Energy saving method based on confidence interval and apparatus using the same
AssigneeElectronics and Telecommunications Research Institute
InventorSu-Min Jang
Life of this patent
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Abstract
Disclosed herein are an energy saving method based on a confidence interval and an apparatus using the method. The energy saving apparatus based on a confidence interval includes an energy saving performance analysis unit for generating energy saving performance data for each of one or more control modules included in a target system for which energy saving is to be performed, a confidence interval reading unit for generating confidence interval data for each of the one or more control modules, and an energy saving execution unit for establishing an energy-saving policy using the energy saving performance data and executing energy saving for each of the one or more control modules using at least one of the energy-saving policy and the confidence interval data.
Claims18
An energy saving apparatus, comprising:
- a processor configured to:
- generate energy saving performance data for each of one or more control modules included in a target system for which energy saving is to be performed;
- in response to a confidence interval extraction event being received from a confidence interval extraction controller corresponding to each of the one or more control modules, generate confidence interval data for each of the one or more control modules using either one or both of the energy saving performance data and data of energy usage of the target system;
- establish an energy-saving policy using the energy saving performance data;
- generate an execution request event to request execution of the energy saving, in response to a current time corresponding to a time of an application of energy saving that corresponds to the confidence interval data;
- receive the confidence interval data together with an event message corresponding to the execution request event as the execution request event is generated;
- and
- execute an energy saving operation for each of the one or more control modules using either one or both of the energy-saving policy and the confidence interval data, in response to receiving the confidence interval data together with the event message,
- wherein the confidence interval data corresponds to a confidence interval, which corresponds to a reliability interval that is extracted based on data mining to enable the processor to perform the energy saving immediately and without performing additional checks or monitoring,
- wherein the energy-saving policy corresponds to a combined type of policy that allows energy savings to be simultaneously applied to a combination of the one or more control modules, and
- wherein the energy-saving policy is configured to be changed in consideration of expansion of the one or more control modules.
An energy saving method, comprising:
- generating energy saving performance data for each of one or more control modules included in a target system for which energy saving is to be performed;
- in response to a confidence interval extraction event being received from a confidence interval extraction controller corresponding to each of the one or more control modules, generating confidence interval data for each of the one or more control modules using either one or both of the energy saving performance data and data of energy usage of the target system;
- establishing an energy-saving policy using the energy saving performance data;
- generating an execution request event to request execution of the energy saving, in response to a current time corresponding to a time of an application of energy saving that corresponds to the confidence interval data;
- receiving the confidence interval data together with an event message corresponding to the execution request event as the execution request event is generated;
- and
- executing an energy saving operation for each of the one or more control modules using either one or both of the energy-saving policy and the confidence interval data, in response to the receiving of the confidence interval data together with the event message,
- wherein the confidence interval data corresponds to a confidence interval, which corresponds to a reliability interval that is extracted based on data mining to enable the processor to perform the energy saving immediately and without performing additional checks or monitoring, wherein the energy-saving policy corresponds to a combined type of policy that allows energy savings to be simultaneously applied to a combination of the one or more control modules, and
- wherein the energy-saving policy is configured to be changed in consideration of expansion of the one or more control modules.
Dependencies are inferred from the claim text.