Abstract: Techniques for achieving virtual hardware resources that are individualized across desktop virtual machines (VMs) are identified. Custom resource templates include virtual resource settings that are targeted for specified desktop VMs and that differ from the parent image (i.e., a template or snapshot). A customization manager processes the custom resource templates and applies the corresponding virtual resource settings directly to the specified desktop VMs. To achieve such customization using conventional techniques requires tedious and error-prone manual intervention as well as memory and time-consuming individualized recompose or re-creation operations. Advantageously, by automating and streamlining the customization process, the identified techniques decrease both memory usage and the time required to individualize the desktop VMs.

Abstract: Techniques for achieving virtual hardware resources that are individualized across desktop virtual machines (VMs) are identified. Custom resource templates include virtual resource settings that are targeted for specified desktop VMs and that differ from the parent image (i.e., a template or snapshot). A customization manager processes the custom resource templates and applies the corresponding virtual resource settings directly to the specified desktop VMs. To achieve such customization using conventional techniques requires tedious and error-prone manual intervention as well as memory and time-consuming individualized recompose or re-creation operations. Advantageously, by automating and streamlining the customization process, the identified techniques decrease both memory usage and the time required to individualize the desktop VMs.

Abstract: Techniques for achieving virtual hardware resources that are individualized across desktop virtual machines (VMs) are identified. Custom resource templates include virtual resource settings that are targeted for specified desktop VMs and that differ from the parent image (i.e., a template or snapshot). A customization manager processes the custom resource templates and applies the corresponding virtual resource settings directly to the specified desktop VMs. To achieve such customization using conventional techniques requires tedious and error-prone manual intervention as well as memory and time-consuming individualized recompose or re-creation operations. Advantageously, by automating and streamlining the customization process, the identified techniques decrease both memory usage and the time required to individualize the desktop VMs.

Abstract: Techniques for achieving virtual hardware resources that are individualized across desktop virtual machines (VMs) are identified. Custom resource templates include virtual resource settings that are targeted for specified desktop VMs and that differ from the parent image (i.e., a template or snapshot). A customization manager processes the custom resource templates and applies the corresponding virtual resource settings directly to the specified desktop VMs. To achieve such customization using conventional techniques requires tedious and error-prone manual intervention as well as memory and time-consuming individualized recompose or re-creation operations. Advantageously, by automating and streamlining the customization process, the identified techniques decrease both memory usage and the time required to individualize the desktop VMs.

Abstract: Techniques for achieving virtual hardware resources that are individualized across desktop virtual machines (VMs) are identified. Custom resource templates include virtual resource settings that are targeted for specified desktop VMs and that differ from the parent image (i.e., a template or snapshot). A customization manager processes the custom resource templates and applies the corresponding virtual resource settings directly to the specified desktop VMs. To achieve such customization using conventional techniques requires tedious and error-prone manual intervention as well as memory and time-consuming individualized recompose or re-creation operations. Advantageously, by automating and streamlining the customization process, the identified techniques decrease both memory usage and the time required to individualize the desktop VMs.