CN105745974B - A kind of uplink optimization method and device - Google Patents

A kind of uplink optimization method and device Download PDF

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Publication number
CN105745974B
CN105745974B CN201480028751.2A CN201480028751A CN105745974B CN 105745974 B CN105745974 B CN 105745974B CN 201480028751 A CN201480028751 A CN 201480028751A CN 105745974 B CN105745974 B CN 105745974B
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uplink
grade
quality
package
preset
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CN105745974A (en
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魏孔刚
邓宇
张明
万江
宋治赣
刘雪亮
王进
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Huawei Technologies Co Ltd
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Huawei Technologies Co Ltd
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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
    • H04W52/06—TPC algorithms
    • H04W52/12—Outer and inner loops
    • 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
    • H04W52/06—TPC algorithms
    • H04W52/14—Separate analysis of uplink or downlink

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  • Engineering & Computer Science (AREA)
  • Computer Networks & Wireless Communication (AREA)
  • Signal Processing (AREA)
  • Mobile Radio Communication Systems (AREA)

Abstract

The embodiment of the invention provides a kind of uplink link optimization method and devices, the method comprise the steps that obtaining the network signal quality of serving cell；Judge whether the network signal quality of the serving cell is lower than prerequisite；When the network signal quality of the serving cell is lower than the prerequisite, stop carrying out Internet protocol package to uplink.The embodiment of the present invention is for reducing power wastage.

Description

A kind of uplink optimization method and device
Technical field
The present invention relates to the communications field, in particular to a kind of uplink optimization method and device.
Background technique
With the development of network communication technology, network topology structure is widely used in network topology.In 3G (The 3rd Generation Telecommunication, 3rd generation mobile communication technology) or 4G (The 4th Generation Telecommunication, fourth generation mobile communication technology) in network, radio frequency dead angle, height as caused by network topology structure The factors such as aberration rate signal, interference signal form the special screne in the strong area of feeble field.Special screne in the strong area of this kind of feeble field Under, serving cell network signal quality is poor and unstable.
Situation Modem (Modulator and Demodulator, modem) poor in network signal quality Under, user often will appear webpage and do not open when browsing webpage or carrying out data service, and user retries repeatedly refreshes webpage but It is all often futile scene.
It is this constantly retry in the case where, Modem is always under high transmitting power, has seriously affected the electricity of Modem Amount consumption, causes power wastage.
Summary of the invention
The embodiment of the invention provides a kind of uplink optimization method and devices, for reducing power wastage.
The first aspect of the embodiment of the present invention provides a kind of uplink optimization method, comprising:
Obtain the network signal quality of serving cell；
Judge whether the network signal quality of the serving cell is lower than prerequisite；
When the network signal quality of the serving cell is lower than the prerequisite, stopping interconnects uplink FidonetFido package.
In conjunction with the embodiment of the present invention in a first aspect, the first implementation of the first aspect in the embodiment of the present invention In, the network signal quality for obtaining serving cell specifically includes:
The data information of protocol stack is obtained, the protocol stack includes physical layer, wireless chain control layer, wireless heterogeneous networks Layer and application layer.
In conjunction with the first implementation of the first aspect of the embodiment of the present invention, in the first aspect of the embodiment of the present invention In second of implementation,
The data information for obtaining physical layer specifically includes:
Obtain the serving cell in uplink transmission power value and each discontinuous receiving cycle when data are sent Reference Signal Received Power and Reference Signal Received Quality；
The data information for obtaining wireless chain control layer specifically includes:
It obtains data packet retransmission rate and enhancing transformat combination indicates that transport block size, the data packet retransmission rate include Mixed automatic retransfer retransmission rate and AM data are read really accords with success rate；
The data information for obtaining radio resource control layer specifically includes:
Obtain wireless heterogeneous networks connection status；
The data information for obtaining application layer specifically includes:
Acquisition application layer Internet protocol packet is read really accords with success rate.
In conjunction with the first implementation of the first aspect of the embodiment of the present invention, in the first aspect of the embodiment of the present invention In the third implementation, when the serving cell is replaced, the data information of the protocol stack of acquisition is removed, is laid equal stress on The data information of the new protocol stack for obtaining new demand servicing cell.
In conjunction with second of implementation of the first aspect of the embodiment of the present invention, in the first aspect of the embodiment of the present invention In 4th kind of implementation, whether the network signal quality for judging the serving cell specifically includes lower than prerequisite:
It calculates the uplink transmission power value and enhancing transformat combination instruction transport block size obtains uplink The grade of road quality；
Calculate the AM data read really accord with success rate, the application layer Internet protocol packet reads really and accords with success Rate and the mixed automatic retransfer retransmission rate obtain the grade of package processing capability；
The net of the serving cell is judged according to the grade of the grade of the uplink quality and the package processing capability Whether network signal quality is lower than the prerequisite.
In conjunction with the 4th kind of implementation of the first aspect of the embodiment of the present invention, in the first aspect of the embodiment of the present invention It is described according to the judgement of the grade of the grade of the uplink quality and the package processing capability in 5th kind of implementation Whether the network signal quality of serving cell, which is lower than the prerequisite, specifically includes:
Judge whether the grade of the uplink quality is lower than the first preset level；
Judge whether the grade of the package processing capability is lower than the second preset level；
If the grade of the uplink quality is low lower than the grade of first preset level and the package processing capability In second preset level, it is determined that the network signal quality of the serving cell is lower than the prerequisite.
In conjunction with the 5th kind of implementation of the first aspect of the embodiment of the present invention, in the first aspect of the embodiment of the present invention It is described when the network signal quality of the serving cell is lower than the prerequisite in 6th kind of implementation, stop to upper Line link carries out Internet protocol package and specifically includes:
When the grade of the uplink quality is lower than lower than first preset level, the grade of the package processing capability When second preset level and the wireless heterogeneous networks connection status are in connected state, stop to the uplink into Row Internet protocol package.
In conjunction with the 6th kind of implementation of the first aspect of the embodiment of the present invention, in the first aspect of the embodiment of the present invention It is described to stop specifically including uplink progress Internet protocol package in 7th kind of implementation:
Stop carrying out the uplink Internet protocol package, it is described to stop carrying out internet to the uplink When a length of first preset time of agreement package；
If the grade of the uplink quality is higher than first preset level, institute in first preset time State package processing capability grade be higher than second preset level, the Reference Signal Received Power be higher than the first preset value and The Reference Signal Received Quality is higher than the second preset value, then restores to carry out Internet protocol package to the uplink.
In conjunction with the 7th kind of implementation of the first aspect of the embodiment of the present invention, in the first aspect of the embodiment of the present invention In 8th kind of implementation,
If the grade of the uplink quality is lower than first preset level and institute after first preset time The grade of package processing capability is stated lower than second preset level, then stops carrying out Internet protocol envelope to the uplink Packet, and cuts off radio resource control link, sets idle state for the radio resource control link, described to stop on described Line link carries out when a length of second preset time of Internet protocol package；
If the grade of the uplink quality is higher than first preset level, institute in second preset time State package processing capability grade be higher than second preset level, the Reference Signal Received Power be higher than the first preset value and The Reference Signal Received Quality is higher than the second preset value, then restores to carry out Internet protocol package to the uplink.
In conjunction with the 8th kind of implementation of the first aspect of the embodiment of the present invention, in the first aspect of the embodiment of the present invention In 9th kind of implementation,
If the grade of the uplink quality is lower than first preset level and institute after second preset time The grade of package processing capability is stated lower than second preset level, then stops carrying out Internet protocol envelope to the uplink Packet, and packet data protocol deactivating operation is initiated, data service is closed, it is described to stop carrying out internet to the uplink The when a length of third preset time of agreement package；
If the grade of the uplink quality is higher than first preset level, institute in the third preset time State package processing capability grade be higher than second preset level, the Reference Signal Received Power be higher than the first preset value and The Reference Signal Received Quality is higher than the second preset value, then restores to carry out Internet protocol package to the uplink.
The second aspect of the embodiment of the present invention provides a kind of uplink optimization device, comprising:
Module is obtained, for obtaining the network signal quality of serving cell；
Judgment module, for judging it is pre- whether the network signal quality for obtaining the serving cell that module is got is lower than Set condition；
Execution module, for stopping to upper when the network signal quality of the serving cell is lower than the prerequisite Line link carries out Internet protocol package.
In conjunction with the second aspect of the embodiment of the present invention, in the first implementation of the second aspect of the embodiment of the present invention In, the module that obtains is specifically used for obtaining the data information of protocol stack, and the protocol stack includes physical layer, wireless spread-spectrum technology Layer, radio resource control layer and application layer.
In conjunction with the first implementation of the second aspect of the embodiment of the present invention, in the second aspect of the embodiment of the present invention In second of implementation, the acquisition module specifically include first acquisition unit, second acquisition unit, third acquiring unit, 4th acquiring unit；
The first acquisition unit is used to obtain uplink transmission power value when data in the physical layer are sent and every The Reference Signal Received Power and Reference Signal Received Quality of the serving cell in a discontinuous receiving cycle；
The second acquisition unit is for obtaining data packet retransmission rate and enhancing transmission lattice in the wireless chain control layer Formula combination instruction transport block size, the data packet retransmission rate includes that mixed automatic retransfer retransmission rate and AM data are read really Accord with success rate；
The third acquiring unit is for obtaining wireless heterogeneous networks connection status in the radio resource control layer；
4th acquiring unit, which is used to obtain Internet protocol packet in the application layer to read really, accords with success rate.
