CN102612050A - Method and system for implementing energy-saving recovery failure protection - Google Patents
Method and system for implementing energy-saving recovery failure protection Download PDFInfo
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- CN102612050A CN102612050A CN2011100241269A CN201110024126A CN102612050A CN 102612050 A CN102612050 A CN 102612050A CN 2011100241269 A CN2011100241269 A CN 2011100241269A CN 201110024126 A CN201110024126 A CN 201110024126A CN 102612050 A CN102612050 A CN 102612050A
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W52/00—Power management, e.g. TPC [Transmission Power Control], power saving or power classes
- H04W52/02—Power saving arrangements
- H04W52/0203—Power saving arrangements in the radio access network or backbone network of wireless communication networks
- H04W52/0206—Power saving arrangements in the radio access network or backbone network of wireless communication networks in access points, e.g. base stations
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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
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- 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
- Y02D30/00—Reducing energy consumption in communication networks
- Y02D30/70—Reducing energy consumption in communication networks in wireless communication networks
Abstract
The invention discloses a method and a system for implementing energy-saving recovery failure protection. The method comprises the following steps of: sending an energy-saving recovery request to each base station to be subjected to energy-saving recovery; and if the base station to be subjected to energy-saving recovery succeeds in energy-saving recovery, feeding back an energy-saving recovery succeed message, otherwise, determining that energy-saving recovery fails, and performing corresponding energy-saving recovery failure restoration processing. According to the method and the system for implementing energy-saving recovery failure protection, an energy-saving recovery failure protection idea is proposed, and an energy-saving recovery failure protection strategy is given, so that the problem of energy-saving recovery failure possibly occurring during energy saving is solved, the reliability of energy-saving recovery is guaranteed, and the energy-saving efficiency is improved; and therefore the energy-saving process is relatively rational, resources of the system are used fully, the user experience is protected, and the profit of an operator is guaranteed.
Description
Technical field
The present invention relates to the communications field, be specifically related to a kind of method and system of realizing energy-conservation recovery failure protection.
Background technology
LTE (Long Term Evolution; Long Term Evolution) GSM is as shown in Figure 1; Mainly comprise: core net (CN), Access Network (E_UTRAN) and terminal (UE); Core net mainly comprises mobile management unit (MME) and gateway (S-GW), and Access Network is made up of eNodeB (node of long evolving system is called for short eNB); Interconnect through S1 (interface between core net and the Access Network) interface between core net and the Access Network, interconnect through X2 interface between the inner different eNodeB of Access Network.
SON (Self-Organized Network; Self-organizing network) corresponding a kind of technology of carrying out network configuration and optimization automatically; Should technology in the LTE system, promote just rapidly at present, this technology makes that LTE eNB can be according to the automatic configuration network parameter of certain measurement, and changes according to network real-time and to carry out parameter automatic optimization; Keep network performance optimum, practice thrift lot of manpower and material resources simultaneously.
In self-optimizing, energy-conservation is a very important demand, promptly under the situation that does not influence whole network operation through close the sub-district or reduce the operation of transmitting power in good time, reach purpose of energy saving.Sub-district as in the CBD of top grade commercial affairs zone covers, and needs good network to cover and higher capacity in the time of by day, and this zone cell covered is normally opened; And at night, when the working region did not have user or user seldom, this zone cell covered will require to reduce transmitting power even be closed.When the volume of business in the network raise once more, system can recover the sub-district automatically or recover the transmitting power (being called energy-conservation recovery) of sub-district.But when energy-conservation the recovery, possibly exist the sub-district can't recover situation normal or that transmitting power can't be recovered; And this moment, system was entirely ignorant of, and then energy-conservation recovery failure, whole business that this moment, customer requirements can't be carried in system occurred; Thereby reduced communication quality, and influenced user's impression.
