CN103167534B - The measurement processing method and apparatus of communication event, subscriber equipment - Google Patents

The measurement processing method and apparatus of communication event, subscriber equipment Download PDF

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Publication number
CN103167534B
CN103167534B CN201210195393.7A CN201210195393A CN103167534B CN 103167534 B CN103167534 B CN 103167534B CN 201210195393 A CN201210195393 A CN 201210195393A CN 103167534 B CN103167534 B CN 103167534B
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measurement
reported event
event
value
default
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CN201210195393.7A
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CN103167534A (en
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李彩
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展讯通信(上海)有限公司
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Abstract

The embodiment of the invention discloses a kind of measurement processing method and apparatus, subscriber equipment of communication event, wherein, method comprises: the UPH information, the SNPL information that detect subscriber equipment; Be less than default UPH threshold value in response to the UPH value detected, and/or the SNPL value detected is less than default SNPL threshold value, default measuring period is shortened to and less default measuring period measurement reported event is measured; In response to the trigger condition in Preset Time, the measurement result measuring reported event all being met to corresponding measurement reported event, and in Preset Time, do not initiate the measurement report message of arbitrary measurement reported event, the measurement report message of corresponding measurement reported event is reported to the network equipment, wherein, Preset Time is less than the triggered time representing the report condition parameter measuring reported event.The embodiment of the present invention can lower at UE service feature, larger to the interference of adjacent cell communication system time, start switching flow as early as possible, reduce service disconnection probability and cutting off rate, improve quality of service.

Description

The measurement processing method and apparatus of communication event, subscriber equipment

Technical field

The present invention relates to the communication technology, especially a kind of measurement processing method and apparatus, subscriber equipment of communication event.

Background technology

TD SDMA (Time Division-Synchronous Code DivisionMultiple Access, hereinafter referred to as: TD-SCDMA) be a kind of technical standard of third generation radio communication.The access of TD-SCDMA High Speed Uplink Packet (High Speed UplinkPacket Access, hereinafter referred to as: HSUPA) be the evolution standard of TD-SCDMA standard, also referred to as TD-HSUPA, or be directly called HSUPA.

The characteristic of up-high speed business must bring ratio (the Raise over Terminal of network side total received power and noise power, hereinafter referred to as: ROT) and receive total bandwidth power (Received total wide band power, hereinafter referred to as: lifting RTWP), especially at subscriber equipment (User Equipment, hereinafter referred to as: when UE) being in Serving cell (also referred to as this community) edge, this problem is more common and impact is comparatively large, also more obvious to the interference of adjacent cell.

HSUPA system requires subscriber equipment (User Equipment, hereinafter referred to as: the Serving cell and adjacent cell path loss (the Serving and Neighbour Cell Pathloss that report this UE when UE) carrying out the application of HSUPA business, hereinafter referred to as: SNPL) with dump power (the UE Power Headroom of UE, hereinafter referred to as UPH) information report SNPL and UPH information at subsequent periodic, so that effective control ROT.Wherein, UPH represents the power difference of the maximum transmit power of this UE compared with current transmitted power.According to existing TD-SCDMA standard regulation, UE sends SNPL and UPH information by schedule information (SI) to network side.Network side can carry out scheduling authorization with reference to the information in SI to UE after receiving the SI that UE reports.

According to existing TD-SCDMA standard regulation, UE is after the nearest time once receiving network side distributing authentication information exceedes preset authorization interval T _ WAIT, by enhanced dedicated (Enhanced Dedicated Transport Channel, hereinafter referred to as: E-DCH) Stochastic accessing ascending control channel (E-DCH Random Access Uplink ControlChannel, hereinafter referred to as: E-RUCCH) send schedule information (SI) to network side, this SI comprises Serving cell and adjacent cell path loss (the Serving and Neighbour CellPathloss of UE, hereinafter referred to as: SNPL) information.Afterwards, UE opens a timer and carries out timing according to preset period of time T-RUCCH, if do not receive the authorization message that network side issues based on the SI that this reports in preset period of time T-RUCCH, UE needs again to send SI by E-RUCCH to network side, if UE sends N_RUCCH SI and do not receive the authorization message that network side issues, UE needs to initiate reason (cause) for cell update (cell update) process of Radio Link Failure (radio link failure) is to enter new community to network side.

The difference of essence is there is in up-high speed business and downstream data traffic on the impact of communication system.The bottleneck of downlink business speed is mainly limited to channel resource, and the bottleneck of uplink service speed is except being limited to channel resource, is also subject to the factor restriction that uplink interference suppresses.Due to the corresponding high power of high code check, when the uplink transmit power of some UE increases, this UE also will increase the interference of other UE, therefore also just cause whole communication system, and the interference comprising this community and adjacent cell communication system increases.Annoyance level between community can be reacted by SNPL.

Realizing in process of the present invention, inventor finds that prior art at least exists following problem:

When SNPL value or UPH value less, larger to the interference of adjacent cell communication system.Now, UE may owing to not meeting switching condition that TD-HSUPA communication protocol specifies and cannot start switching flow, in order to reduce the lifting of RTWP thus the annoyance level between reduction community, a kind of mode taked in prior art is, make network side not carry out scheduling authorization to UE, allow UE initiate cell updating course to enter new community.UE sets up or the too frequent and cell updating course that there is no need in the process of carrying out in up-high speed business, result in the frequent interruption of business, seriously improves cutting off rate, had a strong impact on quality of service.

