Abstract: Example embodiments of the present disclosure provide an example computer-implemented method for constructing a three-dimensional semantic segmentation of a scene from two-dimensional inputs. The example method includes obtaining, by a computing system comprising one or more processors, an image set comprising one or more views of a subject scene. The example method includes generating, by the computing system and based at least in part on the image set, a scene representation describing the subject scene in three dimensions. The example method includes generating, by the computing system and using a machine-learned semantic segmentation model framework, a multidimensional field of probability distributions over semantic categories, the multidimensional field defined over the three dimensions of the subject scene. The example method includes outputting, by the computing system, classification data for at least one location in the subject scene.

Abstract: Methods, systems, and devices supporting data processing are described. In some systems, a user device may receive an indication to aviate an in-line view of a data record from a data platform that is external to a document editing client. A server running the document editing client may query the external data platform for a value of a field of the data record based on the received indication to activate the in-line view. The server, the user device, or both may cause the value to be displayed within the document editing client in an in-line position at which the indication to activate the in-line view is received.

Abstract: An example system includes a number of nodes each including a processor and a non-transitory machine readable medium storing a copy of an operating system image. Each copy of the operating system image may include a minimum set of artifacts of a cloud platform application and lifecycle manager program instructions that when executed by any of the nodes instantiate a lifecycle manager for the respective node. The lifecycle manager may be configured to in response to receiving a platform cluster creation request automatically establish a cloud platform of the cloud platform application including the respective node as a sole member and then invite others of the nodes to join the cloud platform. The lifecycle manager may also be configured to in response to receiving an invitation to join an established cloud platform of the cloud platform application and automatically integrate the respective node into the established cloud platform.

Abstract: Example implementations relate to virtual appliances. In an example, a processor-based appliance abstraction engine exposes a programming interface for accessing undifferentiated resources of a computing environment irrespective of the type of the computing environment. Computing environment types may include physical infrastructure, virtual infrastructure, or cloud infrastructure. The appliance abstraction engine discovers available resources of the computing environment and creates a virtual appliance by configuring the discovered available resources of the computing environment according to capabilities defined in a specification and by populating the computing environment with artifacts for a computing platform defined in the specification.

Abstract: An example system includes a number of nodes, each including a processor and a non-transitory machine readable medium storing a copy of an operating system image. Each copy of the operating system image may include a minimum set of artifacts of a cloud platform application, and lifecycle manager program instructions that, when executed by any of the nodes, instantiate a lifecycle manager for the respective node. The lifecycle manager may be configured to, in response to receiving a platform cluster creation request, automatically establish a cloud platform of the cloud platform application including the respective node as a sole member, and then invite others of the nodes to join the cloud platform. The lifecycle manager may also be configured to, in response to receiving an invitation to join an established cloud platform of the cloud platform application that was established by another one of the nodes, automatically integrate the respective node into the established cloud platform.

Abstract: An example system includes a number of nodes, each including a processor and a non-transitory machine readable medium storing a copy of an operating system image. Each copy of the operating system image may include a minimum set of artifacts of a cloud platform application, and lifecycle manager program instructions that, when executed by any of the nodes, instantiate a lifecycle manager for the respective node. The lifecycle manager may be configured to, in response to receiving a platform cluster creation request, automatically establish a cloud platform of the cloud platform application including the respective node as a sole member, and then invite others of the nodes to join the cloud platform. The lifecycle manager may also be configured to, in response to receiving an invitation to join an established cloud platform of the cloud platform application that was established by another one of the nodes, automatically integrate the respective node into the established cloud platform.

Abstract: Example implementations relate to virtual appliances. In an example, a processor-based appliance abstraction engine exposes a programming interface for accessing undifferentiated resources of a computing environment irrespective of the type of the computing environment. Computing environment types may include physical infrastructure, virtual infrastructure, or cloud infrastructure. The appliance abstraction engine discovers available resources of the computing environment and creates a virtual appliance by configuring the discovered available resources of the computing environment according to capabilities defined in a specification and by populating the computing environment with artifacts for a computing platform defined in the specification.

Abstract: An example system includes a number of nodes, each including a processor and a non-transitory machine readable medium storing a copy of an operating system image. Each copy of the operating system image may include a minimum set of artifacts of a cloud platform application, and lifecycle manager program instructions that, when executed by any of the nodes, instantiate a lifecycle manager for the respective node. The lifecycle manager may be configured to, in response to receiving a platform cluster creation request, automatically establish a cloud platform of the cloud platform application including the respective node as a sole member, and then invite others of the nodes to join the cloud platform. The lifecycle manager may also be configured to, in response to receiving an invitation to join an established cloud platform of the cloud platform application that was established by another one of the nodes, automatically integrate the respective node into the established cloud platform.

Abstract: A hydraulically tilting dual bale spear having multiple bale tines is presented. The bale spear has a first frame and a second frame connected to one another at a pivot point. A hydraulic cylinder is positioned between the first frame member and the second frame member. When activated, the hydraulic cylinder tilts the second frame with respect to the first frame member thereby providing a safer, faster and more efficient way to gather and pick up bales. The benefit over a non-tilting dual bale spear is that it allows the operator to pick up two bales without stopping or dragging the first bale across the ground and ripping the net wrap. It also allows the operator to level out the two bales once picked up for easier off load onto a truck or trailer.

Abstract: A hydraulically tilting dual bale spear having multiple bale tines is presented. The bale spear has a first frame and a second frame connected to one another at a pivot point. A hydraulic cylinder is positioned between the first frame member and the second frame member. When activated, the hydraulic cylinder tilts the second frame with respect to the first frame member thereby providing a safer, faster and more efficient way to gather and pick up bales. The benefit over a non-tilting dual bale spear is that it allows the operator to pick up two bales without stopping or dragging the first bale across the ground and ripping the net wrap. It also allows the operator to level out the two bales once picked up for easier off load onto a truck or trailer.

Abstract: Embodiments of organizers for point-of-sale systems are disclosed. In one embodiment, an organizer includes a planar surface, a mounting bracket, a pole, and an adjustable arm. The pole illustratively fits within apertures in the planar surface and the mounting bracket, and the adjustable arm is connected to the pole and to a monitor mounting plate. In another embodiment, an organizer includes a surface, a mounting bracket, and a monitor support. The surface is configured to be positioned above a cash drawer and is held in place utilizing a front lip and side lips. The mounting bracket is configured to be positioned below the surface and behind the cash drawer. The monitor support passes through apertures in the surface and the mounting bracket, and is configured to position a monitor relative to the cash drawer.

Abstract: Embodiments of organizers for point-of-sale systems are disclosed. In one embodiment, an organizer includes a planar surface, a mounting bracket, a pole, and an adjustable arm. The pole illustratively fits within apertures in the planar surface and the mounting bracket, and the adjustable arm is connected to the pole and to a monitor mounting plate. In another embodiment, an organizer includes a surface, a mounting bracket, and a monitor support. The surface is configured to be positioned above a cash drawer and is held in place utilizing a front lip and side lips. The mounting bracket is configured to be positioned below the surface and behind the cash drawer. The monitor support passes through apertures in the surface and the mounting bracket, and is configured to position a monitor relative to the cash drawer.