Summary of the invention
In view of this, main purpose of the present invention is to provide a kind of method and system of realizing energy-conservation recovery failure protection, solves the problem of the energy-conservation recovery failure that possibly occur in the energy-conservation recovery process, guarantees communication quality and user impression.
For achieving the above object, technical scheme of the present invention is achieved in that
A kind of method that realizes energy-conservation recovery failure protection, this method comprises:
Send energy-conservation recovery request to treating energy-conservation recovery base station;
Recover successfully if treat energy-conservation recovery base station energy-saving, then feedback energy-saving recovers success message; Otherwise, confirm energy-conservation recovery failure, and carry out corresponding energy-conservation recovery failure repair process.
Confirm that the said condition of treating that energy-conservation recovery base station energy-saving recovers failure is: send the energy-conservation recovery request of one or many, treat that energy-conservation recovery base station all replys energy-conservation recovery failed message or do not reply.
Before treating that energy-conservation recovery request is sent in energy-conservation recovery base station, need further to judge whether energy-conservation recovery; Said judgement needs the condition of energy-conservation recovery to comprise: when reaching preset thresholding with the traffic load that covers the adjacent area, arrive energy-conservation recovery preset value during energy-conservation timer expiry.
After confirming energy-conservation recovery failure, the said energy-conservation recovery failure repair process of carrying out comprises: carry out corresponding energy-conservation recovery failure repair process according to different power save modes.
Said power save mode is distributed when energy-conservation, and said energy-conservation recovery failure repair process comprises:
To the webmaster report and alarm, require webmaster to treat energy-conservation recovery base station and carry out force revert.
After the force revert success, further comprise: webmaster is notified the energy-conservation merit that reverts to.
Said power save mode is centralized when energy-conservation, and said energy-conservation recovery failure repair process comprises manual reversion or recovers automatically; Wherein,
Said manual reversion comprises: report and alarm, wait for that the monitor staff manually carries out energy-conservation recovery failure and repairs; And prompt alarm recovers after the manual work reparation is accomplished;
Said automatic recovery comprises: detect energy-conservation recovery situation automatically, learn that directly carrying out energy-conservation recovery failure after energy-conservation recovery is failed automatically repairs; Perhaps, detect energy-conservation recovery failure back report and alarm, start corresponding self-healing processing procedure by self-healing system or correlation function module according to alarm then.
A kind of system that realizes energy-conservation recovery failure protection, this system comprises energy-conservation recovery trigger element, energy-conservation recovery performance element; Wherein,
Said energy-conservation recovery trigger element is used for sending energy-conservation recovery request to energy-conservation recovery performance element;
Said energy-conservation recovery performance element is used for according to the request of receiving, carry out following operation to the energy-conservation recovery base station of treating under self: recover successfully if treat energy-conservation recovery base station energy-saving, then feedback energy-saving recovers success message; Otherwise, confirm energy-conservation recovery failure, and carry out corresponding energy-conservation recovery failure repair process.
Said energy-conservation recovery performance element confirms that the condition of energy-conservation recovery failure is: send the energy-conservation recovery request of one or many, treat that energy-conservation recovery base station all replys energy-conservation recovery failed message or do not reply.
Before treating that energy-conservation recovery request is sent in energy-conservation recovery base station, said energy-conservation recovery trigger element is further used for:
Need to judge whether energy-conservation recovery; Said judgement needs the condition of energy-conservation recovery to comprise: when reaching preset thresholding with the traffic load that covers the adjacent area, arrive energy-conservation recovery preset value during energy-conservation timer expiry.
After confirming energy-conservation recovery failure, when said energy-conservation recovery performance element carries out said energy-conservation recovery failure repair process, be used for: carry out corresponding energy-conservation recovery failure repair process according to different power save modes.
Said power save mode is distributed when energy-conservation, when said energy-conservation recovery performance element is carried out said energy-conservation recovery failure repair process, is used for:
To the webmaster report and alarm, require webmaster to treat energy-conservation recovery base station and carry out force revert.
