CN105208632B - A kind of power-economizing method and device of board - Google Patents
A kind of power-economizing method and device of board Download PDFInfo
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- CN105208632B CN105208632B CN201410262127.0A CN201410262127A CN105208632B CN 105208632 B CN105208632 B CN 105208632B CN 201410262127 A CN201410262127 A CN 201410262127A CN 105208632 B CN105208632 B CN 105208632B
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
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- Y02D—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN INFORMATION AND COMMUNICATION TECHNOLOGIES [ICT], I.E. INFORMATION AND COMMUNICATION TECHNOLOGIES AIMING AT THE REDUCTION OF THEIR OWN ENERGY USE
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Abstract
The invention discloses a kind of power-economizing methods of board, set the wake-up priority of board；The method also includes: determine that the load of the board of operation reaches wake-up threshold value, and when receiving service rate less than service rate threshold value is received, suspend mode board is successively waken up according to the wake-up priority of board, until the load of the board of operation wakes up process lower than stopping when waking up threshold value.The present invention further simultaneously discloses a kind of energy saver of board.
Description
Technical field
The present invention relates to a kind of power-economizing methods of board in the power-saving technology of equipment of the core network more particularly to equipment of the core network
And device.
Background technique
In the prior art, it in order to reduce equipment power dissipation, generallys use to appliance services load setting thresholding size to control
Equipment enters suspend mode or is waken up.But in suspend mode, when attacking, needed since board wakes up if any super large load bursts
When wanting regular hour or board faults that can not wake up, will lead to equipment can not handle the big business of burst, so as to cause equipment
The risk of delay machine.
Summary of the invention
In view of this, being able to achieve an embodiment of the present invention is intended to provide a kind of power-economizing method of board and device to board
Reliability wakes up, so that the loss of board is reduced, the effectively save energy.
In order to achieve the above objectives, the technical scheme of the present invention is realized as follows:
The embodiment of the invention provides a kind of power-economizing methods of board, set the wake-up priority of board；The method is also
Include:
It determines that the load of the board of operation reaches wake-up threshold value, and receives service rate and be less than reception service rate thresholding
When value, suspend mode board is successively waken up according to the wake-up priority of board, wakes up threshold value until the load of the board of operation is lower than
When stop wake up process.
In above scheme, the load of the board of the determining operation reaches wake-up threshold value, and receives service rate and be less than
Before receiving service rate threshold value, the method also includes: it sets the wake-up threshold value of board, wake up amount of redundancy, reception industry
Rate threshold value of being engaged in and wake-up duration threshold value；Wherein, the sum of the threshold value and the wake-up amount of redundancy of waking up is board
Processing capacity maximum value.
It is in above scheme, described successively to wake up suspend mode board according to the wake-up priority of board, until the board of operation
Load wakes up process lower than stopping when waking up threshold value
The first suspend mode board is first waken up according to the wake-up priority of board from high to low, and judges the first suspend mode board
Whether by normal wakeup, if by normal wakeup, the board of mean allocation wireless traffic to operation judges the negative of the board of operation
Whether lotus reaches wake-up threshold value, when determination reaches wake-up threshold value or the first suspend mode board not by normal wakeup, wakes up
Second suspend mode board, and above-mentioned judgement processing operation is repeated, until the load of the board of operation stops lower than when waking up threshold value
Wake up process.
In above scheme, when all suspend mode boards are waken up, and the load of the board of operation still reaches wake-up threshold value,
Trigger wireless traffic limitation；
Alternatively, when the load of the board run before waking up suspend mode board reaches the board processing capacity maximum value of operation,
Trigger wireless traffic limitation.
The embodiment of the invention also provides a kind of energy saver of board, described device includes: the first setup module and
One processing module；Wherein,
First setup module, for setting the wake-up priority of board；
The first processing module for determining that the load of board of operation reaches wake-up threshold value, and receives business speed
When rate is less than reception service rate threshold value, suspend mode board is successively waken up according to the wake-up priority of board, until the plate of operation
The load of card wakes up process lower than stopping when waking up threshold value.
In above scheme, first setup module is also used to set the wake-up threshold value of board, wakes up amount of redundancy, connects
It receives service rate threshold value and wakes up duration threshold value；Wherein, the sum of the wake-up threshold value and the wake-up amount of redundancy are plate
The processing capacity maximum value of card.
In above scheme, the first processing module successively wakes up suspend mode board according to the wake-up priority of board, until
The load of the board of operation wakes up process lower than stopping when waking up threshold value
The first processing module first wakes up the first suspend mode board according to the wake-up priority of board from high to low, and judges
Whether the first suspend mode board is by normal wakeup, if mean allocation wireless traffic is sentenced to the board of operation by normal wakeup
Whether the load of the board of disconnected operation reaches wake-up threshold value, determine reach wake up threshold value or the first suspend mode board not by
When normal wakeup, the second suspend mode board is waken up, and repeat above-mentioned judgement processing operation, called out until the load of the board of operation is lower than
Stop waking up process when threshold value of waking up.
