CN105792248A - Cross-system dynamic power resource sharing method and device - Google Patents
Cross-system dynamic power resource sharing method and device Download PDFInfo
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- CN105792248A CN105792248A CN201410834854.XA CN201410834854A CN105792248A CN 105792248 A CN105792248 A CN 105792248A CN 201410834854 A CN201410834854 A CN 201410834854A CN 105792248 A CN105792248 A CN 105792248A
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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
- H04W52/04—TPC
- H04W52/30—TPC using constraints in the total amount of available transmission power
- H04W52/34—TPC management, i.e. sharing limited amount of power among users or channels or data types, e.g. cell loading
Abstract
The invention provides a cross-system dynamic power resource sharing method and device. The cross-system dynamic power resource sharing method comprises the following steps of: detecting the use condition of a carrier of a mobile communication system; if the carrier of the mobile communication system is a preset idle carrier, sharing the idle power resources of the mobile communication system to other mobile communication systems; and, if the carrier of the mobile communication system is a preset service carrier, recycling and configuring the power resources used by the mobile communication system. The problem that the power resources are wasted due to the fact that the idle power resources cannot be effectively utilized when the service load in the mobile communication system is relatively low in the prior art can be solved; the power resources are dynamically deployed among various systems; therefore, the utilization rate of RRU power resources can be sufficiently increased; and simultaneously, the capacity of a service load system can be increased.
Description
Technical field
The present invention relates to mobile communication technology field, particularly relate to method and the device of a kind of cross-mode dynamic power resource sharing.
Background technology
Currently for the carrier power distribution condition in each mobile communication system, the i.e. distribution of power under multi-standard multimode scene, employing is simplest strategy: the available horsepower of each standard is just allocated to RRU (RadioRemoteUnit Remote Radio Unit) after community has been set up.Such as, under GSM (global system for mobile communications) standard, the transmitting power of each carrier wave is fixing, once variable number is determined, the spendable general power of GSM is also fixed therewith.Under LTE (LongTermEvolution, Long Term Evolution) standard, the transmitting power of each passage is also fixing, and after channel number is determined, available total transmitting power of LTE is also determined therewith.When not revising parameter, the available horsepower of each standard will not change.
Therefore, in the prior art, when a certain standard traffic load is little or does not have business time, its corresponding power resource is just idle, and these idle power resources can not be deployed to other standards in time and use, so both cause power resource waste, also cannot be effectively improved the capacity of heavy load business standard.
Based on considerations above, when the total transmitting power of RRU is given, how fully to utilize power resource efficiently is a problem demanding prompt solution.
Summary of the invention
The invention provides a kind of method of cross-mode dynamic power resource sharing and device, solve in prior art when the idle power resource of the less existence of the traffic load in mobile communication system does not effectively utilize, cause the problem that power resource is wasted.
In order to solve the problems referred to above, the present invention by the following technical solutions:
A kind of method of cross-mode dynamic power resource-sharing, including:
The carrier wave service condition of detection mobile communication system；
If the carrier wave of described mobile communication system is for presetting idle carrier wave, then the power resource that described mobile communication system is idle is shared to other mobile communication system；
If the carrier wave of described mobile communication system is pre-set business carrier wave, then undertaken the power resource that described mobile communication system uses reclaiming configuration.
Further, the carrier wave service condition of described detection mobile communication system specifically includes: the carrier subscriber record case of detection mobile communication system or the carrier wave vacancy rate of detection mobile communication system；
Further, the carrier subscriber record case of detection mobile communication system specifically includes: if the user record detected on a carrier wave is sky, and exceed Preset Time, then described user record is that empty corresponding carrier wave is for presetting idle carrier wave；If detecting there is business request information in a carrier wave, and this carrier wave was default idle carrier wave in a upper moment, then this carrier wave is pre-set business carrier wave；
The carrier wave vacancy rate of detection mobile communication system specifically includes: if the carrier wave vacancy rate detected in described mobile communication system is higher than threshold value, then the carrier wave of described mobile communication system is for presetting idle carrier wave；If the carrier wave vacancy rate detected in described mobile communication system is lower than threshold value, then the carrier wave of described mobile communication system is pre-set business carrier wave.
A kind of method of cross-mode dynamic power resource-sharing, including:
Receive the power resource message of the carrier wave service condition about other mobile communication system；
Judge the situation of described power resource message；
If described power resource message is power resource shares message, then the power resource that described power resource shares message corresponding is configured on the carrier wave of mobile communication system；
If described power resource message is power resource reclaims request message, then stop the power resource sharing in mobile communication system, and to other mobile communication system feedback response message described.