In conjunction with the first implementation of the second aspect of the embodiment of the present invention, in the second aspect of the embodiment of the present invention In the third implementation, described device further include:
Dump block, for when the serving cell is replaced, removing the agreement for obtaining module and obtaining The data information of stack, so that the data information for obtaining module and reacquiring the protocol stack of new demand servicing cell.
In conjunction with second of implementation of the second aspect of the embodiment of the present invention, in the second aspect of the embodiment of the present invention In 4th kind of implementation, the judgment module is specifically included:
First computing unit, for calculating the uplink transmission power value and enhancing transformat combination instruction transmission Block size obtains the grade of uplink quality；
Second computing unit reads really for calculating the AM data and accords with success rate, the application layer internet protocol View packet is read really accords with success rate and the mixed automatic retransfer retransmission rate obtains the grade of package processing capability；
Judging unit, the grade of the uplink quality for being calculated according to first computing unit and described The grade for the package processing capability that two computing units are calculated judges whether the network signal quality of the serving cell is lower than institute State prerequisite.
In conjunction with the 4th kind of implementation of the second aspect of the embodiment of the present invention, in the second aspect of the embodiment of the present invention In 5th kind of implementation, the judging unit is specifically included:
First judgment sub-unit, for judging that the grade of uplink quality that first computing unit is calculated is It is no to be lower than the first preset level；
Second judgment sub-unit, for judge package processing capability that second computing unit is calculated grade whether Lower than the second preset level；
Subelement is determined, for determining the grade of the uplink quality lower than described in first judgment sub-unit First preset level and second judgment sub-unit determine the grade of the package processing capability lower than second preset level Afterwards, determine the network signal quality of the serving cell lower than the prerequisite.
In conjunction with the 5th kind of implementation of the second aspect of the embodiment of the present invention, in the second aspect of the embodiment of the present invention In 6th kind of implementation, the execution module is specifically used for when the grade of the uplink quality is preset lower than described first Grade, the grade of the package processing capability are in lower than second preset level and the wireless heterogeneous networks connection status When connected state, stop carrying out Internet protocol package to the uplink.
In conjunction with the 6th kind of implementation of the second aspect of the embodiment of the present invention, in the second aspect of the embodiment of the present invention In 7th kind of implementation, the execution module is specifically included:
First execution unit is lower than first preset level, the packet for the grade when the uplink quality When the grade of processing capacity is in connected state lower than second preset level and the wireless heterogeneous networks connection status, stop Internet protocol package only is carried out to the uplink, it is described to stop carrying out Internet protocol package to the uplink The first preset time of Shi Changwei；
First repairs unit, in first preset time, the grade of the uplink quality to be higher than described First preset level, the grade of the package processing capability are higher than second preset level, Reference Signal Received Power height When the first preset value and the Reference Signal Received Quality are higher than the second preset value, restore to carry out the uplink mutual Networking protocol package.
In conjunction with the 7th kind of implementation of the second aspect of the embodiment of the present invention, in the second aspect of the embodiment of the present invention In 8th kind of implementation, the execution module further include:
Second execution unit, for after first preset time, the grade of the uplink quality to be lower than described The grade of first preset level and the package processing capability be lower than second preset level when, stop to the uplink into Row Internet protocol package, and radio resource control link is cut off, idle state, institute are set by the radio resource control link State when a length of second preset time for stopping that Internet protocol package is carried out to the uplink；
Second repairs unit, in second preset time, the grade of the uplink quality to be higher than described First preset level, the grade of the package processing capability are higher than second preset level, Reference Signal Received Power height When the first preset value and the Reference Signal Received Quality are higher than the second preset value, restore to carry out the uplink mutual Networking protocol package.
In conjunction with the 8th kind of implementation of the second aspect of the embodiment of the present invention, in the second aspect of the embodiment of the present invention In 9th kind of implementation, the execution module further include:
Third execution unit, for after second preset time, the grade of the uplink quality to be lower than described The grade of first preset level and the package processing capability be lower than second preset level when, stop to the uplink into Row Internet protocol package, and packet data protocol deactivating operation is initiated, data service is closed, the stopping is to the uplink Link carries out the when a length of third preset time of Internet protocol package；
Third repairs unit, in the third preset time, the grade of the uplink quality to be higher than described First preset level, the grade of the package processing capability are higher than second preset level, Reference Signal Received Power height When the first preset value and the Reference Signal Received Quality are higher than the second preset value, restore to carry out the uplink mutual Networking protocol package.
The third aspect of the embodiment of the present invention provides a kind of uplink optimization device, comprising: receiver, transmitter, Processor and memory；The processor is used for:
Obtain the network signal quality of serving cell；
Judge whether the network signal quality of the serving cell is lower than prerequisite；
When the network signal quality of the serving cell is lower than the prerequisite, stopping interconnects uplink FidonetFido package.
In conjunction with the third aspect of the embodiment of the present invention, in the first implementation of the third aspect of the embodiment of the present invention In, the processor is specifically used for obtaining the data information of protocol stack, and the protocol stack includes physical layer, wireless spread-spectrum technology Layer, radio resource control layer and application layer.
In conjunction with the first implementation of the third aspect of the embodiment of the present invention, in the third aspect of the embodiment of the present invention In second of implementation, the processor is specifically used for:
It obtains in uplink transmission power value and each discontinuous receiving cycle when data are sent in the physical layer State the Reference Signal Received Power and Reference Signal Received Quality of serving cell；
Data packet retransmission rate and enhancing transformat combination instruction transport block size in the wireless chain control layer are obtained, The data packet retransmission rate includes that mixed automatic retransfer retransmission rate and AM data read really and accord with success rate；
Obtain wireless heterogeneous networks connection status in the radio resource control layer；
It obtains Internet protocol packet in the application layer and reads really and accord with success rate.
In conjunction with the first implementation of the third aspect of the embodiment of the present invention, in the third aspect of the embodiment of the present invention In the third implementation, the processor is also used to when the serving cell is replaced, and is removed the acquisition module and is obtained The data information of the protocol stack taken, and reacquire the data information of the protocol stack of new demand servicing cell.
In conjunction with second of implementation of the third aspect of the embodiment of the present invention, in the third aspect of the embodiment of the present invention In 4th kind of implementation, the processor is specifically used for:
It calculates the uplink transmission power value and enhancing transformat combination instruction transport block size obtains uplink The grade of road quality；
Calculate the AM data read really accord with success rate, the application layer Internet protocol packet reads really and accords with success Rate and the mixed automatic retransfer retransmission rate obtain the grade of package processing capability；
The net of the serving cell is judged according to the grade of the grade of the uplink quality and the package processing capability Whether network signal quality is lower than the prerequisite.
In conjunction with the 4th kind of implementation of the third aspect of the embodiment of the present invention, in the third aspect of the embodiment of the present invention In 5th kind of implementation, the processor is specifically used for:
Judge whether the grade of the uplink quality is lower than the first preset level；
Judge whether the grade of the package processing capability is lower than the second preset level；
The grade for determining the uplink quality lower than first preset level and the package processing capability etc. Grade is lower than the prerequisite lower than the network signal quality for after second preset level, determining the serving cell.
In conjunction with the 5th kind of implementation of the third aspect of the embodiment of the present invention, in the third aspect of the embodiment of the present invention In 6th kind of implementation, the processor is specifically used for:
When the grade of the uplink quality is lower than lower than first preset level, the grade of the package processing capability When second preset level and the wireless heterogeneous networks connection status are in connected state, stop to the uplink into Row Internet protocol package.
In conjunction with the 6th kind of implementation of the third aspect of the embodiment of the present invention, in the third aspect of the embodiment of the present invention In 7th kind of implementation, the processor is specifically used for:
When the grade of the uplink quality is lower than lower than first preset level, the grade of the package processing capability When second preset level and the wireless heterogeneous networks connection status are in connected state, stop to the uplink into Row Internet protocol package, it is described stop to the uplink carry out Internet protocol package when it is a length of first it is preset when Between；
In first preset time, the grade of the uplink quality is higher than first preset level, described The grade of package processing capability is higher than second preset level, the Reference Signal Received Power is higher than the first preset value and institute When stating Reference Signal Received Quality higher than the second preset value, restore to carry out Internet protocol package to the uplink.
In conjunction with the 7th kind of implementation of the third aspect of the embodiment of the present invention, in the third aspect of the embodiment of the present invention In 8th kind of implementation, the processor is also used to:
After first preset time, the grade of the uplink quality is lower than first preset level and described When the grade of package processing capability is lower than second preset level, stop carrying out Internet protocol package to the uplink, And radio resource control link is cut off, idle state is set by the radio resource control link, the stopping is to the uplink Link carries out when a length of second preset time of Internet protocol package；
In second preset time, the grade of the uplink quality is higher than first preset level, described The grade of package processing capability is higher than second preset level, the Reference Signal Received Power is higher than the first preset value and institute When stating Reference Signal Received Quality higher than the second preset value, restore to carry out Internet protocol package to the uplink.
In conjunction with the 8th kind of implementation of the third aspect of the embodiment of the present invention, in the third aspect of the embodiment of the present invention In 9th kind of implementation, the processor is also used to:
After second preset time, the grade of the uplink quality is lower than first preset level and described When the grade of package processing capability is lower than second preset level, stop carrying out Internet protocol package to the uplink, And packet data protocol deactivating operation is initiated, and data service is closed, it is described to stop carrying out internet protocol to the uplink Discuss the when a length of third preset time of package；
In the third preset time, the grade of the uplink quality is higher than first preset level, described The grade of package processing capability is higher than second preset level, the Reference Signal Received Power is higher than the first preset value and institute When stating Reference Signal Received Quality higher than the second preset value, restore to carry out Internet protocol package to the uplink.