After the force revert success, webmaster is further used for notifying the energy-conservation merit that reverts to.
Said power save mode is centralized when energy-conservation, when said energy-conservation recovery performance element is carried out said energy-conservation recovery failure repair process, comprises manual reversion or recovers automatically; Wherein,
When said energy-conservation recovery performance element is carried out said manual reversion, be used for: report and alarm, wait for that the monitor staff manually carries out energy-conservation recovery failure and repairs; And prompt alarm recovers after the manual work reparation is accomplished;
When said energy-conservation recovery performance element is carried out said automatic recovery, be used for: detect energy-conservation recovery situation automatically, learn that directly carrying out energy-conservation recovery failure automatically after the energy-conservation recovery failure repairs; Perhaps, detect energy-conservation recovery failure back report and alarm, trigger self-healing system or correlation function module then and start corresponding self-healing processing procedure according to alarm.
The present invention realizes the method and system of energy-conservation recovery failure protection, has proposed the notion of energy-conservation recovery failure protection, provides a kind of energy-conservation recovery failure protection strategy; Solve the energy-conservation recovery failure problem that possibly occur in the energy-conservation process, guaranteed the reliability of energy-conservation recovery, improved energy-saving efficiency; Make that energy-conservation process is more reasonable; Fully use the resource of system, protected user's impression, also guaranteed benefits of operators.
Description of drawings
Fig. 1 is a LTE GSM configuration diagram;
Fig. 2 is the energy-conservation recovery failure protection philosophy sketch map based on X2 interface of the embodiment of the invention;
Fig. 3 is the energy-conservation recovery failure protection philosophy sketch map based on the S1 interface of the embodiment of the invention;
Fig. 4 is the energy-conservation recovery failure protection philosophy sketch map based on webmaster of the embodiment of the invention;
Fig. 5 is the distributed energy-conservation recovery failure protection philosophy sketch map based on X2 interface message of the embodiment of the invention;
Fig. 6 is the centralized energy-conservation recovery failure protection philosophy sketch map based on the manual work reparation of the embodiment of the invention;
Fig. 7 is the general flow chart of the energy-conservation recovery failure of the realization of embodiment of the invention protection;
Fig. 8 is the system diagram of the energy-conservation recovery failure of the realization of embodiment of the invention protection.
Embodiment
In practical application; Can introduce the notion of energy-conservation recovery failure protection; Adopt to the system that possibly occur in the present communication system and can't recover or recover the situation of failing after energy-conservation, can add interaction message (as: energy-conservation recovery request, and ask corresponding response with this).Like this, energy-conservation recovery triggering entity can be treated that energy-conservation recovery eNB sends energy-conservation recovery request, if energy-conservation the recovery successfully treats that energy-conservation recovery eNB need reply energy-conservation recovery success message; Reply energy-conservation recovery failed message or not answer if treat energy-conservation recovery eNB, energy-conservation recovery triggering entity is then confirmed energy-conservation recovery failure, the new energy-conservation recovery request of initiating of laying equal stress on.If this time energy-conservation the recovery successfully treats that then energy-conservation recovery eNB replys energy-conservation recovery success message; If energy-conservation recovery triggering entity is repeatedly retransmitted energy-conservation recovery request, but receive energy-conservation recovery failed message always or do not have to respond, reach preset thresholding until the frequency of failure, so follow-up processing method then can be according to different power save modes and different.