Further, it is judged that the situation of described power resource message specifically includes: if described power resource message is the idle power value more than zero, then judge that described power resource message is that power resource shares message；If described power resource message is minus idle power value, then judge that described power resource message is that power resource reclaims request message.
Further, described power resource is shared power resource corresponding to message on the carrier wave of mobile communication system, carry out configuration specifically include: described power resource is shared power resource corresponding to message and is sequentially allocated on carrier wave corresponding to priority user from high to low according to the User Priority of described mobile communication system.
A kind of device of cross-mode dynamic power resource-sharing, including:
Carrier detection module, for detecting the carrier wave service condition of mobile communication system；
First carrier power management module, if the carrier wave for the detection of described carrier detection module is default idle carrier wave, then gives other mobile communication system by the idle power resource-sharing of described mobile communication system；
If the carrier wave of described carrier detection module detection is pre-set business carrier wave, then undertaken the power resource that described mobile communication system uses reclaiming configuration.
Further, described carrier detection module specifically includes:
Carrier subscriber detection sub-module, for detecting the carrier subscriber record case of described mobile communication system；
Carrier wave vacancy rate detection sub-module, for detecting the carrier wave vacancy rate of described mobile communication system.
A kind of device of cross-mode dynamic power resource-sharing, including:
Message reception module, for receiving the power resource message of the carrier wave service condition about other mobile communication system；
Judge module, for judging the situation of described power resource message；
Second carrier power management module, if judging that described power resource message is that power resource shares message for described judge module, then configures the power resource that described power resource shares message corresponding on the carrier wave of mobile communication system；
If described judge module judges that described power resource message is that power resource reclaims request message, then stop the power resource sharing in mobile communication system, and to other mobile communication system feedback response message described.
Further, described judge module specifically for: if described power resource message is the idle power value more than zero, then judge described power resource message be power resource share message；If described power resource message is minus idle power value, then judge that described power resource message is that power resource reclaims request message.
Further, described power resource is shared power resource corresponding to message to be allocated specifically including on the carrier wave of mobile communication system: described power resource is shared power resource corresponding to message and is sequentially allocated on carrier wave corresponding to priority user from high to low according to the User Priority of described mobile communication system.
The invention provides method and device that a kind of cross-mode dynamic power is shared, by detecting the carrier wave service condition in mobile communication system, judge whether mobile communication system can carry out sharing or needing to ask regenerative power resource to carry out redistributing of power resource to other mobile communication system of power resource.This method is by introducing the concept that (cross-mode) power resource between mobile communication system is shared, under premise less than RRU maximum transmission power of total transmitting power of mobile communication system carrier wave, traffic load situation according to each standard, power resource is carried out between each standard dynamic adaptation, can not only fully improve the utilization rate of RRU power resource, the capacity of traffic load standard can be increased simultaneously.
Accompanying drawing explanation
The flow chart of the cross-mode dynamic power resource sharing method that Fig. 1 provides for the embodiment of the present invention one；
The flow chart of the cross-mode dynamic power resource sharing method that Fig. 2 provides for the embodiment of the present invention two；
The particular flow sheet of the method for the cross-mode dynamic power resource sharing between two systems of GSM and LTE that Fig. 3 provides for the embodiment of the present invention three；
The structural representation of the cross-mode dynamic power resource sharing device that Fig. 4 provides for the embodiment of the present invention four；
The structural representation of the cross-mode dynamic power resource sharing device that Fig. 5 provides for the embodiment of the present invention five.
Detailed description of the invention
The present invention is described in further detail in conjunction with accompanying drawing below by detailed description of the invention.
Being illustrated in figure 1 the flow chart of the method for the cross-mode dynamic power resource sharing that the embodiment of the present invention one provides, refer to Fig. 1, the method includes:
S101: the carrier wave service condition of detection mobile communication system.Specifically, the carrier subscriber record case detecting described mobile communication system or the carrier wave vacancy rate situation detecting described mobile communication system；Such as, in gsm system, it is detect its carrier wave service condition by detecting the carrier subscriber record case of this system, particularly as follows: each carrier wave in mobile communication system sets up a user record, for recording the user on carrier wave carried TCH (Traffic Channel) channel；Often increase or reduce by a user, safeguarding once record.Namely the user record of each carrier wave in system is carried out the detection that the carrier wave of mobile communication system is carried out by detection exactly；And in LTE system, be the service condition detecting its carrier wave by detecting the carrier wave vacancy rate situation of system, particularly as follows: the sub-carrier resources information currently used in detection system；The total available subcarrier resource information that can provide further according to system itself calculates the carrier wave vacancy rate obtained in current system；The service condition of corresponding its carrier wave of detection can be carried out for other mobile systems according to the feature of himself carrier wave, be not repeated at this.