As can be seen from the above technical solutions, it is small to have the advantage that modem obtains service for the embodiment of the present invention The network signal quality in area simultaneously judges whether the network signal quality of the serving cell is lower than the first preset level, if so, stopping Internet protocol package only is carried out to uplink；To reduce the transmission power of modem, power wastage is reduced.
Detailed description of the invention
Fig. 1 is uplink optimization method one embodiment flow diagram in the embodiment of the present invention；
Fig. 2 is another embodiment flow diagram of uplink optimization method in the embodiment of the present invention；
Fig. 3 is another embodiment flow diagram of uplink optimization method in the embodiment of the present invention；
Fig. 4 is that uplink optimizes device one embodiment structural schematic diagram in the embodiment of the present invention；
Fig. 5 is that uplink optimizes another example structure schematic diagram of device in the embodiment of the present invention；
Fig. 6 is that uplink optimizes another example structure schematic diagram of device in the embodiment of the present invention；
Fig. 7 is that uplink optimizes another example structure schematic diagram of device in the embodiment of the present invention；
Fig. 8 is that uplink optimizes another example structure schematic diagram of device in the embodiment of the present invention；
Fig. 9 is that uplink optimizes another example structure schematic diagram of device in the embodiment of the present invention；
Figure 10 is that uplink optimizes another example structure schematic diagram of device in the embodiment of the present invention；
Figure 11 is that uplink optimizes another example structure schematic diagram of device in the embodiment of the present invention.
Specific embodiment
In order to make the invention's purpose, features and advantages of the invention more obvious and easy to understand, below in conjunction with the present invention Attached drawing in embodiment, technical scheme in the embodiment of the invention is clearly and completely described, it is clear that disclosed below Embodiment be only a part of the embodiment of the present invention, and not all embodiment.Based on the embodiments of the present invention, this field Those of ordinary skill's every other embodiment obtained without making creative work, belongs to protection of the present invention Range.
Referring to Fig. 1, uplink optimization method one embodiment includes: in the embodiment of the present invention
101, the network signal quality of serving cell is obtained；
The main body of the embodiment of the present invention can be Modem, or the equipment with Modem function, such as with modulatedemodulate Router, mobile phone, data card, tablet computer of conditioning function etc., specifically with no restriction.The network signal quality is for characterizing the clothes The signal strength or weakness, such as performance number, the bit error rate, data packet retransmission rate etc. for cell of being engaged in, specifically with no restriction.
102, judge whether the network signal quality of above-mentioned serving cell is lower than prerequisite；
The Modem judges whether the network signal quality of the serving cell is lower than prerequisite.
103, when the network signal quality of above-mentioned serving cell is lower than above-mentioned prerequisite, stop carrying out uplink Internet protocol (IP, Internet Protocol) package.
In the embodiment of the present invention, modem obtains the network signal quality of serving cell and judges the serving cell Whether network signal quality is lower than prerequisite, when the network signal quality of the serving cell is lower than the prerequisite, stops Internet protocol package is carried out to uplink；To reduce the transmission power of modem, power wastage is reduced.
Uplink optimization method based on the above embodiment is believed the network of the serving cell in the embodiment of the present invention Number quality can specifically be characterized by the data information of each floor of protocol stack, wherein the protocol stack include physics (Physical, PHY) layer, wireless spread-spectrum technology (Radio Link Control, RLC) layer, wireless heterogeneous networks (Radio Resource Control, RRC) layer and application layer.
Now the data information for obtaining above-mentioned each layer of protocol stack is specifically described respectively:
One, the data information for obtaining physical layer specifically includes:
Obtain above-mentioned clothes in uplink transmission power value and each discontinuous receiving cycle when data are sent in physical layer The Reference Signal Received Power and Reference Signal Received Quality for cell of being engaged in；
It should be noted that the Modem obtain the side Modem physical layer in data send when uplink transmission power value and RSRP (the Reference of each DRX (Discontinuous Reception, discontinuous reception) current service cell in the period Signal Received Power, Reference Signal Received Power) and RSRQ (Reference Signal Received Quality, Reference Signal Received Quality).
Two, the data information for obtaining wireless chain control layer specifically includes:
It obtains data packet retransmission rate and enhancing transformat combination in wireless chain control layer and indicates transport block size, it is above-mentioned Data packet retransmission rate includes that mixed automatic retransfer retransmission rate and AM data read really and accord with success rate；
It should be noted that the Modem obtains Fast when data packet retransmission rate and data dispatch are sent in rlc layer E-TFCI (the Enhance Transport Format Combination of scheduling (fast dispatch) decision Indicator, the transformat combination instruction of enhancing) transport block size；Wherein, which includes HARQ The AM-DATA of (Hybrid Automatic Repeat Request, mixed automatic retransfer) retransmission rate and rlc layer ACK (Acknowledgement the confirms character) success rate of (Amplitude Modulation data, AM data).
Three, the data information for obtaining radio resource control layer specifically includes:
Obtain wireless heterogeneous networks connection status in radio resource control layer；For example, the Modem obtains RRC (Radio Resource Control, wireless heterogeneous networks) RRC connection status in layer.Wherein, the RRC connection status be in connected state can It can be with sending and receiving data information (i.e. in running order) to be interpreted as the uplink；The RRC connection status is in idle state can Stop sending and receiving data information to be interpreted as the uplink (i.e. in off working state).
Four, the data information for obtaining application layer specifically includes:
Internet protocol packet is read really in acquisition application layer accords with success rate；For example, the Modem obtains application layer IP packet ACK success rate.
Based on the related description of the data information to each layer of above-mentioned protocol stack, in the embodiment of the present invention, will to how basis The data information of above-mentioned each layer of protocol stack optimizes processing strategie to uplink and illustrates, referring to Fig. 2, of the invention Another embodiment of uplink optimization method includes: in embodiment
201, above-mentioned serving cell in the uplink transmission power value, each discontinuous receiving cycle when acquisition data are sent Reference Signal Received Power and Reference Signal Received Quality, mixed automatic retransfer retransmission rate and AM data read really and accord with success Rate, enhancing transformat combination instruction transport block size, wireless heterogeneous networks connection status and application layer Internet protocol packet Really it reads and accords with success rate；
Obtain uplink transmission power value when data are sent, the RSRP and RSRP of above-mentioned serving cell in each DRX cycle, ACK success rate, E-TFCI transport block size, RRC connection status and the application layer of the AM-DATA of HARQ retransmission rate and rlc layer The ACK success rate of IP packet.For details, reference can be made to the related descriptions of the data information of each layer of the above-mentioned protocol stack of above-mentioned acquisition, herein no longer It repeats.
Wherein, if the serving cell is replaced, then removes the above-mentioned agreement of acquisition during obtaining above-mentioned data information The data information of each layer of stack, and the data information for each layer of protocol stack for reacquiring new demand servicing cell.
202, it calculates above-mentioned uplink transmission power value and above-mentioned enhancing transformat combination instruction transport block size obtains The grade of downlink quality；
It should be noted that the Modem calculates the nearest eight times uplink transmittings sampled by sampling sliding average algorithm Performance number is simultaneously averaged, the E-TFCI value obtained by the average value and calculating E-TFCI transport block size, to obtain phase The grade for the uplink quality answered；For example, inferior grade is labeled as, as the E- when the average value is higher than preset threshold value When TFCI value is lower than preset threshold value, it is labeled as inferior grade, and when the average value and the E-TFCI value are all inferior grade, on The grade of downlink quality is inferior grade.It is understood that different grades can be set according to specific threshold value, such as High, normal, basic third gear, the similar approach for that can reach said effect are not construed as limiting herein.
203, calculate above-mentioned AM data read really accord with success rate, above-mentioned application layer Internet protocol packet is read symbol really Success rate and above-mentioned mixed automatic retransfer retransmission rate obtain the grade of package processing capability；
It should be noted that the Modem passes through statistics rlc layer PDU (Protocol Data Unit, protocol Data Unit) The number for sending and retransmitting calculates the ACK success rate of rlc layer AM-DATA, to obtain AM-DATA retransmission rate；The Modem is logical The number that statistics application layer IP packet sends and retransmit is crossed to calculate the ACK success rate of application layer IP packet, thus layer IP that be applied Packet retransmission rate；The Modem passes through the number computed HARQ retransmission rate of Statistical Physics layer HARQ new biography and re-transmission；When above-mentioned retransmission rate Both greater than respectively preset threshold value when, determine package processing capability grade be inferior grade.It is understood that according to specific Threshold value can set different grades, such as high, normal, basic third gear, and the similar approach for that can reach said effect is not made herein It limits.
In the level procedure for carrying out the above-mentioned grade that the uplink quality is calculated and package processing capability, every In a DRX cycle, when the Modem detects that the serving cell is replaced, all above-mentioned each layers of protocol stack of acquisition are reset Data state info and reacquire new demand servicing cell each layer of protocol stack data state info, carry out corresponding subsequent step Suddenly.When complete calculate the uplink quality grade and package processing capability grade after, increase the flag bit of completion, show Data have calculated completion, and the grade of the uplink quality to be calculated and the grade of package processing capability arrange Subsequent judgement is carried out to same time shaft and does not enter subsequent judgment step if not calculating completion, is continued to obtain data, be waited It calculates and completes.
204, judge whether the grade of above-mentioned uplink quality is lower than the first preset level, judge above-mentioned package processing capability Whether grade is lower than the second preset level；
The Modem judges whether the grade of the uplink quality is lower than the first preset level；It should be noted that this One preset level can be set as high, normal, basic third gear, for example, passing through the uplink that current service cell is calculated in step 202 The grade of road quality is inferior grade, and the grade of the uplink quality is lower than middle-grade rank set by first preset level, Determine the grade of the uplink quality lower than first preset level at this time.It is understood that first preset etc. for this The setting of grade is also possible to other kinds of gear, and the similar approach for that can reach said effect is not construed as limiting herein.
