Capacity management system and method for a computing resource
View Patent ↗According to one aspect of the present disclosure, a capacity management system includes an application that is executable by a computing unit to monitor a consumption level of a computing resource, and identify each instance in which the consumption level crosses beyond at least one specified threshold level. Each instance defines a usage event which is then stored in the storage medium by the application. Each usage event is then stored in a computer-readable storage medium.
1. A capacity management method comprising:
monitoring, using executable instructions stored in a non-transitory storage medium and executed on at least one processor, a consumption level of a computing resource;
identifying, using the executable instructions, each instance in which the consumption level crosses beyond at least one of a plurality of threshold levels of the consumption level, wherein each threshold level differs from one another, each instance defining a usage event, wherein at least one specified threshold level comprises a hysteresis function having an upper buffer level greater than the at least one specified threshold level and a lower buffer level less than the at least one specified threshold level, the upper buffer level and the lower buffer level limiting identification of another usage event to when the monitored consumption level exceeds the upper buffer level or when the monitored consumption level goes below the lower buffer level;
storing, using the executable instructions, a plurality of the identified usage events in the non-transitory storage medium;
estimating, using the executable instructions, a trend in the monitored consumption level according to a quantity of the plurality of stored usage events; and
performing, using the executable instructions, one or more remedial actions on the computing resource to compensate for changes in the trend of the consumption level.
2. The capacity management method of claim 1 , further comprising storing information associated with a stored date and time that the consumption level crosses beyond at least one of the plurality of threshold levels, and estimating the trend according to the stored date and time.
3. The capacity management method of claim 1 , wherein one of the remedial actions comprises at least one of adding one or more resources, removing one or more resources, or modifying the one or more resources according to the estimated trend.
4. The capacity management method of claim 1 , further comprising facilitating generation of a financial report for the computing resource according to the estimated trend.
5. The capacity management method of claim 1 , wherein the monitored consumption level comprises at least one of a processing load of a processor of the computing resource, a memory usage of a memory allocated to the computing resource, a network bandwidth of a communication link associated with the computing resource, an operating temperature of the computing resource, a storage input/output operations per second (IOPS), and a power usage level of the computing resource.
6. The capacity management method of claim 1 , further comprising applying the hysteresis function to cancel noise introduced proximate the at least one specified threshold level.
7. A capacity management system comprising:
a computing device comprising at least one computing unit and at least one non-transitory storage medium to store executable instructions that are executed by the at least one computing unit to:
monitor a consumption level of a computing resource;
identify each instance in which the consumption level crosses beyond at least one of a plurality of threshold levels of the consumption level, wherein each threshold level differs from one another, each instance defining a usage event, wherein at least one specified threshold level comprises a hysteresis function having an upper buffer level greater than the at least one specified threshold level and a lower buffer level less than the at least one specified threshold level, the upper buffer level and the lower buffer level limiting identification of another usage event to when the monitored consumption level exceeds the upper buffer level or when the monitored consumption level goes below the lower buffer level;
store a plurality of the identified usage events in the at least one non-transitory storage medium;
estimate a trend in the monitored consumption level according to a quantity of the plurality of stored usage events; and
perform one or more remedial actions on the computing resource to compensate for changes in the trend of the consumption level.
8. The capacity management system of claim 7 , wherein the executable instructions are further executed to store information associated with a stored date and time that the consumption level crosses beyond the at least one of the plurality of threshold levels, and estimate the trend according to the stored date and time.
9. The capacity management system of claim 7 , wherein one of the remedial actions comprises at least one of adding one or more resources, removing one or more resources, or modifying the one or more resource according to the estimated trend.
10. The capacity management system of claim 7 , wherein the executable instructions are further executed to facilitate generation of a financial report according to the estimated trend.
11. The capacity management system of claim 7 , wherein the monitored consumption level comprises at least one of a processing load of a processor of the computing resource, a memory usage of the non-transitory storage medium allocated to the computing resource, a network bandwidth of a communication link associated with the computing resource, an operating temperature of the computing resource, a storage input/output operations per second (IOPS), and a power usage level of the computing resource.
12. The capacity management system of claim 7 , wherein the executable instructions are further executed to apply the hysteresis function to cancel noise introduced proximate the at least one specified threshold level.
13. Code implemented in a non-transitory, computer readable medium that when executed by at least one computing unit, is operable to perform at least the following:
monitoring a consumption level of a computing resource;
identifying each instance in which the consumption level crosses beyond at least one of a plurality of threshold levels of the consumption level, wherein each threshold level differs from one another, each instance defining a usage event, wherein at least one specified threshold level comprises a hysteresis function having an upper buffer level greater than the at least one specified threshold level and a lower buffer level less than the at least one specified threshold level, the upper buffer level and the lower buffer level limiting identification of another usage event to when the monitored consumption level exceeds the upper buffer level or when the monitored consumption level goes below the lower buffer level;
storing a plurality of the identified usage events in the computer readable medium;
estimating a trend in the monitored consumption level according to a quantity of the plurality of stored usage events; and
performing one or more remedial actions on the computing resource to compensate for changes in the trend of the consumption level.
14. The code of claim 13 , further executed to store information associated with a stored date and time that the consumption level crosses beyond the at least one of a plurality of threshold levels, and estimate the trend according to the stored date and time.