S102: whether the carrier wave judging described mobile communication system according to testing result is preset idle carrier wave；If so, S103 is then turned；If it is not, then turn S104.The described carrier wave that leaves unused of presetting may include that the carrier wave etc. in the system that idle carrier wave, carrier wave utilization rate are relatively low；Such as, in gsm system, the carrier subscriber record case according to the detection gsm system in step S101, if the user record detected on a carrier wave is sky, and exceed Preset Time, then judge that described user record is that empty corresponding carrier wave is as presetting idle carrier wave.If particularly as follows: the user record of certain carrier wave is empty time overtime thresholding T, then this carrier wave of labelling is for presetting idle carrier wave, and is carried out lower electric treatment；In LTE system, the carrier wave vacancy rate situation according to the detection LTE system in step S101, if the carrier wave vacancy rate detected in this system is higher than threshold value, then judge that the carrier wave of this system is as presetting idle carrier wave；If particularly as follows: the carrier wave vacancy rate of current inspection systems is higher than threshold value, then the carrier wave transmitting power in system being limited, to facilitate its idle power resource externally to share.
S103: power resource idle for described mobile communication system shared to other mobile communication system.Specifically include: power resource is shared message and is transmitted to other mobile communication system described；Or, to external server transmit power message related to resources；Described power resource message is pass on to other mobile communication system described again by described external server.In the present embodiment, described power resource message can be the idle power value more than zero or tell the situation of its power non-zero to other mobile communication system according to default binary rules；In the present embodiment, after described power resource message is sent to described external server, the power resource that described mobile communication system is idle can be preserved by described external server, so, and can be convenient when power resource is configured to other mobile terminals.
S104: whether the carrier wave judging described mobile communication system is pre-set business carrier wave；If so, S105 is then turned；If it is not, then turn S101.Described pre-set business carrier wave specifically includes: be converted into the carrier wave of traffic carrier by idle carrier wave, or, there is carrier wave vacancy rate height to be converted into the carrier wave etc. that carrier wave vacancy rate is low；Specifically, the carrier subscriber record case in detection gsm system in corresponding step S101, if there is business request information in a carrier wave, and this carrier wave was default idle carrier wave in a upper moment, then judge that this carrier wave is as being converted into traffic carrier by idle carrier wave, it is described pre-set business carrier wave, then now needs to be sent out power resource and reclaim request message；The carrier wave vacancy rate situation of the detection LTE system in corresponding step S101, if detecting, the carrier wave vacancy rate of described LTE system is lower than threshold value, and in a upper moment, the carrier wave vacancy rate of described LTE system is higher than described threshold value, then now the carrier wave of this system is pre-set business carrier wave, it is necessary to cancel the restriction of its carrier wave transmitting power.
S105: the power resource described mobile communication system used carries out reclaiming configuration.Specifically include: power resource is reclaimed request message and externally sends, and after receiving response message, the power resource described mobile communication system used carries out reclaiming configuration.Described power resource recovery request message externally transmission specifically includes: described power resource directly reclaims request message and is transmitted to other mobile communication system of this power resource shared；Or, send described power resource to external server and reclaim request message, then by described external server, described power resource recovery request message is pass on to other mobile communication system sharing this power resource.In the present embodiment, described power resource reclaims and asks message to be minus idle power value or tell situation available for its power zero to the mobile communication system sharing its carrier power resource according to default binary rules；The described power resource that this mobile communication system is used carry out reclaim configuration specifically include: the power resource of carrier wave in mobile communication system is reconfigured, recover its properly functioning time power rating.
Being illustrated in figure 2 the flow chart of the method for the cross-mode dynamic power resource sharing that the embodiment of the present invention two provides, refer to Fig. 2, the method includes:
S201: receive the power resource message of the carrier wave about other mobile communication system.Specifically include: receive the power resource message of the carrier wave about other mobile communication system that external server forwards；Or, receive the power resource message about its carrier case that outside mobile communication system sends.Described power resource message specifically includes: power resource shares message or power resource reclaims request message.