The Modem judges whether the grade of the package processing capability is lower than the second preset level；It should be noted that this second Preset level can be set as high, normal, basic third gear, for example, handling energy by the packet that current service cell is calculated in step 203 The grade of power is inferior grade, and the grade of the package processing capability is lower than middle-grade rank set by second preset level, at this time really The grade of the fixed package processing capability is lower than second preset level.It is understood that the setting for second preset level It is also possible to other kinds of gear, the similar approach for that can reach said effect is not construed as limiting herein.
Wherein, if the grade of the uplink quality is lower than lower than the grade of first preset level and the package processing capability Second preset level, it is determined that the network signal quality of above-mentioned serving cell is lower than above-mentioned prerequisite.
205, when the grade of above-mentioned uplink quality is lower than above-mentioned first preset level, the grade of above-mentioned package processing capability When being in connected state lower than above-mentioned second preset level and above-mentioned wireless heterogeneous networks connection status, stop to above-mentioned uplink Road carries out Internet protocol package.
When the uplink quality grade lower than first preset level, the grade of the package processing capability lower than this second Preset level and when the RRC connection status is in connected state, stops carrying out IP package to the uplink.It is understood that The grade of the grade of the uplink quality determined respectively according to step 204 and package processing capability come determine to uplink whether Carry out the optimization processing of IP package.The grade of the uplink quality is lower than first preset level, the i.e. uplink quality Grade to show as the uplink quality poor, such as uplink transmission power height, bit error rate height etc.；The grade of the package processing capability Lower than second preset level, it is embodied in rlc layer AM-DATA data retransmission rate height, application layer IP packet retransmission rate height etc..On State RRC be in connected state can be understood as the uplink can be with sending and receiving data information (i.e. in running order).
In the embodiment of the present invention, modem obtains the data state info of each layer of protocol stack, and respectively to the data Status information is handled to obtain the grade of the grade of uplink quality and package processing capability；When determining the uplink matter The grade of amount is lower than second preset level and above-mentioned wireless money lower than first preset level, the grade of the package processing capability When source control connection status is in connected state, stop carrying out Internet protocol package to the uplink.To reduce modulation The transmission power of demodulator reduces power wastage.
Based on how according to the data information of each layer of above-mentioned protocol stack optimizing processing strategie to uplink to above-mentioned Related description, the embodiment of the present invention will illustrate the optimization processing strategy, referring to Fig. 3, in the embodiment of the present invention Another embodiment of uplink optimization method includes:
301, above-mentioned serving cell in the uplink transmission power value, each discontinuous receiving cycle when acquisition data are sent Reference Signal Received Power and Reference Signal Received Quality, mixed automatic retransfer retransmission rate and AM data read really and accord with success Rate, enhancing transformat combination instruction transport block size, wireless heterogeneous networks connection status and application layer Internet protocol packet Really it reads and accords with success rate；
Obtain uplink transmission power value when data are sent, the RSRP and RSRP of above-mentioned serving cell in each DRX cycle, ACK success rate, E-TFCI transport block size, RRC connection status and the application layer of the AM-DATA of HARQ retransmission rate and rlc layer The ACK success rate of IP packet.For details, reference can be made to the related descriptions of the data information of each layer of the above-mentioned protocol stack of above-mentioned acquisition, herein no longer It repeats.
Wherein, if the serving cell is replaced, then removes the above-mentioned agreement of acquisition during obtaining above-mentioned data information The data information of each layer of stack, and the data information for each layer of protocol stack for reacquiring new demand servicing cell.
302, it calculates above-mentioned uplink transmission power value and above-mentioned enhancing transformat combination instruction transport block size obtains The grade of downlink quality；
It is identical as step 202, it illustrates and can refer to corresponding step 202.
303, calculate above-mentioned AM data read really accord with success rate, above-mentioned application layer Internet protocol packet is read symbol really Success rate and above-mentioned mixed automatic retransfer retransmission rate obtain the grade of package processing capability；
It is identical as step 203, it illustrates and can refer to corresponding step 203.
304, judge whether the grade of above-mentioned uplink quality is lower than the first preset level, judge above-mentioned package processing capability Whether grade is lower than the second preset level；
It is identical as step 204, it illustrates and can refer to corresponding step 204.
305, when the grade of above-mentioned uplink quality is lower than above-mentioned first preset level, the grade of above-mentioned package processing capability When being in connected state lower than above-mentioned second preset level and above-mentioned wireless heterogeneous networks connection status, stop to above-mentioned uplink Road carries out Internet protocol package, above-mentioned stopping to above-mentioned uplink carry out Internet protocol package when it is a length of first preset Time；
When the uplink quality grade lower than first preset level and the grade of the package processing capability lower than this Two preset levels and when the wireless heterogeneous networks connection status is in connected state, stop carrying out IP package to the uplink, should Stop when a length of first preset time that Internet protocol package is carried out to the uplink.It is understood that according to step The grade of the grades of 304 uplink qualities determined respectively and package processing capability determines whether carry out IP envelope to uplink The optimization processing of packet.The grade of the uplink quality is lower than first preset level, the i.e. table of grading of the uplink quality It is now poor for the uplink quality, such as uplink transmission power height, bit error rate height etc.；The grade of the package processing capability lower than this Two preset levels are embodied in rlc layer AM-DATA data retransmission rate height, application layer IP packet retransmission rate height etc..At above-mentioned RRC Can be understood as the uplink in connected state can be with sending and receiving data information (i.e. in running order).
It should be noted that when the grade of the uplink quality is lower than first preset level, the package processing capability Grade enters the first optimization grade lower than second preset level and when the RRC connection status is in connected state, stops to this Uplink carries out IP package, which carries out when a length of first preset time of IP package to the uplink；Wherein this One preset time can be one section of time limit of setting, for example, it can be set to stop IP package 10 seconds or 15 seconds, for the time limit It is specific to set herein with no restriction.
If the grade of above-mentioned uplink quality is lower than above-mentioned first preset level 306, after above-mentioned first preset time And the grade of above-mentioned package processing capability is lower than above-mentioned second preset level, then stops carrying out Internet protocol to above-mentioned uplink Package, and radio resource control link is cut off, idle state is set by above-mentioned radio resource control link, above-mentioned stopping is to above-mentioned Uplink carries out when a length of second preset time of Internet protocol package；
If the grade of the uplink quality is lower than at first preset level and the packet after above-mentioned first preset time The grade of reason ability is lower than second preset level, then stops carrying out IP package to the uplink, and cut off RRC link, will The RRC link setting is idle state, the stopping to above-mentioned uplink carry out Internet protocol package when it is a length of second preset Time；It should be noted that after above-mentioned first preset time, such as the first preset time is set as 10 seconds, i.e., in step 305 After stopping IP package 10 seconds；If uplink quality or package processing capability do not make moderate progress, the specially uplink quality Grade is lower than first preset level and the grade of the package processing capability is lower than second preset level, then enter the second optimization Grade stops carrying out the second preset time of IP package (such as 20 seconds) to the uplink, and cuts off RRC link, by the RRC chain Road is set as idle state；Wherein, for judge the grade of the uplink quality whether be lower than first preset level and should Whether the grade of package processing capability, which is lower than second preset level, can be found in related content in step 304, and details are not described herein again.
If the grade of above-mentioned uplink quality is lower than above-mentioned first preset level 307, after above-mentioned second preset time And the grade of above-mentioned package processing capability is lower than above-mentioned second preset level, then stops carrying out Internet protocol to above-mentioned uplink Package, and packet data protocol deactivating operation is initiated, data service is closed, above-mentioned stopping interconnects above-mentioned uplink The when a length of third preset time of fidonetFido package；
If the grade of the uplink quality is lower than at first preset level and the packet after above-mentioned second preset time The grade of reason ability is lower than second preset level, then stops carrying out IP package to the uplink, and initiate PDP (Packet Data Protocol, packet data protocol) deactivating operation, data service is closed, above-mentioned stopping carries out above-mentioned uplink The when a length of third preset time of Internet protocol package；It should be noted that after above-mentioned second preset time, such as second Preset time is set as 20 seconds, i.e., after stopping IP package 20 seconds in step 306；If uplink quality or package processing capability are not It makes moderate progress, specially the grade of the uplink quality is lower than lower than the grade of first preset level and the package processing capability Second preset level, then enter third optimize grade, stop to the uplink carry out IP package third preset time (such as 30 seconds), and PDP deactivating operation is initiated, close data service；Wherein, for judge the uplink quality grade whether It can be found in step 304 lower than whether the grade of first preset level and the package processing capability is lower than second preset level Related content, details are not described herein again.
If 308, in above-mentioned first preset time, in above-mentioned second preset time and in above-mentioned third preset time, The grade of above-mentioned uplink quality is higher than above-mentioned first preset level, the grade of above-mentioned package processing capability is higher than above-mentioned second in advance It is preset higher than second higher than the first preset value and above-mentioned Reference Signal Received Quality to set grade, above-mentioned Reference Signal Received Power Value is then restored to carry out Internet protocol package to above-mentioned uplink.