Summary of the invention

An aspect of the embodiment of the present invention, a technical problem to be solved is: the measurement processing method and apparatus, the subscriber equipment that provide a kind of communication event, with time lower at UE service feature, larger to the interference of adjacent cell communication system, start switching flow as early as possible, reduce service disconnection probability and cutting off rate, improve quality of service.

The measurement processing method of a kind of communication event that the embodiment of the present invention provides, comprising:

Detect the dump power UPH information of subscriber equipment, Serving cell and adjacent cell path loss SNPL information;

The UPH value represented in response to the UPH information detected is less than default UPH threshold value, and/or the SNPL value that the SNPL information detected represents is less than default SNPL threshold value, default measuring period is shortened to and less default measuring period measurement reported event is measured;

In response to the trigger condition in Preset Time, the measurement result measuring reported event all being met to corresponding measurement reported event, and in described Preset Time, do not initiate the measurement report message of arbitrary described measurement reported event, the measurement report message of described corresponding measurement reported event is reported to the network equipment; Described Preset Time is less than the triggered time of the report condition parameter representing described measurement reported event.

The measurement processing device of a kind of communication event that the embodiment of the present invention provides, comprising:

Detecting unit, for detecting UPH information, the SNPL information of subscriber equipment;

Recognition unit, for recognition detection unit inspection to the UPH value that represents of UPH information whether be less than default UPH threshold value, and the SNPL value that the SNPL information that detects of detecting unit represents is less than default SNPL threshold value;

First measuring unit, for the recognition result according to recognition unit, the UPH value that the UPH information detected in response to detecting unit represents is less than default UPH threshold value, and/or the SNPL value that the SNPL information that detects of detecting unit represents is less than default SNPL threshold value, default measuring period is shortened to and less default measuring period measurement reported event is measured;

Transmitting element, for all meeting the trigger condition of corresponding measurement reported event in Preset Time to the measurement result measuring reported event in response to the first measuring unit, and in described Preset Time, do not initiate the measurement report message of arbitrary described measurement reported event, the measurement report message of described corresponding measurement reported event is reported to the network equipment; Described Preset Time is less than the triggered time of the report condition parameter representing described measurement reported event.

A kind of subscriber equipment that the embodiment of the present invention provides, the measurement processing device of the communication event of the above embodiment of the present invention is coupling in this subscriber equipment operably.

In the measurement processing method and apparatus of the communication event that the embodiment of the present invention provides, subscriber equipment, can according to the how far of UPH acquisition of information UE current position distance service cell edge, UPH value is less, represent that the transmitting power of UE is larger, also namely path loss is larger, the closer to edge, Serving cell, larger to the interference of adjacent cell, service feature is lower; According to the current position of SNPL acquisition of information UE in SI to the annoyance level of adjacent cell, annoyance level is larger, more needs to control its uplink transmission power.Default UPH threshold value is less than in UPH value, and/or SNPL value is when being less than default SNPL threshold value, default measuring period is shortened to and less default measuring period measurement reported event is measured, improve measuring frequency, if all meet the trigger condition of corresponding measurement reported event in Preset Time to the measurement result measuring reported event, and in this Preset Time, do not initiate the measurement report message of arbitrary above-mentioned measurement reported event, can in the report condition of satisfied measurement reported event namely before the triggered time arrives, the measurement report message of corresponding measurement reported event is reported in advance to the network equipment, shorten measure reported event on call time, UE is more easily met switching condition that TD-HSUPA communication protocol specifies and earlier start switching flow, avoid UE near cell edge or small and weak region measurement report not in time, and the service disconnection that the interference of this community and adjacent cell communication system caused more greatly and not in time and call drop, improve quality of service, and the interference effectively controlled adjacent cell.

Below by drawings and Examples, technical scheme of the present invention is described in further detail.

Description of the invention provides in order to example with for the purpose of describing, and is not exhaustively or limit the invention to disclosed form.Many modifications and variations are obvious for the ordinary skill in the art.Selecting and describing embodiment is in order to principle of the present invention and practical application are better described, and enables those of ordinary skill in the art understand the present invention thus design the various embodiments with various amendment being suitable for special-purpose.

Accompanying drawing explanation

In order to be illustrated more clearly in the embodiment of the present invention or technical scheme of the prior art, be briefly described to the accompanying drawing used required in embodiment or description of the prior art below, apparently, accompanying drawing in the following describes is only some embodiments of the present invention, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to these accompanying drawings.

Fig. 1 is the flow chart of a measurement processing method embodiment of communication event of the present invention.

Fig. 2 is the flow chart of another embodiment of measurement processing method of communication event of the present invention.

Fig. 3 is the structural representation of a measurement processing device embodiment of communication event of the present invention.

Fig. 4 is the structural representation of another embodiment of measurement processing device of communication event of the present invention.