S202: judge whether described power resource message is that power resource shares message, if so, then turns S203；If it is not, then turn S204.For example, it is possible to by judging whether described power resource message is the idle power value more than zero, then judge that described power resource message is that power resource shares message.
S203: power resource corresponding for described power resource message is configured on the carrier wave of mobile communication system.Specifically include: power resource corresponding for described power resource message is sequentially allocated on carrier wave corresponding to priority user from high to low according to the User Priority of described mobile communication system.Such as, in LTE system, after receiving described power resource message, each time slot scheduling is filtered out from the user having business the carrier wave using QPSK (QuadraturePhaseShiftKeying QPSK), according to certain priority, when less than upper limit of emission power, increase the transmitting power of carrier wave corresponding to each user successively, in such manner, it is possible to the communication capacity of user is strengthened, and its communication efficiency is improved.
S204: judge whether described power resource message is that power resource reclaims request message, if so, then turns S205；If it is not, then terminate.For example, it is possible to by judging whether described power resource message is minus idle power value, then judge that described power resource message is that power resource reclaims request message.
S205: stop the power resource sharing in mobile communication system, and to other mobile communication system feedback response message described.Specifically include to other mobile communication system feedback response message described: to outside server feedback response message, described response message is pass on to other mobile communication system described for external server；Or, directly to other mobile communication system feedback response message described, so, after other mobile communication system receive this response message, just can recover the transmit power of its corresponding carrier wave rapidly.
As shown in Figure 3, the particular flow sheet of method for the cross-mode dynamic power resource sharing between two systems of GSM and LTE that the embodiment of the present invention three provides, in the present embodiment, gsm system is as the system that there is idle power resource, LTE system shares power resource as receiving, and shared power resource carries out the system configured in its system；Detailed process includes:
Corresponding carriers, when available free carrier wave being detected, can be carried out lower electric treatment by S301:GSM, reclaims idle power resource.We analyze GSM channel can be divided into control channel and the big class of TCH channel two, and wherein, TCH channel is to be supplied to user specially to do voice and 2G data service transmission, and TCH channel can flexible configuration to difference GSM carrier waves.So in voice and 2G data service less time period, having some carrier waves idle, therefore, when the carrier wave carrying out GSM detects, if finding idle carrier wave, then the power resource on this free time carrier wave can be utilized.
S302:GSM is by the message informing LTE of the idle power resource of its recovery.
Described idle power resource is re-started configuration by S303:LTE.As such, it is possible to increase the available horsepower of LTE.In LTE system, the modulation system of LTE is divided into 64QAM (QuadratureAmplitudeModulation, phase quadrature amplitude modulation), 16QAM (QuadratureAmplitudeModulation quadrature amplitude modulation) and QPSK.Wherein, 64QAM and 16QAM mode all refers to amplitude modulation(PAM), and amplitude is meaned can not at will increase transmitting power by modulation, and planisphere can be caused to distort, and causes that terminal cannot correctly demodulate.And QPSK mode belongs to phase-modulation, to amplitude insensitive, say, that transmitting power can be increased.So, GSM the power shared just can apply in QPSK modulation system, can load in demodulation reference mark and service symbol simultaneously simultaneously, reaches to improve signal quality, increases the purpose of LTE cell system capacity.
S304: when GSM has detected subscriber access system, it is necessary to idle carrier wave is powered on, then then needed the power resource shared to regain request message informing LTE before described idle carrier wave is powered on.
The power resource of shared portion is returned to GSM by S305:LTE, and sends response message to GSM, and LTE to stop the use of this power resource shared simultaneously, to avoid RRU power overload.
As shown in Figure 4, the structural representation of device for the cross-mode dynamic power resource sharing that the embodiment of the present invention four provides, the device 40 of described cross-mode dynamic power resource-sharing includes: carrier detection module 401 and first carrier power management module 402, and described carrier detection module 401 is for detecting the carrier wave service condition of mobile communication system；Described first carrier power management module 402, if the carrier wave for the detection of described carrier detection module 401 is default idle carrier wave, then gives other mobile communication system by the idle power resource-sharing of described mobile communication system；Specifically include: power resource message is transmitted to other mobile communication system described；Or, send described power resource message to external server；Described power resource message is pass on to other mobile communication system described again by described external server.If the carrier wave of described carrier detection module 401 detection is pre-set business carrier wave, then undertaken the power resource that described mobile communication system uses reclaiming configuration.Described power resource recovery request message externally transmission specifically includes: power resource reclaims request message and is transmitted to other mobile communication system sharing this power resource；Or, ask message to external server transmit power resource reclaim, then by described external server, described power resource recovery request message pass on to other mobile communication system sharing this power resource.The device 40 of described cross-mode dynamic power resource-sharing is generally located in the mobile communication system being capable of dynamically being shared by the power resource of its idle carrier wave, such as GSM etc..