If in first preset time, in the second preset time and in third preset time, the uplink quality Grade be higher than first preset level, the grade of the package processing capability be higher than second preset level, the reference signal receive Power is higher than the first preset value and the Reference Signal Received Quality is higher than the second preset value, then restores to carry out the uplink Internet protocol package.It should be noted that during above-mentioned optimization, i.e., the first preset time of above-mentioned stopping IP package (such as 10 seconds) in, in the second preset time of above-mentioned stopping IP package (such as 20 seconds), above-mentioned stopping IP package third preset time (example Such as 30 seconds) in；If uplink quality, package processing capability, Reference Signal Received Power and Reference Signal Received Quality are Improve, specially the grade of the uplink quality be higher than first preset level, the grade of the package processing capability be higher than this Two preset levels, the Reference Signal Received Power are higher than the first preset value (such as preset value 2) and the reference signal receives matter Amount is higher than the second preset value (such as preset value 2), then exits corresponding optimization grade, restore to carry out IP envelope to the uplink Packet.Wherein, for judging whether the grade of the uplink quality is higher than first preset level and the package processing capability Whether grade, which is higher than second preset level, can be found in related content in step 304, and details are not described herein again.
In the embodiment of the present invention, stopped carrying out Internet protocol package different time to uplink according to different scenes Section, and corresponding optimization processing is carried out to the uplink in each period respectively, to reduce the transmitting of modem Power reduces power wastage.
For ease of understanding, have below with a concrete application scene to uplink optimization method in the embodiment of the present invention Body description:
The Modem is responsible for completing each layer state information of protocol stacks such as the side Modem PHY layer, rlc layer, rrc layer, application layer It collects, storage.Specific manifestation are as follows: obtain uplink transmission power value when data are sent in the PHY layer of the side Modem and each DRX The RSRP and RSRQ of current service cell in period；Obtain Fast when data packet retransmission rate and data dispatch are sent in rlc layer The E-TFCI transport block size of scheduling decision, wherein the data packet retransmission rate includes HARQ retransmission rate and rlc layer The ACK success rate of AM-DATA；Obtain RRC connection status in rrc layer；Obtain the ACK success rate of application layer IP packet.
Wherein, if current service cell is replaced, then removes the above-mentioned association of acquisition during obtaining above-mentioned data information Discuss the data information of each layer of stack, and the data information for each layer of protocol stack for reacquiring new demand servicing cell
The data state info of the above-mentioned each layer of protocol stack got is mostly scattered, asynchronous information, which will The data state info of each layer of the protocol stack got is handled, and the grade and packet processing energy of current Uplink quality are obtained The grade of power, specific as follows:
The concrete mode of the grade of current Uplink quality is obtained for processing are as follows: the Modem is flat by sampling sliding Equal algorithm calculates the nearest eight times uplink transmission power values sampled and is averaged, when the average value (for example, 3) is higher than in advance If threshold value (such as the threshold value is set as 2) when, inferior grade is labeled as, when the E-TFCI value (for example, 3) is lower than default Threshold value (such as the threshold value is set as 3) when, be labeled as inferior grade, and when the average value and the E-TFCI value are all low When grade, the grade of uplink quality is inferior grade.
The concrete mode of the grade of current package processing capability is obtained for processing are as follows: the Modem passes through statistics rlc layer PDU The number for sending and retransmitting calculates the ACK success rate of rlc layer AM-DATA, to obtain AM-DATA retransmission rate；The Modem is logical The number that statistics application layer IP packet sends and retransmit is crossed to calculate the ACK success rate of application layer IP packet, thus layer IP that be applied Packet retransmission rate；The Modem passes through the number computed HARQ retransmission rate of Statistical Physics layer HARQ new biography and re-transmission；When above-mentioned retransmission rate Both greater than respectively preset threshold value when, determine package processing capability grade be inferior grade.
In the level procedure for carrying out the above-mentioned grade that the uplink quality is calculated and package processing capability, every In a DRX cycle, when the Modem detects that the serving cell is replaced, all above-mentioned each layers of protocol stack of acquisition are reset Data state info and reacquire new demand servicing cell each layer of protocol stack data state info, carry out corresponding subsequent step Suddenly.
The Modem judges whether the grade of the uplink quality is lower than the first preset level, which can To be set as high, normal, basic third gear (specific that parameter is arranged herein with no restriction).For example, when the upper of current service cell is calculated The grade of downlink quality is inferior grade, and the grade of the uplink quality is lower than middle shelf grade set by first preset level Not, determine the grade of the uplink quality lower than second preset level at this time.The Modem judge the package processing capability etc. Whether grade is lower than the second preset level, and it is (specific that parameter is arranged herein not which can be set as high, normal, basic third gear It is restricted).For example, when the grade for the package processing capability that current service cell is calculated is inferior grade, the package processing capability Grade determines that the grade of the package processing capability is second pre- lower than this lower than middle-grade rank set by second preset level at this time Set grade.
When the uplink quality grade lower than first preset level, the grade of the package processing capability lower than this second When preset level and above-mentioned wireless heterogeneous networks connection status are in connected state, the first optimization grade is entered, stops IP envelope Wrap the first preset time；Wherein first preset time can be one section of time limit of setting, for example, it can be set to stop IP envelope Packet 10 seconds or 15 seconds.The grade of the uplink quality is lower than first preset level, the i.e. table of grading of the uplink quality It is now poor for the uplink quality, such as uplink transmission power height, bit error rate height etc.；The grade of the package processing capability lower than this Two preset levels are embodied in rlc layer AM-DATA data retransmission rate height, application layer IP packet retransmission rate height etc..
If uplink quality or package processing capability are not changed after above-mentioned first preset time (such as 10 seconds) It is kind, specially the grade of the uplink quality lower than the grade of first preset level and the package processing capability lower than this second Preset level then enters the second optimization grade, stops carrying out the second preset time of IP package (such as 20 seconds) to the uplink, And RRC link is cut off, it is idle state by the RRC link setting.
If uplink quality or package processing capability are not changed after above-mentioned second preset time (such as 20 seconds) It is kind, specially the grade of the uplink quality lower than the grade of first preset level and the package processing capability lower than this second Preset level then enters third and optimizes grade, stops carrying out IP package third preset time (such as 30 seconds) to the uplink, And PDP deactivating operation is initiated, close data service.
If during above-mentioned optimization, i.e., in the first preset time of above-mentioned stopping IP package (such as 10 seconds), above-mentioned stopping IP In the second preset time of package (such as 20 seconds), in above-mentioned stopping IP package third preset time (such as 30 seconds)；Uplink Quality, package processing capability, Reference Signal Received Power and Reference Signal Received Quality make moderate progress, specially the uplink The grade of quality is higher than first preset level, the grade of the package processing capability is higher than second preset level, the reference signal Receive power be higher than the first preset value (such as preset value 2) and the Reference Signal Received Quality be higher than the second preset value (such as Preset value 2), then corresponding optimization grade is exited, restores to carry out IP package to the uplink.
For the uplink optimization method convenient for the better implementation embodiment of the present invention, it is also provided below for cooperating this The relevant apparatus of line link optimization method.
Referring to Fig. 4, uplink optimization device one embodiment includes: in the embodiment of the present invention
Module 401 is obtained, for obtaining the network signal quality of serving cell；
Judgment module 402, for judge serving cell that above-mentioned acquisition module 401 is got network signal quality whether Lower than prerequisite；
Execution module 403, for when the network signal quality of above-mentioned serving cell be lower than above-mentioned prerequisite when, stop pair Uplink carries out Internet protocol package.
In the embodiment of the present invention, obtains module 401 and obtain the network signal quality of serving cell and pass through judgment module 402 Judge whether the network signal quality of the serving cell is lower than prerequisite, is somebody's turn to do when the network signal quality of the serving cell is lower than When prerequisite, execution module 403 stops carrying out Internet protocol package to uplink；To reduce modem Transmission power reduces power wastage.
In above embodiment, obtains module 401 and be specifically used for obtaining the data state info of protocol stack, the protocol stack packet Physical layer, wireless chain control layer, radio resource control layer and application layer are included, optionally, as shown in figure 5, above-mentioned acquisition mould Block 401 specifically includes:
First acquisition unit 501, for obtaining uplink transmission power value when data in above-mentioned physical layer are sent and every The Reference Signal Received Power and Reference Signal Received Quality of above-mentioned serving cell in a discontinuous receiving cycle；
Second acquisition unit 502, for obtaining data packet retransmission rate and enhancing transmission lattice in above-mentioned wireless chain control layer Formula combination instruction transport block size, above-mentioned data packet retransmission rate includes that mixed automatic retransfer retransmission rate and AM data are read really Accord with success rate；
Third acquiring unit 503, for obtaining radio resource control layer connection status in above-mentioned radio resource control layer；
4th acquiring unit 504 reads really for obtaining Internet protocol packet in above-mentioned application layer and accords with success rate.
In the embodiment of the present invention, the data mode letter that each acquiring unit in module 401 obtains each layer of protocol stack respectively is obtained Breath.Data are reasonably collected, the efficiency transmitted between data is improved.
Uplink in based on the above embodiment optimizes device, optionally, as shown in fig. 6, above-mentioned apparatus further include:
Dump block 601, for when above-mentioned serving cell is replaced, removing the upper of the above-mentioned acquisition of acquisition module 401 The data information of protocol stack is stated, so that above-mentioned acquisition module 401 reacquires the data information of the protocol stack of new demand servicing cell.
In the embodiment of the present invention, when above-mentioned serving cell is replaced, dump block 601 removes above-mentioned acquisition module The data information of the 401 above-mentioned protocol stacks obtained, so that above-mentioned acquisition module 401 reacquires the protocol stack of new demand servicing cell Data information；To carry out the optimisation strategy in later period according to the data information of current service cell.