In above scheme, the first processing module is also used to be waken up when all suspend mode boards, the board of operation
When load still reaches wake-up threshold value, triggering wireless traffic limitation；
Alternatively, before waking up suspend mode board, when the load of the board of operation reaches the board processing capacity maximum value of operation,
Trigger wireless traffic limitation.
The embodiment of the invention also provides a kind of power-economizing methods of board, set the wake-up priority of board；The method
Further include:
It determines that the load of the board of operation reaches wake-up threshold value, and receives service rate and reach reception service rate thresholding
When value, triggering wireless traffic limitation and successively wakes up suspend mode board according to the wake-up priority of board, until the board of operation
Load releases wireless traffic limitation lower than wake-up process is stopped when waking up threshold value.
In above scheme, the load of the board of the determining operation reaches wake-up threshold value, and receives service rate and reach
Before receiving service rate threshold value, the method also includes: it sets the wake-up threshold value of board, wake up amount of redundancy, reception industry
Rate threshold value of being engaged in and wake-up duration threshold value；Wherein, the sum of the threshold value and the wake-up amount of redundancy of waking up is board
Processing capacity maximum value.
It is in above scheme, described successively to wake up suspend mode board according to the wake-up priority of board, until the board of operation
Lower than wake-up process is stopped when waking up threshold value, release wireless traffic limitation includes: load
The first suspend mode board is waken up according to the wake-up priority of board from high to low, whether judges the first suspend mode board
By normal wakeup, if by normal wakeup, the board of mean allocation wireless traffic to operation judges that the load of the board of operation is
It is no to reach wake-up threshold value, when determination reaches wake-up threshold value or the first suspend mode board not by normal wakeup, wake up second
Suspend mode board, and above-mentioned judgement processing operation is repeated, until the load of the board of operation stops waking up lower than when waking up threshold value
Process sends and releases wireless traffic limitation notification to wireless device.
In above scheme, when all suspend mode boards are waken up, and the load of the board of operation still reaches wake-up threshold value,
Keep wireless traffic limitation.
The embodiment of the invention also provides a kind of energy saver of board, described device includes: the second setup module and
Two processing modules；Wherein,
Second setup module, for setting the wake-up priority of board；
The Second processing module for determining that the load of board of operation reaches wake-up threshold value, and receives business speed
When rate reaches reception service rate threshold value, triggering wireless traffic limitation, and successively wake up and stop according to the wake-up priority of board
Dormancy board, until the load of the board of operation wakes up process, releasing wireless traffic limitation lower than stopping when waking up threshold value.
In above scheme, second setup module is also used to set the wake-up threshold value of board, wakes up amount of redundancy, connects
It receives service rate threshold value and wakes up duration threshold value；Wherein, the sum of the wake-up threshold value and the wake-up amount of redundancy are plate
The processing capacity maximum value of card.
In above scheme, the Second processing module successively wakes up suspend mode board according to the wake-up priority of board, until
Lower than wake-up process is stopped when waking up threshold value, release wireless traffic limitation includes: the load of the board of operation
The Second processing module wakes up the first suspend mode board according to board wake-up priority from high to low, described in judgement
Whether the first suspend mode board is by normal wakeup, if mean allocation wireless traffic judges to transport to the board of operation by normal wakeup
Whether the load of capable board reaches wake-up threshold value, and determination reaches wake-up threshold value or the first suspend mode board is not normal
When wake-up, the second suspend mode board is waken up, and repeat above-mentioned judgement processing operation, until the load of the board of operation, which is lower than, wakes up door
Stop waking up process when limit value, sends and release wireless traffic limitation notification to wireless device.
In above scheme, the Second processing module is also used to be waken up when all suspend mode boards, the board of operation
When load still reaches wake-up threshold value, wireless traffic limitation is kept.
The power-economizing method and device of board provided by the embodiment of the present invention set the wake-up priority of board；Determine fortune
The load of capable board reaches wake-up threshold value, and receives service rate and be less than when receiving service rate threshold value, according to board
Wake-up priority successively wake up the board of suspend mode, until operation board load lower than stopping waking up stream when waking up threshold value
Journey；Or determine that the load of the board of operation reaches wake-up threshold value, and receive service rate and reach reception service rate thresholding
When value, triggering wireless traffic limitation and successively wakes up suspend mode board according to the wake-up priority of board, until the board of operation
Load wakes up process lower than stopping when waking up threshold value, and releases wireless traffic limitation.It so, it is possible effectively to ensure suspend mode shape
The reliability of board wakes up under state, on the basis of guaranteeing equipment safety, reduces the loss of board, is effectively saved the energy.
