Abstract: This Application sets forth techniques for implementing dynamic interactive on-demand user interface ordering. In particular, in one embodiment a method for providing an interactive user interface is disclosed. The method may include receiving, from an input peripheral, a request to present a content item on the interactive user interface, presenting, on the interactive user interface, the content item, receiving, from the input peripheral, an input to select an object associated with the content item that is presented on the interactive user interface, responsive to receiving the input, presenting information pertaining to the object and at least one graphical user element configured to enable a purchase event to be performed.

Abstract: Techniques are disclosed for implementing networks in a virtualized computing environment. One or more spoke virtual networks are instantiated and connected to a first virtual network hub to form a first hub and spoke topology. One or more spoke virtual networks are instantiated and connected to a second hub virtual network to form a second hub and spoke topology. A virtual connection is established from the first virtual network hub to the second hub virtual network. The first and second hub and spoke networks are allocated to a user of the virtualized computing environment.

Abstract: Techniques are disclosed for implementing networks in a virtualized computing environment. One or more spoke virtual networks are instantiated and connected to a first virtual network hub to form a first hub and spoke topology. One or more spoke virtual networks are instantiated and connected to a second hub virtual network to form a second hub and spoke topology. A virtual connection is established from the first virtual network hub to the second hub virtual network. The first and second hub and spoke networks are allocated to a user of the virtualized computing environment.

Abstract: Techniques are disclosed for implementing networks in a virtualized computing environment. One or more spoke virtual networks are instantiated and connected to a first virtual network hub to form a first hub and spoke topology. One or more spoke virtual networks are instantiated and connected to a second hub virtual network to form a second hub and spoke topology. A virtual connection is established from the first virtual network hub to the second hub virtual network. The first and second hub and spoke networks are allocated to a user of the virtualized computing environment.

Abstract: Techniques are disclosed for implementing networks in a virtualized computing environment. One or more spoke virtual networks are instantiated and connected to a first virtual network hub to form a first hub and spoke topology. One or more spoke virtual networks are instantiated and connected to a second hub virtual network to form a second hub and spoke topology. A virtual connection is established from the first virtual network hub to the second hub virtual network. The first and second hub and spoke networks are allocated to a user of the virtualized computing environment.

Abstract: Provided are methods and systems for providing users with a cluster of virtual machines (VMs) on-demand, whereby a group of VMs are provisioned together. Virtual Cluster as a Service (VClaaS) relaxes many restrictions on virtualizing VMs and provides performance benefits at the same or similar encapsulations and security measures that Infrastructure as a Service (IaaS) typically provides. The VClaaS system enables users to provision an entire cluster of VMs at a time, and also allows for relaxing the isolation barrier between the machines while maintaining the encapsulation barrier for the cluster as a whole, thereby providing users with improved networking, caching, and scheduling experiences.

Abstract: Methods, systems, and apparatus, including computer programs encoded on computer storage media, for determining image search results. One of the methods includes scheduling a first computation for execution on each of a first plurality of worker processes. The first computation changes a respective state of each of one or more of the first worker processes from a first state to a second state. A respective second computation is scheduled for execution on each of a second plurality of worker, where each respective second computation will use a different value for a particular variable for two or more of the second plurality of worker processes. The respective state of each of the second plurality of worker processes is updated from the second state to a third state, where the third state corresponds to execution of the second computation using a first value of the particular variable.