Uplink in based on the above embodiment optimizes device, and judgment module 402 can be to obtaining in the embodiment of the present invention The data state info of each layer of the protocol stack that modulus block 401 is got is respectively processed, and obtain uplink quality etc. The grade of grade and package processing capability, optionally, as shown in fig. 7, above-mentioned judgment module 402 specifically includes:
First computing unit 701, for calculating above-mentioned uplink transmission power value and the instruction of above-mentioned enhancing transformat combination Transport block size obtains the grade of uplink quality；
Second computing unit 702 reads really for calculating above-mentioned AM data and accords with success rate, above-mentioned application layer internet Protocol package is read really accords with success rate and above-mentioned mixed automatic retransfer retransmission rate obtains the grade of package processing capability；
Judging unit 703, the grade of the uplink quality for being calculated according to above-mentioned first computing unit 701 and The grade for the package processing capability that above-mentioned second computing unit 702 is calculated judges that the network signal quality of above-mentioned serving cell is It is no to be lower than above-mentioned prerequisite.
In the embodiment of the present invention, the first computing unit 701 and the second computing unit 702 respectively carry out data state info Processing obtains the grade of uplink quality and the grade of package processing capability；Judging unit 703 is according to first computing unit The grade for the package processing capability that the grade of 701 uplink qualities being calculated and second computing unit 702 are calculated Judge whether the network signal quality of the serving cell is lower than the prerequisite.It is upper by above-mentioned data state info embodiments The grade of downlink quality and the grade of package processing capability, to improve the processing capacity to data.
Uplink in based on the above embodiment optimizes device, and judging unit 703 can basis in the embodiment of the present invention The grade of the uplink quality and the grade of the package processing capability determine the information of the network signal quality of the serving cell, can Choosing, as shown in figure 8, above-mentioned judging unit 703 specifically includes:
First judgment sub-unit 801, for judging uplink quality that above-mentioned first computing unit 701 is calculated Whether grade is lower than the first preset level；
Second judgment sub-unit 802, for judge package processing capability that above-mentioned second computing unit 702 is calculated etc. Whether grade is lower than the second preset level；
Subelement 803 is determined, for determining that the grade of above-mentioned uplink quality is low in above-mentioned first judgment sub-unit 801 It is lower than above-mentioned second in the grade of above-mentioned first preset level and the determining above-mentioned package processing capability of above-mentioned second judgment sub-unit 802 After preset level, determine the network signal quality of above-mentioned serving cell lower than above-mentioned prerequisite.
In the embodiment of the present invention, the first judgment sub-unit 801 judges whether the grade of the uplink quality is lower than first Preset level；Second judgment sub-unit 802 judges whether the grade of the package processing capability is lower than the second preset level；Determine that son is single Member 803 first judgment sub-unit 801 determine the uplink quality grade lower than first preset level and this second Judgment sub-unit 802 determines that the grade of the package processing capability lower than after second preset level, determines the network of the serving cell Signal quality is lower than above-mentioned prerequisite.By the determination of the grade of the grade and package processing capability of uplink quality to The network signal quality for determining the serving cell improves the treatment effeciency of data.
Uplink in based on the above embodiment optimizes device, and execution module 403 can also be restored to above-mentioned uplink Road carries out Internet protocol package, optionally, as shown in figure 9, above-mentioned execution module 403 specifically includes:
First execution unit 901, for the grade when above-mentioned uplink quality lower than above-mentioned first preset level, above-mentioned When the grade of package processing capability is in connected state lower than above-mentioned second preset level and above-mentioned wireless heterogeneous networks connection status, Stop carrying out above-mentioned uplink Internet protocol package, above-mentioned stopping carries out Internet protocol package to above-mentioned uplink When a length of first preset time；
First repairs unit 902, in above-mentioned first preset time, the grade of above-mentioned uplink quality to be higher than upper State the first preset level, the grade of above-mentioned package processing capability is higher than above-mentioned second preset level, above-mentioned Reference Signal Received Power When being higher than the second preset value higher than the first preset value and above-mentioned Reference Signal Received Quality, restore to carry out above-mentioned uplink Internet protocol package.
In the embodiment of the present invention, the first execution unit 901 is pre- lower than above-mentioned first in the grade of above-mentioned uplink quality Set grade, the grade of above-mentioned package processing capability is lower than at above-mentioned second preset level and above-mentioned wireless heterogeneous networks connection status When connected state, stop carrying out Internet protocol package to above-mentioned uplink, which interconnects above-mentioned uplink When a length of first preset time of fidonetFido package；In above-mentioned first preset time, the grade of above-mentioned uplink quality is high In above-mentioned first preset level, the grade of above-mentioned package processing capability are higher than above-mentioned second preset level, above-mentioned reference signal receives When power is higher than the first preset value and above-mentioned Reference Signal Received Quality higher than the second preset value, the first reparation unit 902 is extensive It is multiple that Internet protocol package is carried out to above-mentioned uplink；It is reasonable to be carried out to the uplink in first preset time Optimization processing reduces the transmission power of modem, reduces power wastage.
Uplink in based on the above embodiment optimizes device, and the execution module 403 can be in the embodiment of the present invention Following optimisation strategy is executed, optionally, as shown in Figure 10, above-mentioned execution module 403 further include:
Second execution unit 1001, for after above-mentioned first preset time, the grade of above-mentioned uplink quality to be lower than When the grade of above-mentioned first preset level and above-mentioned package processing capability is lower than above-mentioned second preset level, stop to above-mentioned uplink Road carries out Internet protocol package, and cuts off radio resource control link, sets idle for above-mentioned radio resource control link State, the stopping carry out when a length of second preset time of Internet protocol package to above-mentioned uplink；
Second repairs unit 1002, in above-mentioned second preset time, the grade of above-mentioned uplink quality to be higher than Above-mentioned first preset level, the grade of above-mentioned package processing capability are higher than above-mentioned second preset level, above-mentioned reference signal receives function When rate is higher than the first preset value and above-mentioned Reference Signal Received Quality and is higher than the second preset value, restore to above-mentioned uplink into Row Internet protocol package；
Third execution unit 1003, for after above-mentioned second preset time, the grade of above-mentioned uplink quality to be lower than When the grade of above-mentioned first preset level and above-mentioned package processing capability is lower than above-mentioned second preset level, stop to above-mentioned uplink Road carries out Internet protocol package, and initiates packet data protocol deactivating operation, closes data service, and the stopping is on above-mentioned Line link carries out the when a length of third preset time of Internet protocol package；
Third repairs unit 1004, in above-mentioned third preset time, the grade of above-mentioned uplink quality to be higher than Above-mentioned first preset level, the grade of above-mentioned package processing capability are higher than above-mentioned second preset level, above-mentioned reference signal receives function When rate is higher than the first preset value and above-mentioned Reference Signal Received Quality and is higher than the second preset value, restore to above-mentioned uplink into Row Internet protocol package.
In the embodiment of the present invention, stopped by the second execution unit 1001 and third execution unit 1003 according to different scenes Internet protocol package different time sections only are carried out to uplink, and the uplink in each period are carried out respectively corresponding Optimization processing reduce power wastage to reduce the transmission power of modem.
Angle of the Fig. 4 to embodiment shown in Fig. 10 from functional unit carries out the specific structure of uplink optimization device Explanation is said below in conjunction with embodiment shown in Figure 11 from specific structure of the hardware point of view to uplink optimization device It is bright:
As shown in figure 11, uplink optimization device includes: receiver 1101, transmitter 1102,1103 and of processor Memory 1104.
The present embodiments relate to user equipment can have than more or fewer components illustrated in fig. 11, can be with Two or more components are combined, or can have different components and configure or set up, all parts can include one Or the combination realization of the hardware, software or hardware and software including multiple signal processings and/or specific integrated circuit.
