Workload thermolysis curves
AssigneeHewlett-Packard Development Company, L.P.
InventorsKang-Ning Feng, Reily Chang, Wei Chih Huang
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Abstract
In an example implementation according to aspects of the present disclosure, a system includes a thermal sensor and a processor. The processor determines that a workload surpasses a high workload threshold. The processor determines that the workload transcends a low workload threshold after the workload abates. The processor determines a measured thermolysis curve based on a reading from the thermal sensor. The processor compares the measured thermolysis curve against a target thermolysis curve and generates a filter event based on the comparing.
Claims20
A system comprising:
- a thermal sensor to sample a temperature of a thermal zone of the system and output a reading;
- a processor communicatively coupled to the thermal sensor, the processor to:
- monitor a workload of a micro-processing device in the thermal zone;
- determine that the workload surpasses a high workload threshold;
- determine that the workload transcends a low workload threshold, wherein the low workload threshold corresponds to an abatement in the workload after surpassing the high workload threshold;
- determine a measured thermolysis curve based on a reading from the thermal sensor, responsive to the workload transcending the low workload threshold;
- compare the measured thermolysis curve against a target thermolysis curve;
- and
- generate a filter event based on the comparing, wherein the filter event indicates to change a filter associated with the thermal zone.
A method comprising:
- monitoring a workload of a micro-processing device in a thermal zone;
- determining that the workload surpasses a high workload threshold;
- determining that the workload transcends a low workload threshold, wherein the low workload threshold corresponds to an abatement in the workload after surpassing the high workload threshold;
- collecting, from a thermal sensor to sample a temperature of the thermal zone, a series of temperature measurements during a period of time after the abatement;
- determining a measured thermolysis curve based on the series of temperature measurements, responsive to the workload transcending the low workload threshold;
- comparing the measured thermolysis curve against a target thermolysis curve;
- and
- generating a filter event based on the comparing, wherein the filter event indicates to change a filter associated with the thermal zone.
A non-transitory computer readable medium comprising instructions executable by a processor to:
- monitor a workload of a micro-processing device in a thermal zone;
- determine that the workload surpasses a high workload threshold;
- determine that the workload transcends a low workload threshold, wherein the low workload threshold corresponds to an abatement in the workload after surpassing the high workload threshold;
- collect, from a thermal sensor to sample a temperature of the thermal zone, a series of temperature measurements during a period of time after the abatement;
- determine a measured thermolysis curve based on the series of temperature measurements, responsive to the workload transcending the low workload threshold;
- receive a target thermolysis curve from a cloud-based system, wherein the target thermolysis curve corresponds to an aggregated system benchmark;
- compare the measured thermolysis curve against the target thermolysis curve;
- and
- generate a filter event based on the comparing, wherein the filter event indicates to change a filter associated with the thermal zone.
Dependencies are inferred from the claim text.