In the present embodiment, described carrier detection module 401 specifically includes: carrier subscriber detection sub-module, for detecting the carrier subscriber record case of described mobile communication system；Carrier wave vacancy rate detection sub-module, for detecting the carrier wave vacancy rate of described mobile communication system.If described carrier subscriber detection sub-module is sky specifically for the user record on a carrier wave being detected, and exceedes Preset Time, then described user record is that empty corresponding carrier wave is for presetting idle carrier wave；If detecting there is business request information in a carrier wave, and this carrier wave was default idle carrier wave in a upper moment, then this carrier wave is pre-set business carrier wave；If described carrier wave vacancy rate detection sub-module is specifically for detecting that the carrier wave vacancy rate in described mobile communication system is higher than threshold value, then the carrier wave of described mobile communication system is for presetting idle carrier wave；If the carrier wave vacancy rate detected in described mobile communication system is lower than threshold value, then the carrier wave of described mobile communication system is pre-set business carrier wave.
As shown in Figure 5, the structural representation of device for the cross-mode dynamic power resource sharing that the embodiment of the present invention five provides, the device 50 of described cross-mode dynamic power resource sharing includes: message reception module 501, for receiving the power resource message of the carrier wave about other mobile communication system；Specifically include: receive the power resource message of the carrier wave about other mobile communication system that external server forwards；Or, receive the power resource message about its carrier wave service condition that other mobile communication system send.Judge module 502, for judging the situation of described power resource message；Second carrier power management module 503, if judging that described power resource message is that power resource shares message for described judge module 502, then configures power resource corresponding for described power resource message on the carrier wave of mobile communication system；Or, if described judge module 502 judges that described power resource message is that power resource reclaims request message, then the power resource shared in mobile communication system is stopped shared, and to other mobile communication system feedback response message described.Specifically include to other mobile communication system feedback response message described: to outside server feedback response message, described response message is pass on to other mobile communication system described for external server；Or, directly to other mobile communication system feedback response message described.The device 50 of described cross-mode dynamic power resource-sharing arranges in the mobile communication system being typically in being capable of that the idle power resource of outside mobile communication system is reconfigured, such as LTE, CDMA (CDMA).
In the present embodiment, described judge module 502 specifically for: if described power resource message is the idle power value more than zero, then judge described power resource message be power resource share message；If described power resource message is minus idle power value, then judge that described power resource message is that power resource reclaims request message.
In an embodiment of the present embodiment, it is allocated specifically including on the carrier wave of mobile communication system by power resource corresponding for described power resource message: be sequentially allocated on carrier wave corresponding to priority user from high to low according to the User Priority of described mobile communication system by power resource corresponding for described power resource message.
The invention provides a kind of method of cross-mode dynamic power resource sharing and device, by introducing the concept of cross-mode power resource resource-sharing, under premise less than RRU maximum transmission power of total transmitting power of carrier wave of mobile communication system, traffic load situation according to each standard, power resource is carried out between each standard dynamic adaptation, improve the utilization rate of RRU power resource, and increase the capacity of traffic load standard.
Above content is in conjunction with specific embodiment further description made for the present invention, it is impossible to assert that specific embodiment of the invention is confined to these explanations.For general technical staff of the technical field of the invention, without departing from the inventive concept of the premise, it is also possible to make some simple deduction or replace, protection scope of the present invention all should be considered as belonging to.
Claims (10)
1. the method for a cross-mode dynamic power resource-sharing, it is characterised in that including:
The carrier wave service condition of detection mobile communication system；
If the carrier wave of described mobile communication system is for presetting idle carrier wave, then the power resource that described mobile communication system is idle is shared to other mobile communication system；
If the carrier wave of described mobile communication system is pre-set business carrier wave, then undertaken the power resource that described mobile communication system uses reclaiming configuration.
2. the method for cross-mode dynamic power resource-sharing according to claim 1, it is characterized in that, the carrier wave service condition of described detection mobile communication system specifically includes: the carrier subscriber record case of detection mobile communication system or the carrier wave vacancy rate of detection mobile communication system.
