Vmware, Inc.

Stefan Cameron

John Powell

Daniel Kerry Hiltgen

Patrick Devine

Mustafa Jamil

A method renders frames while processing workload slices at a rate defined by a first slice-to-frame ratio. The first slice to frame ratio defines a first rate at which the workload slices are assigned to the frames. The method determines whether to adjust the first slice-to-frame ratio based on the rendering of the frames and the processing of the workload slices. When it is determined that the first slice-to-frame should be adjusted, the method adjusts the first slice-to-frame ratio to a second slice-to-frame ratio and renders upcoming frames while processing upcoming workload slices at a second rate defined by the second slice-to-frame ratio. When it is determined that the first slice-to-frame should not be adjusted, the method renders upcoming frames while processing upcoming workload slices at the first rate defined by the first slice-to-frame ratio.

Processing workloads in single-threaded environments

A computer implemented method for assigning workload slices from a workload to upcoming frames to be processed during the rendering of the upcoming frames. The processing time of upcoming frames and workload slices varies at runtime according to system resources The method determines an effective frame rate that estimates the duration of an upcoming frame and also determines an effective slice rate that estimates the time it takes to complete an upcoming workload slice. Based on the effective frame rate and the effective slice rate, the method then calculates the slice-to-frame ratio which defines the rate in which slices are assigned to upcoming frames. The slice-to-frame ratio can dynamically change to accommodate for changes to the processing time of rendered frames and completed workload slices.

In a computer-implemented method for a unified visualization of a plan of operations in a datacenter, a selection of a target from a plurality of targets in a datacenter is enabled for scheduling operations on the selected target. Selection of one or more software bundles is enabled, wherein the plan of operations on the selected target are based on the one or more software bundles. A unified visualization of the plan of operations on the selected target is displayed via a unified browser, wherein the unified browser displays the plan of operations with a common look and feel.

Unified visualization of a plan of operations in a datacenter

In a computer-implemented method for selection of relevant software bundles selection of targets in a datacenter for updating software associated with the targets is enabled. In response to the selection, software bundles relevant for updating software associated with at least one of the selected targets are displayed. Selection of the software bundles is enabled.

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Mountain View, CA, United States of America

Stefan Cameron