Detailed description of the invention
Fig. 1 is the power-economizing method flow diagram of one board of the embodiment of the present invention；
Fig. 2 is the power-economizing method flow diagram of two board of the embodiment of the present invention；
Fig. 3 is the power-economizing method flow diagram of three board of the embodiment of the present invention；
Fig. 4 is the power-economizing method flow diagram of four board of the embodiment of the present invention；
Fig. 5 is the energy saver composed structure schematic diagram of one board of the embodiment of the present invention；
Fig. 6 is the energy saver composed structure schematic diagram of two board of the embodiment of the present invention.
Specific embodiment
In embodiments of the present invention, the wake-up priority of board is set；Determine that the load of the board of operation reaches wake-up door
Limit value, and receive service rate be less than receive service rate threshold value when, successively wake up suspend mode according to the wake-up priority of board
Board, until operation board load lower than wake up threshold value when stop wake up process；Or determine the board of operation
Load reaches wake-up threshold value, and receives service rate and reach triggering wireless traffic limitation when receiving service rate threshold value, and
Suspend mode board is successively waken up according to the wake-up priority of board, until the load of the board of operation stops lower than when waking up threshold value
Process is waken up, and releases wireless traffic limitation.
Wherein, the wireless traffic limitation refers to that notice wireless device sends current limliting to wireless traffic.
Fig. 1 is the power-economizing method flow diagram of one board of the embodiment of the present invention, as shown in Figure 1, the present embodiment board
Power-economizing method process includes:
Step 101: setting the wake-up priority of board；
Here, the wake-up priority of the setting board can be according to the suspend mode sequence of board, it may be assumed that according to suspend mode at first
Board wakes up highest priority, and the board of last suspend mode wakes up the minimum rule settings of priority, also can according to actual needs according to
It is set according to Else Rule, such as the significance level of board.
Step 102: determining that the load of the board of operation reaches wake-up threshold value, and receive service rate and be less than reception business
When rate threshold value, the board of suspend mode is successively waken up according to the wake-up priority of board, until the load of the board of operation is lower than
Stop waking up process when waking up threshold value；
Here, the board of the operation can have one or more, and the board of suspend mode can have one or more, the fortune
The processing capacity of the board of capable board and suspend mode is identical；
The load of the board of the determining operation reaches wake-up threshold value, and receives service rate and be less than reception service rate
Before threshold value, the method also includes:
The wake-up threshold value X of board is set, amount of redundancy Y is waken up, receive service rate threshold value V and wakes up duration threshold value
T；Wherein, described to wake up the processing capacity maximum value L that the sum of threshold value X and the wake-up amount of redundancy Y are board；
Here, to the wake-up threshold value X of board, wake-up amount of redundancy Y, reception service rate threshold value V and wake-up duration door
The setting of limit value T can be set according to the actual situation；
The board that suspend mode is successively waken up according to the wake-up priority of board is called out until the load of the board of operation is lower than
Stopping wake-up process when threshold value of waking up includes:
The first suspend mode board is first waken up according to the wake-up priority of board from high to low, and judges the first suspend mode board
Whether by normal wakeup, if by normal wakeup, the board of mean allocation wireless traffic to operation judges the negative of the board of operation
Whether lotus reaches wake-up threshold value, when determination reaches wake-up threshold value or the first suspend mode board not by normal wakeup, wakes up
Second suspend mode board, and above-mentioned judgement processing operation is repeated, until the load of the board of operation stops lower than when waking up threshold value X
Wake up process；Here, it is described not by normal wakeup include: reach wake up duration threshold value when current awake suspend mode board not by
It wakes up or the suspend mode board of current awake is not waken up due to breaking down；
If when waking up i-th piece of (i is the board sum greater than 1 and less than or equal to suspend mode) suspend mode board, i-th piece of suspend mode
Board before do not waken up suddenly by the suspend mode board of normal wakeup, then the embodiment of the present invention can interrupt the plate to i-th piece of suspend mode
The wake-up of card, the board of first mean allocation wireless traffic to operation, and judge whether the load of the board of operation reaches wake-up door
Limit value, determination still reach wake-up threshold value, then continue the board for waking up i-th piece of suspend mode；It determines to be less than and wakes up threshold value, then stop
Wake up process；
Correspondingly, not waken up suddenly by the suspend mode board of normal wakeup before in order to real-time monitor whether to have, this hair
At least to include two parallel processes in bright embodiment: a process is used to complete the process of above-mentioned wake-up suspend mode board；Separately
Whether one process has for real-time monitoring is not waken up by the suspend mode board of normal wakeup suddenly, if so, then generating immediately excellent
The first highest interrupt event of grade interrupts the process for waking up suspend mode board.