Embodiment

Below in conjunction with the accompanying drawing in the embodiment of the present invention, be clearly and completely described the technical scheme in the embodiment of the present invention, obviously, described embodiment is only the present invention's part embodiment, instead of whole embodiments.Based on the embodiment in the present invention, those of ordinary skill in the art, not making the every other embodiment obtained under creative work prerequisite, belong to the scope of protection of the invention.

Various types of communication event and trigger condition thereof and report condition is defined, so that network side chooses according to the reporting message of UE to all kinds of event the Target cell that this UE switches in TD-HSUPA communication protocol.The switchover policy of current TD-SCDMA mainly comprises the switchover policy based on different-frequency measure, the switchover policy based on common frequency measurement, the switchover policy based on isosystem measurement and the switchover policy based on quality.Wherein, 1G event, 2A event and 3A event are the switchover policy based on different-frequency measure, the switchover policy based on common frequency measurement, trigger event based on the switchover policy of isosystem measurement respectively.

According to the communication event defined in TD-HSUPA communication protocol and trigger condition thereof and report condition, 1G event is by Primary Common Control Physical Channel (the Primary Common Control Physical Channel of UE to co-frequency neighbor cell and Serving cell, hereinafter referred to as: P-CCPCH) upper received signal code power (Received Signal Code Power, hereinafter referred to as: RSCP) measured value relatively locate optimum subdistrict, the condition triggering the measurement report message of 1G event is expressed as follows with the formula:

10·LogM i+O i-H 1g>10·LogM previous_best+O previous_best(1)

In above formula (1), M previous_bestrSCP measured value on the current P-CCPCH representing front best cell; O previous_bestrepresent the personalized offset parameter in the community of front best cell, send to UE by broadcast or common frequency measurement control message; M irSCP measured value on the current P-CCPCH of expression adjacent cell; O irepresent the personalized offset parameter in the community of adjacent cell; H 1grepresent the lag parameter (hysteresis) of 1G event, send to UE by broadcast or common frequency measurement control message.When within the time period that default 1G event-triggered times is corresponding, on the P-CCPCH of co-frequency neighbor cell and Serving cell, RSCP measured value meets formula (1), and this community not in triggering 1G event (Triggered_1G_event) list of UE internal maintenance time, UE will send common frequency measurement results messages (or being called the measurement report message of 1G event) to the network equipment.Trigger in 1G list of thing and initially only have service cell information.

According to the communication event defined in TD-HSUPA communication protocol and trigger condition thereof and report condition, if the criterion that reports arranged in the Survey control message of different-frequency measure is that 2A event triggers, now will relevant parameter be set: lag parameter and default 2A event-triggered times, then will initiates different-frequency measure results messages (or being called the measurement report message of 2A event) when the result measured as UE meets 2A event.2A event relatively locates optimum frequency community by UE to RSCP measured value on the P-CCPCH of iso-frequency adjacent community and this community, and the condition triggering the measurement report message of 2A event is expressed as follows with the formula:

Q NotBest≥Q Best+H 2a/2 (2)

In above formula (2), Q notBestrepresent the P-CCPCHRSCP measured value of the non-optimal frequency cells measured; Q bestrepresent the measured value of the optimum frequency community P-CCPCH RSCP measured; H 2arepresent that the lag parameter of 2A event sends to UE by different-frequency measure control message (MEASUREMENT CONTROL) message.Wherein, optimum frequency community and non-optimal frequency cells refer to the frequency in optimum frequency (BEST_FREQUENCY_2A_EVENT) list whether being stored in 2A event, this list by UE internal maintenance, during initialization, optimum frequency is the frequency of Serving cell, will upgrade at any time later.Reach time period corresponding to default 2A event-triggered times when the time that above formula (2) meets, UE will send the measurement report message of 2A event to the network equipment.

According to the communication event defined in TD-HSUPA communication protocol and trigger condition thereof and report condition, at Universal Terrestrial Radio Access Network (the Universal Terrestrial RadioAccess Network of current use, hereinafter referred to as: UTRAN) estimated quality of frequency lower than a certain predetermined threshold value and the estimated quality of other communication system frequency higher than another predetermined threshold value time, meet the trigger conditions that isosystem measurement control message specifies, 3A reporting events can be triggered, isosystem measurement results messages (or being called the measurement report message of 3A event) is initiated to the network equipment.For clarity sake, in the embodiment of the present invention, the estimated quality of frequency is called subject communication system higher than other communication system of another predetermined threshold value, this frequency is called target frequency, this frequency affiliated subdistrict is called Target cell.The quantity of subject communication system, Target cell and target frequency may have one or more.

In addition, two kinds of measurement reported events relevant to UE transmitted power are also defined in TD-HSUPA communication protocol: 6A event and 6B event.6A event is defined as: after the uplink transmission power of UE exceedes power threshold that network side specifies and exceedes Preset Time, UE needs the measurement initiating 6A event to network side to report, and sends the measurement report message of 6A event to network side.6B event is defined as: the power threshold of specifying lower than network side when the uplink transmission power of UE and after exceeding Preset Time, UE needs the measurement initiating 6B event to network side to report, and sends the measurement report message of 6B event to network side.Preset Time is wherein called the triggered time (time_to_trigger), and the power threshold that network side is specified is called UE through-put power Tx power threshold (Transmitted Power Tx power threshold).That is: the time that the uplink transmission power of UE is greater than or less than above-mentioned UE through-put power Tx power threshold reaches the triggered time, then can correspond to and trigger 6A event or 6B event.