As: power save mode is distributed energy-conservation, and energy-conservation recovery triggering entity can require webmaster to treat energy-conservation recovery eNB automatically and carry out force revert to the webmaster report and alarm.After the force revert success, webmaster is informed energy-conservation the recovery successfully of energy-conservation recovery triggering entity again.If power save mode is centralized energy-conservation; It possibly all be NMS (NMS that triggering person is repaired in energy-conservation triggering person, energy-conservation recovery triggering entity and energy-conservation recovery failure; Network Management System), processing mode can be divided into manual reversion and recover automatically.Wherein, manual reversion, promptly NMS is detecting energy-conservation recovery failure back report and alarm, waits for that the NMS monitor staff manually carries out energy-conservation recovery failure and repairs; And after the manual work reparation is accomplished, recover by the NMS prompt alarm.Automatically recovery is divided into two kinds again, and a kind of finger NMS detects energy-conservation recovery situation automatically, learns that directly carrying out energy-conservation recovery failure after energy-conservation recovery is failed automatically repairs; Another kind is that NMS detects energy-conservation recovery failure back report and alarm, starts corresponding processing procedure (being commonly referred to the process of self-healing) by self-healing system or correlation function module according to alarm then.
Need to prove that treating that energy-conservation recovery eNB is meant the eNB that need recover from power save mode or includes need be from the eNB of the sub-district that power save mode recovers.And, before treating that energy-conservation recovery eNB sends energy-conservation recovery request, need can further judge whether energy-conservation recovery; Said judgement needs the condition of energy-conservation recovery to comprise: when reaching preset thresholding with the traffic load that covers the adjacent area (being triggered by eNB under this situation), arrive energy-conservation recovery preset value (being triggered by webmaster or NMS under this situation) during energy-conservation timer expiry.
The related concrete steps of above-mentioned technology contents are following:
Step 1: certain eNB or sub-district are in power save mode.System need carry out energy-conservation recovery to this eNB or sub-district.
Step 2: energy-conservation recovery triggering entity is given and is treated energy-conservation recovery eNB or treat that place, energy-conservation recovery sub-district eNB sends energy-conservation recovery request.
Step 3: if energy-conservation the recovery successfully treats that energy-conservation recovery eNB need reply energy-conservation recovery success message.
Step 4: reply energy-conservation recovery failed message or not answer if treat energy-conservation recovery eNB; Energy-conservation recovery triggering entity is then confirmed energy-conservation recovery failure; Again initiate energy-conservation recovery request; Up to treating that energy-conservation recovery eNB replys energy-conservation recovery success message, or reach preset thresholding until the frequency of failure.Reply energy-conservation recovery success message if treat energy-conservation recovery eNB, then energy-conservation the recovery successfully, this flow process finishes; If the frequency of failure reaches preset thresholding, then represent energy-conservation recovery failure, then need carry out energy-conservation recovery failure repair process, if distributed energy-conservation, get into step 5; If centralized energy-conservation, get into step 6.
Step 5: if system adopts distributed power save mode, energy-conservation recovery triggering entity requires webmaster to treat energy-conservation recovery eNB automatically and carries out force revert to the webmaster report and alarm; After the force revert success, webmaster is informed energy-conservation the recovery successfully of energy-conservation recovery triggering entity again.Process ends.
Step 6: if system adopts centralized power save mode, NMS can take the processing mode of manual reversion or recovery automatically to carry out energy-conservation recovery.
In order to further specify the present invention, be described in detail below in conjunction with accompanying drawing and embodiment.
Case study on implementation 1, based on the energy-conservation recovery failure protection of X2 interface, as shown in Figure 2: a sub-district is arranged respectively on eNB1 and the eNB2, and eNB2 is in power save mode, and system adopts distributed energy-conservation.
Step 1: eNB1 sends out recovery request energy-conservation etc., and message informing eNB2 will recover from power save mode, and starts timer.
Step 2: after eNB2 receives message, begin to carry out energy-conservation recovery, and after energy-conservation recovery is accomplished, reply energy-conservation recovery success message to eNB1.
Step 3: eNB1 receives the energy-conservation recovery success message from eNB2 before timer expiry, confirm energy-conservation the recovery successfully.