When the board of all suspend mode is waken up, and the load of the board of operation still reaches wake-up threshold value, triggering is wireless
Business limitation sends wireless traffic limitation notification to wireless device, so that notified wireless device sends current limliting to business,
And when the load of the board of operation is lower than threshold value is waken up, wireless traffic limitation is released；Here, the wireless traffic limitation is logical
Know to include: to postpone the notice or the notice for reducing transmission rate that wireless traffic is sent；
Alternatively, when the load of the board run before waking up suspend mode board reaches the board processing capacity maximum value of operation,
Trigger wireless traffic limitation；
Fig. 2 is the power-economizing method flow diagram of two board of the embodiment of the present invention, as shown in Fig. 2, the present embodiment board
Power-economizing method process includes:
Step 201: setting the wake-up priority of board；
Here, the wake-up priority of the setting board can be according to the suspend mode sequence of board, i.e., according to suspend mode at first
Board wakes up highest priority, and the board of last suspend mode wakes up the minimum rule settings of priority, also can according to actual needs according to
It is set according to Else Rule, such as the significance level of board.
Step 202: the load of the board of the determining operation reaches wake-up threshold value, and receives service rate and reach reception
When service rate threshold value, triggering wireless traffic limitation, and suspend mode board is successively waken up according to the wake-up priority of board, until
The load of the board of operation wakes up process lower than stopping when waking up threshold value, and releases wireless traffic limitation；
Here, the board of the operation can have one or more, and the board of suspend mode can have one or more, the fortune
The processing capacity of the board of capable board and suspend mode is identical；
The load of the board of the determining operation reaches wake-up threshold value, and receives service rate and reach reception service rate
Before threshold value, the method also includes:
The wake-up threshold value X of board is set, amount of redundancy Y is waken up, receive service rate threshold value V and wakes up duration threshold value
T；Wherein, described to wake up the processing capacity maximum value L that the sum of threshold value X and the wake-up amount of redundancy Y are board；Here, to plate
The wake-up threshold value X of card, the setting for waking up amount of redundancy Y, receiving service rate threshold value V and waking up duration threshold T can bases
Actual conditions are set；
It is described successively to wake up suspend mode board according to the wake-up priority of board, it is waken up until the load of the board of operation is lower than
Stop waking up process when threshold value, and releases wireless traffic limitation and include:
The first suspend mode board is waken up according to the wake-up priority of board from high to low, whether judges the first suspend mode board
By normal wakeup, if by normal wakeup, the board of mean allocation wireless traffic to operation judges that the load of the board of operation is
It is no to reach wake-up threshold value, when determination reaches wake-up threshold value or the first suspend mode board not by normal wakeup, wake up second
Suspend mode board, and above-mentioned judgement processing operation is repeated, until the load of the board of operation stops waking up lower than when waking up threshold value
Process, and release wireless traffic limitation, that is, it sends and releases wireless traffic limitation notification to wireless device, so as to receive the notice
Wireless device restore normal business and send；Here, the wireless traffic limitation notification includes: and postpones wireless traffic to send
Notice or the notice for reducing transmission rate；Described does not include: current awake when reaching to wake up duration threshold value by normal wakeup
Suspend mode board is not waken up or the suspend mode board of current awake is not waken up due to breaking down；
If when waking up i-th piece of (i is the board sum greater than 1 and less than or equal to suspend mode) suspend mode board, i-th piece of suspend mode
Board before do not waken up suddenly by the suspend mode board of normal wakeup, then the embodiment of the present invention can interrupt the plate to i-th piece of suspend mode
The wake-up of card, the board of first mean allocation wireless traffic to operation, and judge whether the load of the board of operation reaches wake-up door
Limit value, determination still reach wake-up threshold value, then continue the board for waking up i-th piece of suspend mode；It determines to be less than and wakes up threshold value, then stop
Wake up process；
Correspondingly, not waken up suddenly by the suspend mode board of normal wakeup before in order to real-time monitor whether to have, this hair
At least to include two parallel processes in bright embodiment: a process is used to complete the process of above-mentioned wake-up suspend mode board；Separately
Whether one process has for real-time monitoring is not waken up by the suspend mode board of normal wakeup suddenly, if so, then generating immediately excellent
The first highest interrupt event of grade interrupts the process for waking up suspend mode board.When all suspend mode boards are waken up, the board of operation
When load still reaches wake-up threshold value, wireless traffic restriction state is kept；
Before waking up suspend mode board, when the load of the board of operation is lower than threshold value is waken up, stop waking up process, and release
Wireless traffic limitation.