For simplicity, above-mentioned five kinds of events can be called measurement reported event in embodiments of the present invention.The above-mentioned event evaluation formula meeting defined in agreement, or the magnitude relationship that certain variable meets, be called as trigger condition; Triggered time is called as report condition.

Fig. 1 is the flow chart of a measurement processing method embodiment of communication event of the present invention.The operation of this embodiment specifically can by UE or the measurement processing device execution of being operationally coupled to the communication event in UE.As shown in Figure 1, the measurement processing method of the communication event of this embodiment comprises:

101, detect UPH information and the SNPL information of UE.

This operation of 101 periodically can perform with default sense cycle.Because UE is periodic to network equipment SI reporting after HSUPA business is set up, this SI comprises UPH information and the SNPL information of UE, therefore, the UPH information of detection UE that this operation of 101 performs when can be periodicity SI reporting and the operation of SNPL information also can be the operations periodically performed with default sense cycle separately.

103, the UPH value represented in response to the UPH information detected is less than default UPH threshold value, and/or the SNPL value that the SNPL information detected represents is less than default SNPL threshold value, default measuring period is shortened to and less default measuring period measurement reported event is measured.

Exemplarily, being shortened to less default measuring period default measuring period can be shortened to default measuring period with every subframe as less measuring period.

105, in response to the trigger condition in Preset Time, the measurement result measuring reported event all being met to corresponding measurement reported event, and in Preset Time, do not initiate the measurement report message of arbitrary measurement reported event, the measurement report message of corresponding measurement reported event is reported to the network equipment.Preset Time is wherein less than the triggered time of the report condition parameter representing corresponding measurement reported event.

In the measurement processing method of the communication event that the embodiment of the present invention provides, can according to the how far of UPH acquisition of information UE current position distance service cell edge, UPH value is less, represent that the transmitting power of UE is larger, also namely path loss is larger, the closer to edge, Serving cell, larger to the interference of adjacent cell, service feature is lower; According to the current position of SNPL acquisition of information UE in SI to the annoyance level of adjacent cell, annoyance level is larger, more needs to control its uplink transmission power.Default UPH threshold value is less than in UPH value, and/or SNPL value is when being less than default SNPL threshold value, default measuring period is shortened to and less default measuring period measurement reported event is measured, improve measuring frequency, if all meet the trigger condition of corresponding measurement reported event in Preset Time to the measurement result measuring reported event, and in this Preset Time, do not initiate the measurement report message of arbitrary above-mentioned measurement reported event, can in the report condition of satisfied measurement reported event namely before the triggered time arrives, the measurement report message of corresponding measurement reported event is reported to the network equipment, shorten measure reported event on call time, UE is more easily met switching condition that TD-HSUPA communication protocol specifies and earlier start switching flow, avoid UE near cell edge or small and weak region measurement report not in time, and the service disconnection that the interference of this community and adjacent cell communication system caused more greatly and not in time and call drop, improve quality of service, and the interference effectively controlled adjacent cell.

In an embody rule embodiment of the measurement processing method of communication event of the present invention, following operation can also be performed:

Receive the Survey control message of the measurement reported event that the network equipment issues, each measurement in the Survey control message of reported event comprises trigger condition parameters and report condition parameter respectively, and report condition parameter is the triggered time;

Respectively according to measuring the trigger condition parameters and report condition parameter that the Survey control message of reported event comprises, measure measuring reported event according to default measuring period.Default measuring period wherein can carry by measuring the Survey control message of reported event, also can preset in advance in the device of measurement processing method performing this communication event;

Meet trigger condition and the report condition of corresponding measurement reported event in response to measurement result, report the measurement report message of corresponding measurement reported event to the network equipment.

Measurement reported event in various embodiments of the present invention can comprise in same frequency measuring case, different-frequency measure event, isosystem measurement event, 6A event and 6B event any one or multiple, also can be other communication event that can trigger switching flow.Wherein, the configuration parameter that the Survey control message of 6A event comprises 6A event measures indication information with additional, additional measurement indication information comprise in common frequency measurement indication information, different-frequency measure indication information and isosystem measurement indication information any one or multiple; The measurement report message of 6A event comprises additional measurement information, additional measurement information comprise in the common frequency measurement object information corresponding with additional measurement indication information, different-frequency measure object information and isosystem measurement object information any one or multiple.