Need to prove, confirm that the said condition of the energy-conservation recovery failure of energy-conservation recovery eNB of treating is: send the energy-conservation recovery request of one or many, treat that energy-conservation recovery eNB all replys energy-conservation recovery failed message and perhaps do not reply.And; Before treating that energy-conservation recovery eNB sends energy-conservation recovery request; Can further judge whether to need energy-conservation recovery, particularly, when reaching preset thresholding with the traffic load that covers the adjacent area, send energy-conservation recovery request; Treat that energy-conservation recovery eNB all replys energy-conservation recovery failed message or not do not reply in Preset Time, explain and treat that the energy-conservation recovery of energy-conservation recovery eNB once fails; After treating the energy-conservation recovery failure of energy-conservation recovery eNB; Repeat above-mentioned energy-conservation recovery process; When if the number of times of energy-conservation recovery arrives energy-conservation recovery preset value; Treat that energy-conservation recovery eNB still all replys energy-conservation recovery failed message or not do not reply, then explain and saidly treat that the energy-conservation recovery of energy-conservation recovery eNB repeatedly fails.
Case study on implementation 2, based on the energy-conservation recovery failure protection of S1 interface, as shown in Figure 3: eNB1 is last to have a sub-district, and is in power save mode, and system adopts distributed energy-conservation.
Step 1: MME sends out recovery request energy-conservation etc., and message informing eNB1 will recover from power save mode, and starts timer.
Step 2: after eNB1 receives message, begin to carry out energy-conservation recovery.
Step 3: MME does not receive the energy-conservation recovery success message from eNB1 before timer expiry, thereby sends out message informing eNB1 once more and will from power save mode, recover.
Step 4: eNB1 replys energy-conservation recovery success message to MME after recovering to accomplish.
Step 5: MME receives the energy-conservation recovery success message that eNB1 replys, and confirms energy-conservation the recovery successfully.
Case study on implementation 3, based on the energy-conservation recovery failure protection of webmaster, as shown in Figure 4: eNB1 is last to have a sub-district, and is in power save mode, and system adopts distributed energy-conservation.
Step 1: webmaster sends out recovery request energy-conservation etc., and message informing eNB1 will recover from power save mode, and starts timer.
Step 2: after eNB1 receives message, begin to carry out energy-conservation recovery, and recovering to reply energy-conservation recovery success message to webmaster after the completion.
Step 3: webmaster is received the energy-conservation recovery success message from eNB1 before timer expiry, confirm energy-conservation the recovery successfully.
Case study on implementation 4, distributed energy-conservation recovery failure protection is an example with X2 interface message.As shown in Figure 5: a sub-district is arranged respectively on eNB1 and the eNB2, and eNB2 closes last sub-district, is in power save mode.
Step 1: eNB1 sends out recovery request energy-conservation etc., and message informing eNB2 will recover from power save mode, and starts timer.
Step 2: eNB1 does not receive the energy-conservation recovery success message from eNB2 before timer expiry, thereby sends out message informing eNB2 once more and will from power save mode, recover.
Step 3: eNB2 can't accomplish energy-conservation recovery operation after can not normally receiving energy-conservation recovery request or receiving energy-conservation recovery request always.
Step 4: eNB1 continues to send energy-conservation recovery request, and is inferior until reaching the thresholding times N.
Step 5: eNB1 never receives the energy-conservation recovery success message from eNB2, therefore confirms energy-conservation recovery failure, need carry out energy-conservation recovery failure repair process.
Step 6: eNB1 sends out message and gives webmaster, informs the energy-conservation recovery failure of webmaster eNB2.
Step 7: after webmaster is received message,, carry out energy-conservation recovery according to circumstances through Reset Board by force or restart method such as system and activate the sub-district on the eNB2.
After step 8: eNB2 successfully activates last sub-district, recover professional ability again.
Step 9: eNB2 sends out the message informing webmaster, and success resets.
Step 10: webmaster has recovered normal situation with eNB2 and has informed eNB1.The energy-conservation recovery successfully.
Case study on implementation 5, system adopts centralized energy-conservation, and the energy-conservation recovery failure of artificial reparation is handled, and as shown in Figure 6: eNB1 is last to have a sub-district to be in power save mode.