Fig. 3 is the power-economizing method flow diagram of three board of the embodiment of the present invention, includes an operation in the present embodiment
Board 1 and the board of a suspend mode 2, board 1 is identical with the processing capacity of board 2, as shown in figure 3, the section of the present embodiment board
Can method flow include:
Step 301: setting the wake-up priority of board, wake up threshold value X, wake up amount of redundancy Y, receive service rate thresholding
Value V and wake-up duration threshold T；
Here, due to suspend mode board only one, i.e. board 2, therefore the wake-up highest priority of board 2 is set, herein
Also it can cancel the setting to priority is waken up；
Since board 1 is identical with the processing capacity of board 2, set board 1 and the identical wake-up threshold value of board 2
X, amount of redundancy Y is waken up, service rate threshold value V is received and wakes up duration threshold T；Wherein, the wake-up threshold value X and wake-up
The sum of amount of redundancy Y is the maximum processing capability L of board；
To the wake-up threshold value X of board, wake-up amount of redundancy Y, receives service rate threshold value V and wake up duration threshold T
Setting can be set according to the actual situation.
Step 302: judging whether the load of board 1 reaches and wake up threshold value X, if reached, execute step 303；If
Not up to, step 314 is executed.
Step 303: judging whether the reception service rate of board 1 is less than and receive service rate threshold value V, if it is less than connecing
Service rate threshold value V is received, step 304 is executed；Otherwise, step 309 is executed.
Step 304: waking up board 2.
Step 305: judging board 2 whether by normal wakeup, if executing step 306 by normal wakeup；If not by just
It often wakes up, executes step 308；
Here, described does not include: to reach to wake up duration threshold T by normal wakeup, and suspend mode board 2 is not waken up, or is stopped
Dormancy board 2 is not waken up due to breaking down；
In embodiments of the present invention, in addition to for complete wake up suspend mode board process process other than, can have it is another into
Whether journey has for real-time monitoring is not waken up by the suspend mode board of normal wakeup suddenly, if so, then generating priority most immediately
High interrupt event interrupts the process for waking up suspend mode board；
Before board 2 is by normal wakeup, when load has reached the processing capacity maximum value of board 1, wireless industry is directly triggered
Business limitation, and wireless traffic limitation is released after board 2 is waken up；
Before board 2 is by normal wakeup, when 1 load of board drops below wake-up threshold value X, stop to board 2
It wakes up, ends processing process.
Step 306: mean allocation wireless traffic to board 1 and board 2.
Step 307: judging whether the load of the board of operation reaches and wake up threshold value X, if reached, execute step 308；
If not up to, executing step 314.
Step 308: triggering wireless traffic limitation, and execute step 314；
Here, the triggering wireless traffic limitation includes: to send wireless traffic limitation notification to wireless device, so as to receive
The wireless device of notice sends current limliting to business；Wherein, the wireless traffic limitation notification includes: and postpones wireless traffic to send
Notice or the notice for reducing transmission rate；
Due to the wireless traffic limitation that suspend mode board 2 is not triggered by normal wakeup, if during wireless traffic limitation, not
Dormancy board 2 is waken up or repairs, then releases wireless traffic limitation.
Step 309: triggering wireless traffic limitation, and wake up board 2.
Step 310: judging board 2 whether by normal wakeup, if executing step 311 by normal wakeup；If not by just
It often wakes up, executes step 314.
Step 311: mean allocation wireless traffic to board 1 and board 2.
Step 312: judging whether the load of the board of operation reaches and wake up threshold value X, if reached, execute step 308；
If not up to, executing step 313.
Step 313: releasing wireless traffic limitation；
Wireless traffic limitation notification is released to wireless device this step specifically includes: sending.
Step 314: ending processing process.
Fig. 4 is the power-economizing method flow diagram of four board of the embodiment of the present invention, includes an operation in the present embodiment
Board 1 and suspend mode board 2 and suspend mode board 3, the processing capacity of board 1, board 2 and board 3 is identical, as shown in figure 3, this implementation
Example board power-economizing method process include:
Step 401: setting the wake-up priority of board, wake up threshold value X, wake up amount of redundancy Y, receive service rate thresholding
Value V and wake-up duration threshold T；
Here, since the processing capacity of board 1, board 2 and board 3 is identical, setting board 1, board 2 and board 3
Possess identical wake-up threshold value X, wake up amount of redundancy Y, receive service rate threshold value V and wake up duration threshold T；According to plate
The suspend mode sequence of card sets the wake-up priority of board, and the wake-up priority of suspend mode board 2 is higher than suspend mode board in the present embodiment
3。
Step 402: judging whether the load of the board of operation reaches and wake up threshold value X, if reached, execute step 403；
If not up to, executing step 422.
Step 403: judge whether the reception service rate of the board of operation is less than and receives service rate threshold value V, if
Less than service rate threshold value V is received, step 404 is executed；Otherwise, step 413 is executed.
Step 404: waking up suspend mode board 2.