Unrestricted according to a concrete example of the measurement processing embodiment of the method for communication event of the present invention, in the following way, default measuring period can be shortened to and less default measuring period measurement reported event is measured:

Respectively for each measurement reported event, the number of times of the trigger condition of corresponding measurement reported event is met continuously by a counters count measurement result, the initial value of the statistical value of counter is 0, after the measurement report message reporting corresponding measurement reported event to the network equipment, the statistical value of all counters is all resumed as initial value 0;

Default measuring period is shortened to after less default measuring period measurement reported event being measured, identify whether the measurement result of the measurement reported event obtained in current less default measuring period meets the trigger condition of corresponding measurement reported event;

Measurement result in response to the measurement reported event obtained in current less default measuring period does not meet the trigger condition of corresponding measurement reported event, and the statistical value of corresponding counter is reverted to initial value 0;

Measurement result in response to the measurement reported event obtained in current less default measuring period meets the trigger condition of corresponding measurement reported event, by the statistical value of corresponding counter cumulative 1, and identify whether the statistical value of corresponding counter reaches preset value N, N be greater than 1 integer.Exemplarily, the span of preset value N can be [0,150], and such as, the value of N is 40, and the stability that can realize the measurement result measuring reported event is better with to start in time between switching flow balanced;

Statistical value in response to corresponding counter reaches preset value N, judge the trigger condition in Preset Time, the measurement result measuring reported event all being met to corresponding measurement reported event, and in Preset Time, do not initiate the measurement report message of arbitrary measurement reported event, perform the operation of the measurement report message reporting corresponding measurement reported event to the network equipment.

Unrestricted according to another concrete example of the measurement processing embodiment of the method for communication event of the present invention, after the network equipment reports the operation of the measurement report message of corresponding measurement reported event, the statistical value of all counters can be reverted to initial value 0.

Fig. 2 is the flow chart of another embodiment of measurement processing method of communication event of the present invention.The operation of this embodiment specifically can by UE or the measurement processing device execution of being operationally coupled to the communication event in UE.In the embodiment of the present invention, respectively for each measurement reported event of network equipment sending measuring control message, comprise same frequency measuring case, different-frequency measure event, isosystem measurement event, 6A event and 6B event, met the number of times of the trigger condition of corresponding measurement reported event continuously by a counters count measurement result, the initial value of the statistical value of this counter is 0.As shown in Figure 2, the measurement processing method of the communication event of this embodiment comprises:

201, after sending HSUPA business foundation request to the network equipment, the Survey control message of the measurement reported event that the network equipment issues can be received, comprise common frequency measurement control message, different-frequency measure control message, isosystem measurement control message, the Survey control message of 6A event and the Survey control message of 6B event, comprise trigger condition parameters and report condition parameter in the Survey control message of each measurement reported event respectively, report condition parameter is the triggered time.

Particularly, common frequency measurement control message comprises common frequency measurement parameter, such as, and the personalized offset parameter O in community of front best cell previous_best, lag parameter H 1g, the triggered time, preset measuring period; Different-frequency measure control message comprises different-frequency measure parameter, such as, and lag parameter H 2a, the triggered time, preset measuring period; Isosystem measurement control message comprises isosystem measurement parameter, such as, a certain predetermined threshold value compared for the estimated quality of the UTRAN frequency with current use, another predetermined threshold value for comparing with the estimated quality of other communication system frequency, triggered time, measuring period is preset.

The Survey control message of 6A event comprise 6A event configuration parameter, additionally measure indication information and default measuring period, additional measurement indication information comprise in common frequency measurement indication information, different-frequency measure indication information and isosystem measurement indication information any one or multiple.Common frequency measurement configuration parameter, different-frequency measure configuration parameter, isosystem measurement configuration parameter is comprised respectively in common frequency measurement indication information, different-frequency measure indication information, isosystem measurement indication information.

The Survey control message of 6B event comprises the configuration parameter of 6B event and default measuring period.

Wherein, the value default measuring period in the Survey control message of common frequency measurement control message, different-frequency measure control message, isosystem measurement control message, 6A event and the Survey control message of 6B event can be the same or different.

203, the trigger condition parameters comprised according to the Survey control message of each measurement reported event respectively and report condition parameter, according to the default measuring period in the Survey control message of each measurement reported event, periodically measure measurement reported event.

Particularly, carry out respectively best cell, optimum frequency with, isosystem measurement, 6A event and 6B affair.

When carrying out 6A affair, also to carry out corresponding common frequency measurement, different-frequency measure and/or isosystem measurement according to additional measurement indication information.In various embodiments of the present invention, based on common frequency measurement, different-frequency measure and/or isosystem measurement that 6A event is carried out, can carry out based on the common frequency measurement that the common frequency measurement control message that equipment Network Based issues separately, different-frequency measure control message and isosystem measurement control message carry out, different-frequency measure, metering system that isosystem measurement is identical.

205, identify whether to meet trigger conditions that common frequency measurement control message specifies and the trigger conditions that report condition, different-frequency measure control message specify and the trigger conditions that report condition, isosystem measurement control message specify and the trigger condition that report condition, 6A event and 6B affair control message specify and report condition respectively.

Meet trigger condition and the report condition of corresponding measurement reported event in response to measurement result, report the measurement report message of corresponding measurement reported event to the network equipment.Particularly, the trigger conditions that common frequency measurement control message specifies if meet and report condition, perform the operation of 207.The trigger conditions that different-frequency measure control message specifies if meet and report condition, perform the operation of 209.The trigger conditions that isosystem measurement control message specifies if meet and report condition, perform the operation of 211.The trigger condition that 6A event specifies if meet and report condition, perform the operation of 213.The trigger condition that 6B event specifies if meet and report condition, perform the operation of 215.

If above five trigger conditions all do not meet, do not perform the corresponding operation of 207,209,211,213 and 215.