Step 1: NMS sends out recovery request energy-conservation etc., and message informing eNB1 will recover from power save mode, and starts timer.
Step 2: NMS does not receive the energy-conservation recovery success message from eNB1 before timer expiry, thereby sends out message informing eNB1 once more and will from power save mode, recover.
Step 3: eNB1 can't accomplish energy-conservation recovery operation after can not normally receiving energy-conservation recovery request or receiving energy-conservation recovery request always.
Step 4: NMS continues to send energy-conservation recovery request, and is inferior until reaching the thresholding times N.
Step 5: reach thresholding if send number of times, NMS never receives the energy-conservation recovery success message from eNB1, then confirms energy-conservation recovery failure.
Step 6: NMS reports energy-conservation recovery failure alarm, waits for artificial the reparation.
Step 7: after the NMS monitor staff sees the alarm information that NMS reports, manually carry out energy-conservation recovery failure according to circumstances and repair operation.
Step 8: after energy-conservation recovery failure manual work was repaired successfully, the NMS prompt alarm recovered.
Case study on implementation 6, system adopts centralized energy-conservation, after the energy-conservation recovery failure, carries out energy-conservation recovery failure automatically and repairs.As shown in Figure 6: eNB1 is last to have a sub-district to be in power save mode.
Step 1: NMS sends out recovery request energy-conservation etc., and message informing eNB1 will recover from power save mode, and starts timer.
Step 2: NMS does not receive the energy-conservation recovery success message from eNB1 before timer expiry, thereby sends out message informing eNB1 once more and will from power save mode, recover.
Step 3: eNB1 can't accomplish energy-conservation recovery operation after can not normally receiving energy-conservation recovery request or receiving energy-conservation recovery request always.
Step 4: NMS continues to send energy-conservation recovery request, and is inferior until reaching the thresholding times N.
Step 5: reach thresholding if send number of times, NMS never receives the energy-conservation recovery success message from eNB1, then confirms energy-conservation recovery failure.
Step 6: NMS directly carries out energy-conservation recovery failure reparation operation after learning energy-conservation recovery failure automatically.
Case study on implementation 7, system adopts centralized energy-conservation, and energy-conservation recovery failure back report and alarm gets into the self-healing flow process automatically.As shown in Figure 6: eNB1 is last to have a sub-district to be in power save mode.
Step 1: NMS sends out recovery request energy-conservation etc., and message informing eNB1 will recover from power save mode, and starts timer.
Step 2: NMS does not receive the energy-conservation recovery success message from eNB1 before timer expiry, thereby sends out message informing eNB1 once more and will from power save mode, recover.
Step 3: eNB1 can't accomplish energy-conservation recovery operation after can not normally receiving energy-conservation recovery request or receiving energy-conservation recovery request always.
Step 4: NMS continues to send energy-conservation recovery request, and is inferior until reaching the thresholding times N.
Step 5: reach thresholding if send number of times, NMS never receives the energy-conservation recovery success message from eNB1, then confirms energy-conservation recovery failure.
Step 6: NMS reports energy-conservation recovery failure alarm.
Step 7: NMS self-healing system or the corresponding function module start corresponding processing procedure (process of self-healing) according to said alarm.
Step 8: after energy-conservation recovery failure was repaired successfully, NMS carried out alarm clearing.
Need to prove that the present invention is equally applicable to communication systems such as GSM, UMTS except being applicable to LTE, therefore can above-mentioned eNB be referred to as the base station.
Can know that in conjunction with above each embodiment the present invention realizes that the operation thinking of energy-conservation recovery failure protection can represent as shown in Figure 7.Referring to Fig. 7, Fig. 7 is the general flow chart of the energy-conservation recovery failure of the realization of embodiment of the invention protection, and this flow process may further comprise the steps:
Step 710: to treating that energy-conservation recovery base station sends energy-conservation recovery request.
