摘要:
A system and method for managing responsiveness of virtual desktops using passive monitoring includes measuring a time between an interactive desktop event and a result of the interactive desktop event. Based on the time, system resources are reallocated to improve the responsiveness.
摘要:
Installation files are annotated, which annotations may trigger system snapshots to be taken at a plurality of points during the execution of the installation files and/or collected. During a test run, the generated snapshots are examined incrementally to determine whether the installation is success or failure at that point. Checkpoint snapshots are stored, and those indicating failure are recorded with description of the error and/or remediation that suggest how the errors may be resolved or fixed. During a production run, the annotated installation files may be executed and the checkpoint snapshots generated during the production run may be compared with those stored of the test run to incrementally identify and resolve potential problems in the production run.
摘要:
A plurality of master desktop images for a plurality of users are stored at a plurality of geographically diverse data centers. At a first one of the data centers, a virtual desktop is constructed for a remote client. The virtual desktop is constructed from a given one of the master desktop images at the first one of the data centers and an individualized delta image for a user associated with the remote client. When it is determined that the remote client is at a geographical location wherein the first one of the data centers is not the closest one of the data centers to the remote client, the virtual desktop for the remote client is reconstructed at a second, closest, one of the data centers. The virtual desktop is reconstructed from a given one of the master desktop images at the second one of the data centers and the individualized delta image for the user associated with the remote client. A copy of the individualized delta image is moved from the first one of the data centers to the second one of the data centers to facilitate reconstructing the virtual desktop.
摘要:
Techniques for dynamic management of virtual machine environments are disclosed. For example, a technique for automatically managing a first set of virtual machines being hosted by a second set of physical machines comprises the following steps/operations. An alert is obtained that a service level agreement (SLA) pertaining to at least one application being hosted by at least one of the virtual machines in the first set of virtual machines is being violated. Upon obtaining the SLA violation alert, the technique obtains at least one performance measurement for at least a portion of the machines in at least one of the first set of virtual machines and the second set of physical machines, and a cost of migration for at least a portion of the virtual machines in the first set of virtual machines. Based on the obtained performance measurements and the obtained migration costs, an optimal migration policy is determined for moving the virtual machine hosting the at least one application to another physical machine.
摘要:
Techniques for dynamic management of virtual machine environments are disclosed. For example, a technique for automatically managing a first set of virtual machines being hosted by a second set of physical machines comprises the following steps/operations. An alert is obtained that a service level agreement (SLA) pertaining to at least one application being hosted by at least one of the virtual machines in the first set of virtual machines is being violated. Upon obtaining the SLA violation alert, the technique obtains at least one performance measurement for at least a portion of the machines in at least one of the first set of virtual machines and the second set of physical machines, and a cost of migration for at least a portion of the virtual machines in the first set of virtual machines. Based on the obtained performance measurements and the obtained migration costs, an optimal migration policy is determined for moving the virtual machine hosting the at least one application to another physical machine.
摘要:
Historical data is measured for a computer server system. Future demand for service in the computer server system is forecast based on the historical data, and the mapping of virtual machines to physical machines is updated based on the forecast of the future demand. Measurement, forecasting, and placement modules can be employed.
摘要:
Installation files are annotated, which annotations may trigger system snapshots to be taken at a plurality of points during the execution of the installation files and/or collected. During a test run, the generated snapshots are examined incrementally to determine whether the installation is success or failure at that point. Checkpoint snapshots are stored, and those indicating failure are recorded with description of the error and/or remediation that suggest how the errors may be resolved or fixed. During a production run, the annotated installation files may be executed and the checkpoint snapshots generated during the production run may be compared with those stored of the test run to incrementally identify and resolve potential problems in the production run.
摘要:
Techniques for problem determination are provided. The techniques include identifying one or more configuration items in two or more systems connected to one or more networks, performing a comparison of one or more common configuration items from the one or more configuration items in the two or more systems connected to one or more networks, and using the comparison to detect deviation between one or more configuration items of one of the two or more systems and one or more respective configuration items in the other one or more systems.
摘要:
A system and method for method for assessing configurations includes steps or acts of: receiving configuration data related to configuration items and problem data related to problem tickets; classifying the configuration data into configuration classes; computing a class probability of the configuration classes; associating each configuration class with the problem tickets related to said configuration class; computing a ticket probability distribution of the problem tickets based on number of incidents; evaluating problem ticket characteristics per configuration class to determine a coefficient of trouble value for each configuration class; ranking the configuration classes according to their coefficient of trouble; wherein a highest ranking has the least coefficient of trouble; determining potentially optimal configurations based on the rankings; and providing to a user migration paths corresponding to the potentially optimal configurations.