Above-mentioned processor 1103 is for performing the following operations:
Obtain the network signal quality of serving cell；
Judge whether the network signal quality of above-mentioned serving cell is lower than prerequisite；
When the network signal quality of above-mentioned serving cell is lower than above-mentioned prerequisite, stopping interconnects uplink FidonetFido package；
Above-mentioned processor 1103 is specifically used for performing the following operations:
The data information of protocol stack is obtained, above-mentioned protocol stack includes physical layer, wireless chain control layer, wireless heterogeneous networks Layer and application layer；
Above-mentioned processor 1103 is specifically used for performing the following operations:
It obtains in uplink transmission power value and each discontinuous receiving cycle when data are sent in above-mentioned physical layer State the Reference Signal Received Power and Reference Signal Received Quality of serving cell；
Data packet retransmission rate and enhancing transformat combination instruction transport block size in above-mentioned wireless chain control layer are obtained, Above-mentioned data packet retransmission rate includes that mixed automatic retransfer retransmission rate and AM data read really and accord with success rate；
Obtain wireless heterogeneous networks connection status in above-mentioned radio resource control layer；
It obtains Internet protocol packet in above-mentioned application layer and reads really and accord with success rate；
Above-mentioned processor 1103 is also used to perform the following operations:
When above-mentioned serving cell is replaced, the data information of above-mentioned protocol stack is removed, and it is small to reacquire new demand servicing The data information of the protocol stack in area；
Above-mentioned processor 1103 is specifically used for performing the following operations:
It calculates above-mentioned uplink transmission power value and above-mentioned enhancing transformat combination instruction transport block size obtains uplink The grade of road quality；
Calculate above-mentioned AM data read really accord with success rate, above-mentioned application layer Internet protocol packet reads really and accords with success Rate and above-mentioned mixed automatic retransfer retransmission rate obtain the grade of package processing capability；
The net of above-mentioned serving cell is judged according to the grade of the grade of above-mentioned uplink quality and above-mentioned package processing capability Whether network signal quality is lower than above-mentioned prerequisite；
Above-mentioned processor 1103 is specifically used for performing the following operations:
Judge whether the grade of above-mentioned uplink quality is lower than the first preset level；
Judge whether the grade of above-mentioned package processing capability is lower than the second preset level；
The grade for determining above-mentioned uplink quality lower than above-mentioned first preset level and above-mentioned package processing capability etc. Grade is lower than above-mentioned prerequisite lower than the network signal quality for after above-mentioned second preset level, determining above-mentioned serving cell；
Above-mentioned processor 1103 is specifically used for performing the following operations:
When the grade of above-mentioned uplink quality is lower than lower than above-mentioned first preset level, the grade of above-mentioned package processing capability When above-mentioned second preset level and above-mentioned wireless heterogeneous networks connection status are in connected state, stop to above-mentioned uplink into Row Internet protocol package；
Above-mentioned processor 1103 is specifically used for performing the following operations:
When the grade of above-mentioned uplink quality is lower than lower than above-mentioned first preset level, the grade of above-mentioned package processing capability When above-mentioned second preset level and above-mentioned wireless heterogeneous networks connection status are in connected state, stop to above-mentioned uplink into Row Internet protocol package, the stopping carry out when a length of first preset time of Internet protocol package to above-mentioned uplink；
In above-mentioned first preset time, the grade of above-mentioned uplink quality is higher than above-mentioned first preset level or above-mentioned The grade of package processing capability be higher than above-mentioned second preset level, above-mentioned Reference Signal Received Power be higher than the first preset value and on When stating Reference Signal Received Quality higher than the second preset value, restore to carry out Internet protocol package to above-mentioned uplink；
Above-mentioned processor 1103 is also used to perform the following operations:
After above-mentioned first preset time, the grade of above-mentioned uplink quality is lower than above-mentioned first preset level and above-mentioned When the grade of package processing capability is lower than above-mentioned second preset level, stop carrying out Internet protocol package to above-mentioned uplink, And radio resource control link is cut off, idle state is set by above-mentioned radio resource control link, the stopping is to above-mentioned uplink Road carries out when a length of second preset time of Internet protocol package；
In above-mentioned second preset time, the grade of above-mentioned uplink quality is higher than above-mentioned first preset level, above-mentioned The grade of package processing capability be higher than above-mentioned second preset level, above-mentioned Reference Signal Received Power be higher than the first preset value and on When stating Reference Signal Received Quality higher than the second preset value, restore to carry out Internet protocol package to above-mentioned uplink；
Above-mentioned processor 1103 is also used to perform the following operations:
After above-mentioned second preset time, the grade of above-mentioned uplink quality is lower than above-mentioned first preset level and above-mentioned When the grade of package processing capability is lower than above-mentioned second preset level, stop carrying out Internet protocol package to above-mentioned uplink, And packet data protocol deactivating operation is initiated, data service is closed, which carries out Internet protocol to above-mentioned uplink The when a length of third preset time of package；
In above-mentioned third preset time, the grade of above-mentioned uplink quality is higher than above-mentioned first preset level or above-mentioned The grade of package processing capability be higher than above-mentioned second preset level, above-mentioned Reference Signal Received Power be higher than the first preset value and on When stating Reference Signal Received Quality higher than the second preset value, restore to carry out Internet protocol package to above-mentioned uplink.
In the embodiment of the present invention, processor 1103 judges the service according to the network signal quality of the serving cell got Whether the network signal quality of cell is lower than prerequisite, when the network signal quality of above-mentioned serving cell is lower than above-mentioned preset item When part, stop carrying out Internet protocol package to uplink；To reduce the transmission power of modem, power consumption is reduced Waste.
The above embodiments are merely illustrative of the technical solutions of the present invention, rather than its limitations；Although with reference to the foregoing embodiments Invention is explained in detail, those skilled in the art should understand that: it still can be to aforementioned each implementation Technical solution documented by example is modified or equivalent replacement of some of the technical features；And these modification or Replacement, the spirit and scope for technical solution of various embodiments of the present invention that it does not separate the essence of the corresponding technical solution.

Claims (27)

1. a kind of uplink optimization method characterized by comprising
Obtain the network signal quality of serving cell；
Judge whether the network signal quality of the serving cell is lower than prerequisite；
When the network signal quality of the serving cell is lower than the prerequisite, stop carrying out internet protocol to uplink Discuss package；
The network signal quality for obtaining serving cell specifically includes:
Obtain protocol stack data information, the protocol stack include physical layer, wireless chain control layer, radio resource control layer with And application layer.
2. uplink optimization method according to claim 1, which is characterized in that
The data information for obtaining physical layer specifically includes:
Obtain the reference of the serving cell in uplink transmission power value and each discontinuous receiving cycle when data are sent Signal reception power and Reference Signal Received Quality；
The data information for obtaining wireless chain control layer specifically includes:
It obtains data packet retransmission rate and enhancing transformat combination indicates that transport block size, the data packet retransmission rate include mixing Autonomous retransmission retransmission rate and AM data are read really accords with success rate；
The data information for obtaining radio resource control layer specifically includes:
Obtain wireless heterogeneous networks connection status；
The data information for obtaining application layer specifically includes:
Acquisition application layer Internet protocol packet is read really accords with success rate.
3. uplink optimization method according to claim 1, which is characterized in that when the serving cell is replaced When, the data information of the protocol stack of acquisition is removed, and reacquire the data information of the protocol stack of new demand servicing cell.
4. uplink optimization method according to claim 2, which is characterized in that the net of the judgement serving cell Whether network signal quality specifically includes lower than prerequisite:
It calculates the uplink transmission power value and enhancing transformat combination instruction transport block size obtains uplink matter The grade of amount；
Calculate the AM data read really accord with success rate, the application layer Internet protocol packet read really accord with success rate with And the mixed automatic retransfer retransmission rate obtains the grade of package processing capability；
The network letter of the serving cell is judged according to the grade of the grade of the uplink quality and the package processing capability Whether number quality is lower than the prerequisite.
5. uplink optimization method according to claim 4, which is characterized in that described according to the uplink quality Grade and the grade of the package processing capability judge whether the network signal quality of the serving cell is lower than the preset item Part specifically includes:
Judge whether the grade of the uplink quality is lower than the first preset level；
Judge whether the grade of the package processing capability is lower than the second preset level；
If the grade of the uplink quality is lower than institute lower than the grade of first preset level and the package processing capability State the second preset level, it is determined that the network signal quality of the serving cell is lower than the prerequisite.
6. uplink optimization method according to claim 5, which is characterized in that the network when the serving cell When signal quality is lower than the prerequisite, stop specifically including uplink progress Internet protocol package:
When the grade of the uplink quality is lower than first preset level, the grade of the package processing capability lower than described When second preset level and the wireless heterogeneous networks connection status are in connected state, stop carrying out the uplink mutual Networking protocol package.
7. uplink optimization method according to claim 6, which is characterized in that it is described stop to the uplink into Row Internet protocol package specifically includes:
Stop carrying out the uplink Internet protocol package, it is described to stop carrying out Internet protocol to the uplink When a length of first preset time of package；
If the grade of the uplink quality is higher than first preset level, the packet in first preset time The grade of processing capacity is higher than second preset level, the Reference Signal Received Power is higher than the first preset value and described Reference Signal Received Quality is higher than the second preset value, then restores to carry out Internet protocol package to the uplink.
8. uplink optimization method according to claim 7, which is characterized in that
If the grade of the uplink quality is lower than first preset level and the packet after first preset time The grade of processing capacity is lower than second preset level, then stops carrying out the uplink Internet protocol package, and Radio resource control link is cut off, sets idle state for the radio resource control link, the stopping is to the uplink Road carries out when a length of second preset time of Internet protocol package；
If the grade of the uplink quality is higher than first preset level, the packet in second preset time The grade of processing capacity is higher than second preset level, the Reference Signal Received Power is higher than the first preset value and described Reference Signal Received Quality is higher than the second preset value, then restores to carry out Internet protocol package to the uplink.
9. uplink optimization method according to claim 8, which is characterized in that
If the grade of the uplink quality is lower than first preset level and the packet after second preset time The grade of processing capacity is lower than second preset level, then stops carrying out the uplink Internet protocol package, and Packet data protocol deactivating operation is initiated, data service is closed, it is described to stop carrying out Internet protocol to the uplink The when a length of third preset time of package；
If the grade of the uplink quality is higher than first preset level, the packet in the third preset time The grade of processing capacity is higher than second preset level, the Reference Signal Received Power is higher than the first preset value and described Reference Signal Received Quality is higher than the second preset value, then restores to carry out Internet protocol package to the uplink.
10. a kind of uplink optimizes device characterized by comprising
Module is obtained, for obtaining the network signal quality of serving cell；
Judgment module, for judging whether the network signal quality for obtaining the serving cell that module is got is lower than preset item Part；
Execution module, for stopping to uplink when the network signal quality of the serving cell is lower than the prerequisite Road carries out Internet protocol package；
The module that obtains is specifically used for obtaining the data information of protocol stack, and the protocol stack includes physical layer, Radio Link control Preparative layer, radio resource control layer and application layer.
11. uplink according to claim 10 optimizes device, which is characterized in that the acquisition module specifically includes the One acquiring unit, second acquisition unit, third acquiring unit, the 4th acquiring unit；
The first acquisition unit is used to obtain uplink transmission power value when data in the physical layer are sent and each non- The continuous Reference Signal Received Power and Reference Signal Received Quality for receiving the serving cell in the period；
The second acquisition unit is for obtaining data packet retransmission rate and enhancing transformat group in the wireless chain control layer Close instruction transport block size, the data packet retransmission rate include mixed automatic retransfer retransmission rate and AM data read really symbol at Power；
The third acquiring unit is for obtaining wireless heterogeneous networks connection status in the radio resource control layer；
4th acquiring unit, which is used to obtain Internet protocol packet in the application layer to read really, accords with success rate.
