence of images to a user. The sequence of images may be further generated in accordance with an inference of a preference from user behavioral information. The identified objects may be provided to the system in the form of natural language and/or images. The system then generates and delivers to users natural language-based responses to user requests for information with respect to the identified objects, including attributes that are associated with the identified objects. Users may direct the system to generate video-based virtual environments that include representations of the identified objects.

Abstract: Methods and systems for deploying a processing resource in a configurable platform are described. A methods includes providing a specification that describes a configuration of a processing area network, the specification including (i) a number of processors for the processing area network (ii) a local area network topology defining interconnectivity and switching functionality among the specified processors of the processing area network, and (iii) a storage space for the processing area network. The specification further includes processing resource specific persistent settings. The method further includes allocating resources from the configurable platform to satisfy deployment of the specification, programming interconnectivity between the allocated resources and processing resources to satisfy the specification, and deploying the specification to a processing resource within the configurable deployment platform in response to software commands.

Abstract: A dual chamber vial as formed having a body separated into two chambers by a baffle located in a cavity of the vial body. The baffle is oriented at an angle at about 30° and 60° relative to an axis extending perpendicularly through opposing parallel walls of the vial body. The baffle terminates intermediate the first and second ends of the body where slopes direct the fluid from the chambers to outlets. The outlets are initially closed with a key having a center post which extends along the center axis of the vial body providing an axis of rotation to allow twisting of the key relative to the body to place the vial outlets in an open configuration.

Abstract: The Sliding Tabletop consists of a tabletop made of wood which has sliding mechanisms attached to the bottom side. The sliding mechanism attaches the tabletop to the table frame. The sliding mechanisms are metal or wooden drawer type slides that attach to the tabletop and table frame with screws or glue and allow the tabletop to slide while the frame remains fixed in place. When in the closed position, the tabletop is centered over the frame. When slid open, the top extends to the edge of the frame exposing any storage space within the frame. The sliding mechanisms do not allow the tabletop to extend past the table frame. This prevents the possibility of the tabletop sliding all the way off the table frame and onto the floor. The sliders also support the tabletop when slid open.