3. the method for cross-mode dynamic power resource-sharing according to claim 2, it is characterized in that, the carrier subscriber record case of detection mobile communication system specifically includes: if the user record detected on a carrier wave is sky, and exceeding Preset Time, then described user record is that empty corresponding carrier wave is for presetting idle carrier wave；If detecting there is business request information in a carrier wave, and this carrier wave was default idle carrier wave in a upper moment, then this carrier wave is pre-set business carrier wave；
The carrier wave vacancy rate of detection mobile communication system specifically includes: if the carrier wave vacancy rate detected in described mobile communication system is higher than threshold value, then the carrier wave of described mobile communication system is for presetting idle carrier wave；If the carrier wave vacancy rate detected in described mobile communication system is lower than threshold value, then the carrier wave of described mobile communication system is pre-set business carrier wave.
4. the method for a cross-mode dynamic power resource-sharing, it is characterised in that including:
Receive the power resource message of the carrier wave service condition about other mobile communication system；
Judge the situation of described power resource message；
If described power resource message is power resource shares message, then the power resource that described power resource shares message corresponding is configured on the carrier wave of mobile communication system；
If it is that power resource reclaims request message that described power resource shares message, then stop the power resource sharing in mobile communication system, and to other mobile communication system feedback response message described.
5. the method for mechanism according to claim 4 formula dynamic power resource-sharing, it is characterized in that, judge that the situation of described power resource message specifically includes: if described power resource message is the idle power value more than zero, then judge that described power resource message is that power resource shares message；If described power resource message is minus idle power value, then judge that described power resource message is that power resource message reclaims request message.
6. the method for the machine-processed formula dynamic power resource-sharing according to claim 4 or 5, it is characterized in that, power resource corresponding for described power resource message is carried out configuration on the carrier wave of mobile communication system and specifically includes: power resource corresponding for described power resource message is sequentially allocated on carrier wave corresponding to priority user from high to low according to the User Priority of described mobile communication system.
7. the device of a cross-mode dynamic power resource-sharing, it is characterised in that including:
Carrier detection module, for detecting the carrier wave service condition of mobile communication system；
First carrier power management module, if the carrier wave for the detection of described carrier detection module is default idle carrier wave, then gives other mobile communication system by the idle power resource-sharing of described mobile communication system；
If the carrier wave of described carrier detection module detection is pre-set business carrier wave, then undertaken the power resource that described mobile communication system uses reclaiming configuration.
8. the device of cross-mode dynamic power resource-sharing according to claim 7, it is characterised in that described carrier detection module specifically includes:
Carrier subscriber detection sub-module, for detecting the carrier subscriber record case of described mobile communication system；
Carrier wave vacancy rate detection sub-module, for detecting the carrier wave vacancy rate of described mobile communication system.
9. the device of a cross-mode dynamic power resource-sharing, it is characterised in that including:
Message reception module, for receiving the power resource message of the carrier wave service condition about other mobile communication system；
Judge module, for the situation of the power resource message that described message reception module receives；
Second carrier power management module, if judging that described power resource message is that power resource shares message for described judge module, then configures the power resource that described power resource shares message corresponding on the carrier wave of mobile communication system；
If described judge module judges that described power resource message is that power resource reclaims request message, then stop the power resource sharing in mobile communication system, and to other mobile communication system feedback response message described.
10. the device of cross-mode dynamic power resource-sharing according to claim 9, it is characterized in that, described judge module specifically for: if described power resource message is the idle power value more than zero, then judge described power resource message be power resource share message；If described power resource message is minus idle power value, then judge that described power resource message is that power resource reclaims request message.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201410834854.XA CN105792248A (en) | 2014-12-26 | 2014-12-26 | Cross-system dynamic power resource sharing method and device |
| PCT/CN2015/087686 WO2016101637A1 (en) | 2014-12-26 | 2015-08-20 | Cross-system dynamic power resource sharing method and apparatus |
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| CN201410834854.XA CN105792248A (en) | 2014-12-26 | 2014-12-26 | Cross-system dynamic power resource sharing method and device |
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| CN105792248A true CN105792248A (en) | 2016-07-20 |
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| CN114248657A (en) * | 2021-12-14 | 2022-03-29 | 浙江智充电力科技有限公司 | Charging pile power dynamic regulation system and method based on field bus |
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| CN110740453A (en) * | 2018-07-20 | 2020-01-31 | 中兴通讯股份有限公司 | carrier sharing method, device and system |
| CN114248657A (en) * | 2021-12-14 | 2022-03-29 | 浙江智充电力科技有限公司 | Charging pile power dynamic regulation system and method based on field bus |
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| WO2016101637A1 (en) | 2016-06-30 |
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