207, initiate the measurement report message of 1G event to the network equipment, the measurement report message of this 1G event comprises the optimum frequency information of best cell and this best cell.

Afterwards, the operation of 225 is performed.

209, initiate the measurement report message of 2A event to the network equipment, the measurement report message of this 2A event comprises optimum frequency and the community belonging to this optimum frequency (hereinafter referred to as best cell) information.

Afterwards, the operation of 225 is performed.

211, initiate the measurement report message of 3A event to the network equipment, the measurement report message of this 3A event comprises isosystem measurement object information, comprises Target cell and target frequency information.

Afterwards, the operation of 225 is performed.

213, report the measurement report message of 6A event to the network equipment, comprising additional measurement information.Additional measurement information comprise in the common frequency measurement object information corresponding with additional measurement indication information, different-frequency measure object information and isosystem measurement object information any one or multiple.

Afterwards, the operation of 225 is performed.

215, UE reports the measurement report message of 6B event to the network equipment, comprising the uplink transmission power information of UE.

Afterwards, the operation of 225 is performed.

217, UPH information and the SNPL information of UE is periodically detected according to default sense cycle.

Because UE is periodic to network equipment SI reporting after HSUPA business is set up, this SI comprises UPH information and the SNPL information of UE, therefore, the UPH information of detection UE that this operation of 201 performs when can be periodicity SI reporting and the operation of SNPL information also can be the operations periodically performed with default sense cycle separately.

219, recognition detection to the UPH value that represents of UPH information whether be less than default UPH threshold value, and whether the SNPL value that the SNPL information detected represents is less than default SNPL threshold value.

If the UPH value that the UPH information detected represents is less than default UPH threshold value, or whether the SNPL value that the SNPL information detected represents is less than default SNPL threshold value, performs the operation of 221.Otherwise if the UPH value that the UPH information detected represents is not less than default UPH threshold value, and whether the SNPL value that the SNPL information detected represents is less than default SNPL threshold value, perform the operation of 203.

221, shortened to default measuring period with duration 5ms corresponding to every subframe for the cycle, each measurement reported event respectively for network equipment sending measuring control message is measured.

223, identify whether the measurement result of the measurement reported event obtained in current less default measuring period meets the trigger condition of corresponding measurement reported event.If the measurement result of the measurement reported event obtained in current less default measuring period meets the trigger condition of corresponding measurement reported event, no matter whether reach the triggered time of corresponding measurement reported event, perform the operation of 227.

If the measurement result of the measurement reported event obtained in current less default measuring period does not meet the trigger condition of corresponding measurement reported event, perform the operation of 225.

225, the statistical value of corresponding counter is reverted to initial value 0.

Afterwards, the subsequent operation of the embodiment of the present invention is not performed.

227, by the statistical value of corresponding counter cumulative 1.

229, identify whether the statistical value of corresponding counter reaches preset value N.Wherein, N be greater than 1 integer.

In a concrete example of the embodiment of the present invention, the span of N can be [0,150], and such as, the value of N is 40.

If the statistical value of corresponding counter reaches preset value N, judge the trigger condition in Preset Time, the measurement result measuring reported event all being met to corresponding measurement reported event, and in Preset Time, do not initiate the measurement report message of arbitrary measurement reported event, perform the operation of 231.Otherwise, if the statistical value of corresponding counter does not reach preset value N, do not perform the subsequent operation of the embodiment of the present invention.

231, the measurement report message of corresponding measurement reported event is reported to the network equipment.

Particularly, this 231 operation can be realized by the operation of 207 ~ 215.

The network equipment, according to the uplink transmission power information in 6B event, can control the uplink transmission power of UE.Such as, when the SI sent based on UE carries out scheduling authorization to UE, less power grants is carried out to UE.The HSUPA business of UE, according to the community in common frequency measurement results messages, different-frequency measure results messages, isosystem measurement results messages or additional measurement information and frequency information, can be switched to suitable community and frequency by the network equipment.

Afterwards, by the operation of 233, the statistical value of all counters can be reverted to initial value 0, and/or, default measuring period will be reverted to less default measuring period.

It should be noted that; UE usually can under the regulation of agreement; analyze the configuration of network; and according to measure task number; with agreement to the requirement of measuring reported event execution; determine the maximum measuring period of the performance requirement that satisfied measurement task and agreement specify, and by this default measuring period, or measure by the cycle being less than this cycle.Reason is, measuring period is shorter, and power consumption is higher.The cycle of this actual measurement and above-mentioned default measuring period.

In embodiment shown in Fig. 2, there is not execution sequence and limit in operation 203 ~ 215,225 and operation 215 ~ 233, operation 203 ~ 215,225 can perform prior to operating 215 ~ 233, operation 203 ~ 215,225 or arbitrary operation wherein also can perform with operation 215 ~ 233 or arbitrary operation wherein simultaneously, or are later than operation 215 ~ 233 or arbitrary operation execution wherein.Fig. 2 only exemplarily provides wherein a kind of execution mode.

In addition, in embodiment shown in Fig. 2, after operation by 201 receives the Survey control message of the measurement reported event that the network equipment issues, if before the operation 203 performs, pass through the operation of 219, the UPH value that the UPH information obtaining detecting represents is not less than default UPH threshold value, and whether the SNPL value that the SNPL information detected represents is less than default SNPL threshold value, then do not perform the operation of 203 ~ 205.