12. uplink according to claim 10 optimizes device, which is characterized in that described device further include:
Dump block, for when the serving cell is replaced, removing the protocol stack for obtaining module acquisition Data information, so that the data information for obtaining module and reacquiring the protocol stack of new demand servicing cell.
13. uplink according to claim 11 optimizes device, which is characterized in that the judgment module specifically includes:
First computing unit is big for calculating the uplink transmission power value and enhancing transformat combination instruction transmission block The small grade for obtaining uplink quality；
Second computing unit reads really for calculating the AM data and accords with success rate, the application layer Internet protocol packet Really it reads and accords with success rate and the mixed automatic retransfer retransmission rate obtains the grade of package processing capability；
Judging unit, based on the grade of the uplink quality by being calculated according to first computing unit and described second It is described pre- that the grade for the package processing capability that calculation unit is calculated judges whether the network signal quality of the serving cell is lower than Set condition.
14. uplink according to claim 13 optimizes device, which is characterized in that the judging unit specifically includes:
Whether the first judgment sub-unit, the grade for judging uplink quality that first computing unit is calculated are low In the first preset level；
Second judgment sub-unit, for judging whether the grade of package processing capability that second computing unit is calculated is lower than Second preset level；
Subelement is determined, for determining the grade of the uplink quality lower than described first in first judgment sub-unit After preset level and second judgment sub-unit determine that the grade of the package processing capability is lower than second preset level, really The network signal quality of the fixed serving cell is lower than the prerequisite.
15. uplink according to claim 14 optimizes device, which is characterized in that the execution module is specifically used for working as The grade of the uplink quality is pre- lower than described second lower than first preset level, the grade of the package processing capability It sets grade and when the wireless heterogeneous networks connection status is in connected state, stops carrying out internet protocol to the uplink Discuss package.
16. uplink according to claim 15 optimizes device, which is characterized in that the execution module specifically includes:
First execution unit, for the grade when the uplink quality lower than first preset level, packet processing When the grade of ability is in connected state lower than second preset level and the wireless heterogeneous networks connection status, stopping pair The uplink carries out Internet protocol package, the duration for stopping carrying out the uplink Internet protocol package For the first preset time；
First repairs unit, in first preset time, the grade of the uplink quality to be higher than described first Preset level, the grade of the package processing capability are higher than second preset level, the Reference Signal Received Power is higher than the When one preset value and the Reference Signal Received Quality are higher than the second preset value, restore to carry out internet to the uplink Agreement package.
17. uplink according to claim 16 optimizes device, which is characterized in that the execution module further include:
Second execution unit, for after first preset time, the grade of the uplink quality to be lower than described first When the grade of preset level and the package processing capability is lower than second preset level, stop carrying out the uplink mutual Networking protocol package, and radio resource control link is cut off, idle state is set by the radio resource control link, it is described to stop When a length of second preset time of Internet protocol package is only carried out to the uplink；
Second repairs unit, in second preset time, the grade of the uplink quality to be higher than described first Preset level, the grade of the package processing capability are higher than second preset level, the Reference Signal Received Power is higher than the When one preset value and the Reference Signal Received Quality are higher than the second preset value, restore to carry out internet to the uplink Agreement package.
18. uplink according to claim 17 optimizes device, which is characterized in that the execution module further include:
Third execution unit, for after second preset time, the grade of the uplink quality to be lower than described first When the grade of preset level and the package processing capability is lower than second preset level, stop carrying out the uplink mutual Networking protocol package, and packet data protocol deactivating operation is initiated, data service is closed, the stopping is to the uplink Carry out the when a length of third preset time of Internet protocol package；
Third repairs unit, in the third preset time, the grade of the uplink quality to be higher than described first Preset level, the grade of the package processing capability are higher than second preset level, the Reference Signal Received Power is higher than the When one preset value and the Reference Signal Received Quality are higher than the second preset value, restore to carry out internet to the uplink Agreement package.
19. a kind of uplink optimizes device, comprising: receiver, transmitter, processor and memory；It is characterized in that, institute Processor is stated to be used for:
Obtain the network signal quality of serving cell；
Judge whether the network signal quality of the serving cell is lower than prerequisite；
When the network signal quality of the serving cell is lower than the prerequisite, stop carrying out internet protocol to uplink Discuss package；
The processor is specifically used for obtaining the data information of protocol stack, and the protocol stack includes physical layer, wireless spread-spectrum technology Layer, radio resource control layer and application layer.
20. uplink according to claim 19 optimizes device, which is characterized in that the processor is specifically used for:
Obtain above-mentioned clothes in uplink transmission power value and each discontinuous receiving cycle when data are sent in the physical layer The Reference Signal Received Power and Reference Signal Received Quality for cell of being engaged in；
Data packet retransmission rate and enhancing transformat combination instruction transport block size in the wireless chain control layer are obtained, it is described Data packet retransmission rate includes that mixed automatic retransfer retransmission rate and AM data read really and accord with success rate；
Obtain wireless heterogeneous networks connection status in the radio resource control layer；
It obtains Internet protocol packet in the application layer and reads really and accord with success rate.
21. uplink according to claim 19 optimizes device, which is characterized in that the processor is also used to when described When serving cell is replaced, the data information for obtaining the protocol stack that module obtains is removed, and reacquires new clothes The data information of the protocol stack for cell of being engaged in.
22. uplink according to claim 20 optimizes device, which is characterized in that the processor is specifically used for:
It calculates the uplink transmission power value and enhancing transformat combination instruction transport block size obtains uplink matter The grade of amount；
Calculate the AM data read really accord with success rate, the application layer Internet protocol packet read really accord with success rate with And the mixed automatic retransfer retransmission rate obtains the grade of package processing capability；
The network letter of the serving cell is judged according to the grade of the grade of the uplink quality and the package processing capability Whether number quality is lower than the prerequisite.
23. uplink according to claim 22 optimizes device, which is characterized in that the processor is specifically used for:
Judge whether the grade of the uplink quality is lower than the first preset level；
Judge whether the grade of the package processing capability is lower than the second preset level；
It is low lower than the grade of first preset level and the package processing capability in the grade for determining the uplink quality After second preset level, determine the network signal quality of the serving cell lower than the prerequisite.
24. uplink according to claim 23 optimizes device, which is characterized in that the processor is specifically used for:
When the grade of the uplink quality is lower than first preset level, the grade of the package processing capability lower than described When second preset level and the wireless heterogeneous networks connection status are in connected state, stop carrying out the uplink mutual Networking protocol package.
25. uplink according to claim 24 optimizes device, which is characterized in that the processor is specifically used for:
When the grade of the uplink quality is lower than first preset level, the grade of the package processing capability lower than described When second preset level and the wireless heterogeneous networks connection status are in connected state, stop carrying out the uplink mutual Networking protocol package, when a length of first preset time for stopping carrying out the uplink Internet protocol package；
In first preset time, the grade of the uplink quality is higher than first preset level, at the packet The grade of reason ability is higher than second preset level, the Reference Signal Received Power is higher than the first preset value and the ginseng When examining signal receiving quality higher than the second preset value, restore to carry out Internet protocol package to the uplink.
26. uplink according to claim 25 optimizes device, which is characterized in that the processor is also used to:
After first preset time, the grade of the uplink quality is lower than at first preset level and the packet When the grade of reason ability is lower than second preset level, stop carrying out Internet protocol package to the uplink, and cut The radio resource control link is set idle state by disconnected radio resource control link, and the stopping is to the uplink Carry out when a length of second preset time of Internet protocol package；
In second preset time, the grade of the uplink quality is higher than first preset level, at the packet The grade of reason ability is higher than second preset level, the Reference Signal Received Power is higher than the first preset value and the ginseng When examining signal receiving quality higher than the second preset value, restore to carry out Internet protocol package to the uplink.
27. uplink according to claim 26 optimizes device, which is characterized in that the processor is also used to:
After second preset time, the grade of the uplink quality is lower than at first preset level and the packet When the grade of reason ability is lower than second preset level, stop carrying out Internet protocol package to the uplink, concurrently Packet data protocol deactivating operation is played, data service is closed, it is described to stop carrying out Internet protocol envelope to the uplink The when a length of third preset time of packet；
In the third preset time, the grade of the uplink quality is higher than first preset level, at the packet The grade of reason ability is higher than second preset level, the Reference Signal Received Power is higher than the first preset value and the ginseng When examining signal receiving quality higher than the second preset value, restore to carry out Internet protocol package to the uplink.
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Citations (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102422682A (en) * 2009-05-08 2012-04-18 高通股份有限公司 Throttling transmit power in a wwan device based upon thermal input
CN102547950A (en) * 2010-12-14 2012-07-04 英特尔移动通信有限公司 User equipment and method for performing downlink and/or uplink power control
CN103119899A (en) * 2010-08-05 2013-05-22 苹果公司 Methods and apparatus for reducing data transmission overhead

Family Cites Families (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US8069254B2 (en) * 2001-02-28 2011-11-29 Sharp Laboratories Of America, Inc. Communication period management in a communication system

Patent Citations (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102422682A (en) * 2009-05-08 2012-04-18 高通股份有限公司 Throttling transmit power in a wwan device based upon thermal input
CN103119899A (en) * 2010-08-05 2013-05-22 苹果公司 Methods and apparatus for reducing data transmission overhead
CN102547950A (en) * 2010-12-14 2012-07-04 英特尔移动通信有限公司 User equipment and method for performing downlink and/or uplink power control

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