Step 720: recover successfully if treat energy-conservation recovery base station energy-saving, then feedback energy-saving recovers success message; Otherwise, confirm energy-conservation recovery failure, and carry out corresponding energy-conservation recovery failure repair process.
In order to guarantee that above-mentioned each embodiment and operation thinking can realize smoothly, can carry out setting as shown in Figure 8.Referring to Fig. 8, Fig. 8 is the system diagram of the energy-conservation recovery failure of the realization of embodiment of the invention protection, and this system comprises continuous energy-conservation recovery trigger element, energy-conservation recovery performance element.Wherein, energy-conservation recovery trigger element can be arranged in the energy-conservation recovery triggering entity, and energy-conservation recovery performance element then can be arranged on to be treated in the energy-conservation recovery base station.
In practical application, energy-conservation recovery trigger element can send energy-conservation recovery request to energy-conservation recovery performance element.Energy-conservation recovery performance element then can be according to the request of receiving, carry out following operation to the energy-conservation recovery base station of treating under self: recover successfully if treat energy-conservation recovery base station energy-saving, then feedback energy-saving recovers success message; Otherwise, confirm energy-conservation recovery failure, and carry out corresponding energy-conservation recovery failure repair process.
Need to prove,, be used for the energy-conservation recovery trigger element that energy-conservation recovery triggers and be used for to carry out necessary communication interaction between the energy-conservation recovery performance element that energy-conservation recovery carries out for normally carrying out of the triggering that guarantees energy-conservation recovery and execution.
Visible in sum, no matter be method or system, the present invention realizes the technology of energy-conservation recovery failure protection; Propose the notion of energy-conservation recovery failure protection, provided a kind of energy-conservation recovery failure protection strategy, solved the energy-conservation recovery failure problem that possibly occur in the energy-conservation process; Guaranteed the reliability of energy-conservation recovery, improved energy-saving efficiency, made that energy-conservation process is more reasonable; Fully use the resource of system, protected user's impression, also guaranteed benefits of operators.
The above is merely preferred embodiment of the present invention, is not to be used to limit protection scope of the present invention, all any modifications of within spirit of the present invention and principle, being done, is equal to replacement and improvement etc., all should be included within protection scope of the present invention.
Claims (14)
1. method that realizes energy-conservation recovery failure protection is characterized in that this method comprises:
Send energy-conservation recovery request to treating energy-conservation recovery base station;
Recover successfully if treat energy-conservation recovery base station energy-saving, then feedback energy-saving recovers success message; Otherwise, confirm energy-conservation recovery failure, and carry out corresponding energy-conservation recovery failure repair process.
2. method according to claim 1 is characterized in that,
Confirm that the said condition of treating that energy-conservation recovery base station energy-saving recovers failure is: send the energy-conservation recovery request of one or many, treat that energy-conservation recovery base station all replys energy-conservation recovery failed message or do not reply.
3. method according to claim 2 is characterized in that, before treating that energy-conservation recovery request is sent in energy-conservation recovery base station, need further to judge whether energy-conservation recovery; Said judgement needs the condition of energy-conservation recovery to comprise: when reaching preset thresholding with the traffic load that covers the adjacent area, arrive energy-conservation recovery preset value during energy-conservation timer expiry.
4. according to each described method of claim 1 to 3, it is characterized in that, confirm energy-conservation recovery failure after, the said energy-conservation recovery failure repair process of carrying out comprises: carry out corresponding energy-conservation recovery failure repair process according to different power save modes.
5. method according to claim 4 is characterized in that, said power save mode is distributed when energy-conservation, and said energy-conservation recovery failure repair process comprises:
To the webmaster report and alarm, require webmaster to treat energy-conservation recovery base station and carry out force revert.
6. method according to claim 5 is characterized in that, after the force revert success, further comprise: webmaster is notified the energy-conservation merit that reverts to.