Step 405: judging board 2 whether by normal wakeup, if executing step 406 by normal wakeup；If not by just
It often wakes up, executes step 408；
Here, described does not include: to reach to wake up duration threshold T by normal wakeup, and suspend mode board 2 is not waken up, or is stopped
Dormancy board 2 is not waken up due to breaking down；
In embodiments of the present invention, in addition to for complete wake up suspend mode board process process other than, can have it is another into
Whether journey has for real-time monitoring is not waken up by the suspend mode board of normal wakeup suddenly, if so, then generating priority most immediately
High interrupt event interrupts the process for waking up suspend mode board；
When board 2 has reached 1 processing capacity maximum value of board by normal wakeup preload, directly triggering wireless traffic is limited
System, and wireless traffic limitation is released after board 2 is by normal wakeup.
Step 406: the board of mean allocation wireless traffic to operation.
Step 407: judging whether the load of the board of operation reaches and wake up threshold value X, if reached, execute step 408；
If not up to, executing step 422.
Step 408: waking up board 3.
Step 409: judging board 3 whether by normal wakeup, if executing step 410 by normal wakeup；If not by just
It often wakes up, executes step 412；
When the board processing capacity maximum value for having been reached operation by normal wakeup preload in board 3, wireless traffic limit is triggered
System, and wireless traffic limitation is released after board 3 is waken up；
Since board 2 is not by normal wakeup, and the wake-up board 3 executed, before board 3 is by normal wakeup, board 2 is called out
It wakes up or repairs, then stop the wake-up to board 3, mean allocation wireless traffic to board 1 and board 2 judges the board of operation
Whether load, which reaches, wakes up threshold value X, if reached, wakes up board 3；If not up to, ending processing process.
Step 410: the board of mean allocation wireless traffic to operation.
Step 411: judging whether the load of the board of operation reaches and wake up threshold value X, if reached, execute step 412；
If not up to, executing step 422.
Step 412: triggering wireless traffic limitation, and execute step 422；
Here, the triggering wireless traffic limitation includes: to send wireless traffic limitation notification to wireless device, so as to receive
The wireless device of notice sends current limliting to business；Wherein, the wireless traffic limitation notification includes: and postpones wireless traffic to send
Notice or the notice for reducing transmission rate；
Due to the wireless traffic limitation that board 3 is not triggered by normal wakeup, during wireless traffic limitation, if board
3 are waken up or restore, release wireless traffic limitation, and mean allocation wireless traffic judges the board of operation to running module
Whether load, which reaches, wakes up threshold value X, if reached, the limitation of retriggered wireless traffic, and end processing process；Otherwise, directly
Binding beam process flow.
Step 413: triggering wireless traffic limitation, and wake up board 2.
Step 414: judging board 2 whether by normal wakeup, if executing step 419 by normal wakeup；If not by just
It often wakes up, executes step 415.
Step 415: waking up board 3.
Step 416: judging board 3 whether by normal wakeup, if executing step 417 by normal wakeup；If not by just
It often wakes up, executes step 422.
Step 417: the board of mean allocation wireless traffic to operation.
Step 418: judging whether the load of the board of operation reaches and wake up threshold value X, if reached, execute step 422；
If not up to, executing step 421.
Step 419: the board of mean allocation wireless traffic to operation.
Step 420: judging whether the load of the board of operation reaches and wake up threshold value X, if reached, execute step 415；
If not up to, executing step 421.
Step 422: ending processing process.
Fig. 5 is the energy saver composed structure schematic diagram of one board of the embodiment of the present invention, as shown in figure 5, the present embodiment plate
The energy saver composed structure of card includes: the first setup module 51 and first processing module 52；Wherein,
First setup module 51, for setting the wake-up priority of board；
The first processing module 52 for determining that the load of board of operation reaches wake-up threshold value, and receives business
When rate is less than reception service rate threshold value, suspend mode board is successively waken up according to the wake-up priority of board, until operation
The load of board wakes up process lower than stopping when waking up threshold value.
Further, first setup module 51 is also used to set the wake-up threshold value of board, wakes up amount of redundancy, connects
It receives service rate threshold value and wakes up duration threshold value；Wherein, the sum of the wake-up threshold value and the wake-up amount of redundancy are plate
The processing capacity maximum value of card.
Further, the first processing module 52 determines that the load of the board of operation reaches wake-up threshold value, and receives
When service rate is less than reception service rate threshold value, suspend mode board, Zhi Daoyun are successively waken up according to the wake-up priority of board
The load of capable board wakes up process lower than stopping when waking up threshold value
The first processing module 52 wakes up the first suspend mode board according to the wake-up priority of board from high to low first, and
Judge the first suspend mode board whether by normal wakeup, if by normal wakeup, mean allocation wireless traffic to operation plate
Card, judges whether the load of the board of operation reaches wake-up threshold value, determines and reaches wake-up threshold value or the first suspend mode plate
When card is not by normal wakeup, the second suspend mode board is waken up, and repeat above-mentioned judgement processing operation, until the load of the board of operation
Process is waken up lower than stopping when waking up threshold value.