In embodiment shown in above-mentioned Fig. 2, these the five kinds of Survey control message of Survey control message issuing common frequency measurement control message, different-frequency measure control message, isosystem measurement control message, 6A event and 6B event for the network equipment are illustrated, for not issuing in these five kinds of Survey control message any one or multiple situation, only needing not perform the measurement operation of corresponding measurement reported event, not reporting corresponding measurement message.Those skilled in the art can realize not issuing in these five kinds of Survey control message any one or multiple technical scheme based on the record of the above embodiment of the present invention, repeat no more herein.

In embodiment shown in above-mentioned Fig. 2, have particular application as example with in communication service one of the measurement processing embodiment of the method for communication event of the present invention to be described in detail, but, those skilled in the art benefit from the above-mentioned thought of the present invention, can know embodiment illustrated in fig. 2 in other operation except 201,217 ~ 231 be not all the operation that the embodiment of the present invention must perform, neither all cooperation just can realize, those skilled in the art optionally can perform one or more operation.

In the various embodiments described above of the present invention, SNPL information specifically can comprise two types, and the computational methods that this two type corresponds to two types are as follows:

Φ = 1 Σ n = 1 N L serv / L n { the first reporting types of SNPL information }

Φ = min n = 1 . . N ( L n ) L serv { the second reporting types of SNPL information }

Wherein, Lserv is the mean value of Serving cell path loss in a preset time period, L 1, L 2..., L nbe respectively the circuit loss value of N number of adjacent cell that UE monitors, N be greater than 0 integer.

As shown in table 1 below, be the index value of SNPL and a corresponding relation representation case of Q value.In practical application, SNPL information can to represent with the index value of SNPL (Index), based on this index value, by the mapping table between the index value of the SNPL pre-set and Q value, just the Q value that the index value of SNPL is corresponding can be known, just Φ value can be known based on Q=10*log10 (Φ) further.

The index value of table 1 SNPL and a corresponding relation representation case of Q value

Q=10*log10(Φ) SNPL index Q<-10 0 -10≤Q<-8 1 -8≤Q<-6 2 -6≤Q<-5 3 -5≤Q<-4 4

-4≤Q<-3 5 -3≤Q<-2 6 -2≤Q<-1 7 -1≤Q<0 8 0≤Q<1 9 1≤Q<2 10 2≤Q<3 11 3≤Q<4 12 4≤Q<5 13 5≤Q<6 14 6≤Q<7 15 7≤Q<8 16 8≤Q<9 17 9≤Q<10 18 10≤Q<11 19 11≤Q<12 20 12≤Q<13 21 13≤Q<14 22 14≤Q<15 23 15≤Q<16 24 16≤Q<17 25 17≤Q<18 26 18≤Q<20 27 20≤Q<22 28 22≤Q<24 29 24≤Q<26 30 26≤Q 31

UPH is not then the mode using index value, but directly uses dB as unit.The length of UPH is 5 bits, and therefore, the span of UPH is 0 ~ 31dB.When the value of UPH is 0, mean that UE adopts maximum power transmission.

In various embodiments of the present invention, default SNPL threshold value and default UPH threshold value specifically can be arranged according to the actual mesh information of UE place communication network and base station bearing capacity, can choose, and can adjust according to the actual requirements according to practical experience value.

In practical application, networking is divided into a variety of.Such as, the city that some base station distribution is very intensive, employ identical networking strategy, because UE is larger to the interference of the interference ratio of co-frequency neighbor cell to iso-frequency adjacent community with same transmitted power transmission uplink business data on identical position, so, in the community of implementing identical networking, preset SNPL threshold value just can arrange larger, is conducive to avoiding interference impact by switching more early so excessive.For base station bearing capacity, both with its Remote Radio Unit (Radio Remote Unit, hereinafter referred to as: RRU) wiring is relevant, relevant to its Anti-interference algorithm degree of optimization again.Therefore, there is difference more or less in its bearing capacity of dissimilar base station, for the strong base station that namely radio frequency aspect bearing capacity is strong of antijamming capability, default SNPL threshold value and predetermined power threshold value can arrange less, the benefit brought like this is, utilizes its optimized algorithm or outstanding hardware configuration to avoid carrying out frequent situation about switching in the short time as far as possible.

Exemplarily, the index value span presetting SNPL threshold value can be [0,9], such as, the value presetting the index value of SNPL threshold value can be 7, and the span presetting UPH threshold value can be [0,5] dB, such as, the value presetting UPH threshold value can be 2dB.

In the above embodiment of the present invention, when measurement reported event is measured, such as operate 203 with operation 221 in the measurement of measuring reported event and carrying out, for the measurement reported event of sending measuring control message, the measurement of same frequency measuring case, different-frequency measure event, isosystem measurement event, 6A event, 6B event can be carried out successively.Based on above-mentioned measuring sequence, achieve according to the measurement to the descending measurement reported event of network interferences, be conducive to reducing the maximum interference by network at first.