7. method according to claim 4 is characterized in that, said power save mode is centralized when energy-conservation, and said energy-conservation recovery failure repair process comprises manual reversion or recovers automatically; Wherein,
Said manual reversion comprises: report and alarm, wait for that the monitor staff manually carries out energy-conservation recovery failure and repairs; And prompt alarm recovers after the manual work reparation is accomplished;
Said automatic recovery comprises: detect energy-conservation recovery situation automatically, learn that directly carrying out energy-conservation recovery failure after energy-conservation recovery is failed automatically repairs; Perhaps, detect energy-conservation recovery failure back report and alarm, start corresponding self-healing processing procedure by self-healing system or correlation function module according to alarm then.
8. a system that realizes energy-conservation recovery failure protection is characterized in that this system comprises energy-conservation recovery trigger element, energy-conservation recovery performance element; Wherein,
Said energy-conservation recovery trigger element is used for sending energy-conservation recovery request to energy-conservation recovery performance element;
Said energy-conservation recovery performance element is used for according to the request of receiving, carry out following operation to the energy-conservation recovery base station of treating under self: recover successfully if treat energy-conservation recovery base station energy-saving, then feedback energy-saving recovers success message; Otherwise, confirm energy-conservation recovery failure, and carry out corresponding energy-conservation recovery failure repair process.
9. system according to claim 8 is characterized in that,
Said energy-conservation recovery performance element confirms that the condition of energy-conservation recovery failure is: send the energy-conservation recovery request of one or many, treat that energy-conservation recovery base station all replys energy-conservation recovery failed message or do not reply.
10. system according to claim 9 is characterized in that, before treating that energy-conservation recovery request is sent in energy-conservation recovery base station, said energy-conservation recovery trigger element is further used for:
Need to judge whether energy-conservation recovery; Said judgement needs the condition of energy-conservation recovery to comprise: when reaching preset thresholding with the traffic load that covers the adjacent area, arrive energy-conservation recovery preset value during energy-conservation timer expiry.
11. according to Claim 8 to 10 each described systems; It is characterized in that; After confirming energy-conservation recovery failure, when said energy-conservation recovery performance element carries out said energy-conservation recovery failure repair process, be used for: carry out corresponding energy-conservation recovery failure repair process according to different power save modes.
12. system according to claim 11 is characterized in that, said power save mode is distributed when energy-conservation, when said energy-conservation recovery performance element is carried out said energy-conservation recovery failure repair process, is used for:
To the webmaster report and alarm, require webmaster to treat energy-conservation recovery base station and carry out force revert.
13. system according to claim 12 is characterized in that, after the force revert success, webmaster is further used for notifying the energy-conservation merit that reverts to.
14. system according to claim 11 is characterized in that, said power save mode is centralized when energy-conservation, when said energy-conservation recovery performance element is carried out said energy-conservation recovery failure repair process, comprises manual reversion or recovers automatically; Wherein,
When said energy-conservation recovery performance element is carried out said manual reversion, be used for: report and alarm, wait for that the monitor staff manually carries out energy-conservation recovery failure and repairs; And prompt alarm recovers after the manual work reparation is accomplished;
When said energy-conservation recovery performance element is carried out said automatic recovery, be used for: detect energy-conservation recovery situation automatically, learn that directly carrying out energy-conservation recovery failure automatically after the energy-conservation recovery failure repairs; Perhaps, detect energy-conservation recovery failure back report and alarm, trigger self-healing system or correlation function module then and start corresponding self-healing processing procedure according to alarm.
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| CN2011100241269A CN102612050A (en) | 2011-01-21 | 2011-01-21 | Method and system for implementing energy-saving recovery failure protection |
| PCT/CN2012/070695 WO2012097752A1 (en) | 2011-01-21 | 2012-01-21 | Method and system for protecting against failure to resume from power saving mode |
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| CN2011100241269A CN102612050A (en) | 2011-01-21 | 2011-01-21 | Method and system for implementing energy-saving recovery failure protection |
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