Further, the first processing module 52 is also used to be waken up when all suspend mode boards, the board of operation
Load still reaches wake-up threshold value, and triggering wireless traffic limitation, i.e. transmission wireless traffic limitation notification is to wireless device；
Alternatively, before waking up suspend mode board, when the load of the board of operation reaches the board processing capacity maximum value of operation,
Trigger wireless traffic mechanism.
Fig. 6 is the energy saver composed structure schematic diagram of two board of the embodiment of the present invention, as shown in fig. 6, the present embodiment plate
The energy saver composed structure of card includes: the second setup module 61 and Second processing module 62；Wherein,
Second setup module 61, for setting the wake-up priority of board；
The Second processing module 62 for determining that the load of board of operation reaches wake-up threshold value, and receives business
When rate reaches reception service rate threshold value, triggering wireless traffic limitation, and successively waken up according to the wake-up priority of board
Suspend mode board stops waking up process when the load of the board of operation, which is lower than, wakes up threshold value, and releases wireless traffic limitation.
Further, second setup module 61 is also used to set the wake-up threshold value of board, wakes up amount of redundancy, connects
It receives service rate threshold value and wakes up duration threshold value；Wherein, the sum of the wake-up threshold value and the wake-up amount of redundancy are plate
The processing capacity maximum value of card.
Further, the Second processing module 62 successively wakes up suspend mode board according to the wake-up priority of board, until
Lower than threshold value is waken up, release wireless traffic limitation includes: the load of the board of operation
The Second processing module 62 wakes up the first suspend mode board according to the wake-up priority of board from high to low, judges institute
The first suspend mode board is stated whether by normal wakeup, if by normal wakeup, the board of mean allocation wireless traffic to operation, judgement
Whether the load of the board of operation reaches wake-up threshold value, determines and reaches wake-up threshold value or the first suspend mode board not by just
When often waking up, the second suspend mode board of wake-up, and above-mentioned judgement processing operation is repeated, until the load of the board of operation is lower than wake-up
Stop waking up process when threshold value, sends and release wireless traffic limitation notification to wireless device.
Further, the Second processing module 62 is also used to before waking up suspend mode board, and the load of the board of operation is low
When waking up threshold value, stop waking up process, and releases wireless traffic limitation.
In practical applications, at first setup module 51, first processing module 52 and the second setup module 61, second
Managing module 62 both can be by software realization, can also be by the central processing unit (CPU) or microprocessor (MPU) in server, or number
Signal processor (DSP) or programmable gate array (FPGA) are realized.
The above is only the preferred embodiment of the present invention, is not intended to limit the scope of the present invention.
Claims (12)
1. a kind of power-economizing method of board, which is characterized in that set the wake-up priority of board；The method also includes:
It determines that the load of the board of operation reaches wake-up threshold value, and receives service rate and be less than reception service rate threshold value
When, the first suspend mode board is first waken up according to the wake-up priority of board from high to low, and whether judge the first suspend mode board
By normal wakeup, if by normal wakeup, the board of mean allocation wireless traffic to operation judges that the load of the board of operation is
It is no to reach wake-up threshold value, when determination reaches wake-up threshold value or the first suspend mode board not by normal wakeup, wake up second
Suspend mode board, and above-mentioned judgement processing operation is repeated, until the load of the board of operation stops waking up lower than when waking up threshold value
Process；
In executing the wake-up flowchart process, is not waken up, generate suddenly by the suspend mode board of normal wakeup if monitoring to exist
The interrupt event of highest priority, to interrupt the wake-up process.
2. method according to claim 1, which is characterized in that the load of the board of the determining operation reaches wake-up thresholding
Value, and receive service rate and be less than before receiving service rate threshold value, the method also includes: set the wake-up thresholding of board
Value wakes up amount of redundancy, receives service rate threshold value and wakes up duration threshold value；Wherein, the wake-up threshold value is called out with described
The sum of awake amount of redundancy is the processing capacity maximum value of board.
3. method according to claim 1, which is characterized in that when all suspend mode boards are waken up, the board of operation is born
When lotus still reaches wake-up threshold value, triggering wireless traffic limitation；
Alternatively, when the load of the board run before waking up suspend mode board reaches the board processing capacity maximum value of operation, triggering
Wireless traffic limitation.
4. a kind of energy saver of board, which is characterized in that described device includes: the first setup module and first processing module；
Wherein,
First setup module, for setting the wake-up priority of board；
The first processing module, for determining that the load of board of operation reaches wake-up threshold value, and it is small to receive service rate
When receiving service rate threshold value, the first suspend mode board is first waken up according to the wake-up priority of board from high to low, and judge
Whether the first suspend mode board is by normal wakeup, if mean allocation wireless traffic is sentenced to the board of operation by normal wakeup
Whether the load of the board of disconnected operation reaches wake-up threshold value, determine reach wake up threshold value or the first suspend mode board not by
When normal wakeup, the second suspend mode board is waken up, and repeat above-mentioned judgement processing operation, called out until the load of the board of operation is lower than
Stop waking up process when threshold value of waking up；
In executing the wake-up flowchart process, is not waken up, generate suddenly by the suspend mode board of normal wakeup if monitoring to exist
The interrupt event of highest priority, to interrupt the wake-up process.
5. device according to claim 4, which is characterized in that first setup module is also used to set the wake-up of board
Threshold value wakes up amount of redundancy, receives service rate threshold value and wakes up duration threshold value；Wherein, the wake-up threshold value and institute
State the processing capacity maximum value for waking up that the sum of amount of redundancy is board.
6. device according to claim 4, which is characterized in that
The first processing module is also used to be waken up when all suspend mode boards, and the load of the board of operation still reaches wake-up
When threshold value, triggering wireless traffic limitation；
Alternatively, before waking up suspend mode board, when the load of the board of operation reaches the board processing capacity maximum value of operation, triggering
Wireless traffic limitation.
7. a kind of power-economizing method of board, which is characterized in that set the wake-up priority of board；The method also includes:
It determines that the load of the board of operation reaches wake-up threshold value, and receives service rate and reach reception service rate threshold value
When, triggering wireless traffic limitation, and wake up the first suspend mode board according to board wake-up priority from high to low judges described the
Whether one suspend mode board is by normal wakeup, if mean allocation wireless traffic judges to run to the board of operation by normal wakeup
The load of board whether reach wake-up threshold value, determine to reach and wake up threshold value or the first suspend mode board is not called out normally
When waking up, the second suspend mode board of wake-up, and above-mentioned judgement processing operation is repeated, until the load of the board of operation is lower than wake-up thresholding
Stop waking up process when value, sends and release wireless traffic limitation notification to wireless device；
In executing the wake-up flowchart process, is not waken up, generate suddenly by the suspend mode board of normal wakeup if monitoring to exist
The interrupt event of highest priority, to interrupt the wake-up process.
8. method according to claim 7, which is characterized in that the load of the board of the determining operation reaches wake-up thresholding
Value, and receive service rate and reach before receiving service rate threshold value, the method also includes: set the wake-up thresholding of board
Value wakes up amount of redundancy, receives service rate threshold value and wakes up duration threshold value；Wherein, the wake-up threshold value is called out with described
The sum of awake amount of redundancy is the processing capacity maximum value of board.
9. method according to claim 7, which is characterized in that when all suspend mode boards are waken up, the board of operation is born
When lotus still reaches wake-up threshold value, wireless traffic limitation is kept.
10. a kind of energy saver of board, which is characterized in that described device includes: the second setup module and Second processing module；
Wherein,
Second setup module, for setting the wake-up priority of board；
The Second processing module for determining that the load of board of operation reaches wake-up threshold value, and receives service rate and reaches
To when receiving service rate threshold value, triggering wireless traffic limitation, and the is waken up according to board wake-up priority from high to low
One suspend mode board, judge the first suspend mode board whether by normal wakeup, if by normal wakeup, mean allocation wireless traffic
To the board of operation, judge whether the load of the board of operation reaches wake-up threshold value, determines and reach wake-up threshold value or described
When first suspend mode board is not by normal wakeup, the second suspend mode board is waken up, and repeat above-mentioned judgement processing operation, until operation
The load of board sends lower than wake-up process is stopped when waking up threshold value and releases wireless traffic limitation notification to wireless device；
In executing the wake-up flowchart process, is not waken up, generate suddenly by the suspend mode board of normal wakeup if monitoring to exist
The interrupt event of highest priority, to interrupt the wake-up process.
11. device according to claim 10, which is characterized in that second setup module is also used to set calling out for board
Awake threshold value wakes up amount of redundancy, receives service rate threshold value and wakes up duration threshold value；Wherein, the wake-up threshold value with
It is described to wake up the processing capacity maximum value that the sum of amount of redundancy is board.
12. device according to claim 10, which is characterized in that the Second processing module is also used to when all suspend mode plates
Card is waken up, and when the load of the board of operation still reaches wake-up threshold value, keeps wireless traffic limitation.
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| CN109639441B (en) * | 2019-01-31 | 2021-03-30 | 烽火通信科技股份有限公司 | Method for realizing real-time adjustment of power consumption based on service board card |
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| CN101625586A (en) * | 2008-07-09 | 2010-01-13 | 联想(北京)有限公司 | Method, equipment and computer for managing energy conservation of storage device |
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