Fig. 3 is the structural representation of a measurement processing device embodiment of communication event of the present invention.The measurement processing device of the communication event of this embodiment can be used for the corresponding operating that in the measurement processing embodiment of the method for the above-mentioned each communication event of execution the present invention, the network equipment performs.As shown in Figure 3, it comprises detecting unit 301, recognition unit 303, first measuring unit 305 and transmitting element 307.

Wherein, detecting unit 301 is for detecting UPH information, the SNPL information of UE.

Whether the UPH value that the UPH information that recognition unit 303 detects for recognition detection unit 301 represents is less than default UPH threshold value, and the SNPL value that the SNPL information that detects of detecting unit 301 represents is less than default SNPL threshold value.

First measuring unit 305 is for the recognition result according to recognition unit 303, the UPH value that the UPH information detected in response to detecting unit 301 represents is less than default UPH threshold value, and/or the SNPL value that the SNPL information that detects of detecting unit 301 represents is less than default SNPL threshold value, default measuring period is shortened to and less default measuring period measurement reported event is measured.Exemplarily, the index value span presetting SNPL threshold value can be [0,9], such as, the value presetting the index value of SNPL threshold value can be 7, and the span presetting UPH threshold value is [0,5] dB, such as, the value presetting UPH threshold value can be 2dB.

Transmitting element 307 for all meeting the trigger condition of corresponding measurement reported event in Preset Time to the measurement result measuring reported event in response to the first measuring unit 305, and in Preset Time, do not initiate the measurement report message of arbitrary measurement reported event, the measurement report message of corresponding measurement reported event is reported to the network equipment.Preset Time is wherein less than the triggered time of the report condition parameter representing corresponding measurement reported event.

In the measurement processing square law device of the communication event that the embodiment of the present invention provides, can according to the how far of UPH acquisition of information UE current position distance service cell edge, UPH value is less, represent that the transmitting power of UE is larger, also namely path loss is larger, the closer to edge, Serving cell, larger to the interference of adjacent cell, service feature is lower; According to the current position of SNPL acquisition of information UE in SI to the annoyance level of adjacent cell, annoyance level is larger, more needs to control its uplink transmission power.Default UPH threshold value is less than in UPH value, and/or SNPL value is when being less than default SNPL threshold value, default measuring period is shortened to and less default measuring period measurement reported event is measured, improve measuring frequency, if all meet the trigger condition of corresponding measurement reported event in Preset Time to the measurement result measuring reported event, and in this Preset Time, do not initiate the measurement report message of arbitrary above-mentioned measurement reported event, can in the report condition of satisfied measurement reported event namely before the triggered time arrives, the measurement report message of corresponding measurement reported event is reported to the network equipment, shorten measure reported event on call time, UE is more easily met switching condition that TD-HSUPA communication protocol specifies and earlier start switching flow, avoid UE near cell edge or small and weak region measurement report not in time, and the service disconnection that the interference of this community and adjacent cell communication system caused more greatly and not in time and call drop, improve quality of service, and the interference effectively controlled adjacent cell.

Unrestricted according to a concrete example of the measurement processing device embodiment of communication event of the present invention, when default measuring period is shortened to less default measuring period by the first measuring unit 305, specifically default measuring period can be shortened to every subframe as less measuring period.

Fig. 4 is the structural representation of another embodiment of measurement processing device of communication event of the present invention.Compared with the embodiment shown in Fig. 4, the measurement processing device of the communication event of this embodiment also comprises receiving element 309 and the second measuring unit 311.Wherein, the Survey control message of measurement reported event of receiving element 309 for receiving the network equipment and issuing, each measurement in the Survey control message of reported event comprises trigger condition parameters and report condition parameter respectively, and report condition parameter is the triggered time.

Second measuring unit 311 is for receiving the Survey control message of the measurement reported event that the network equipment issues in response to receiving element 309, respectively according to measuring the trigger condition parameters and report condition parameter that the Survey control message of reported event comprises, according to default measuring period, measurement reported event is measured, and according to the recognition result of recognition unit 303, the UPH value that the UPH information detected in response to detecting unit 301 represents is less than default UPH threshold value, and/or the SNPL value that the SNPL information that detects of detecting unit 301 represents is less than default SNPL threshold value, stop measuring measurement reported event.Correspondingly, the measurement result of transmitting element 307 also for obtaining in response to the second measuring unit 311 meets trigger condition and the report condition of corresponding measurement reported event, reports the measurement report message of corresponding measurement reported event to the network equipment.

Measurement reported event in various embodiments of the present invention measurement processing device can comprise in same frequency measuring case, different-frequency measure event, isosystem measurement event, 6A event and 6B event any one or multiple, also can be other communication event that can trigger switching flow.Wherein, the configuration parameter that the Survey control message of 6A event comprises 6A event measures indication information with additional, additional measurement indication information comprise in common frequency measurement indication information, different-frequency measure indication information and isosystem measurement indication information any one or multiple; The measurement report message of 6A event comprises additional measurement information, additional measurement information comprise in the common frequency measurement object information corresponding with additional measurement indication information, different-frequency measure object information and isosystem measurement object information any one or multiple.

Exemplarily, first measuring unit 305 and the second measuring unit 311 to measure reported event measure time, specifically for the measurement reported event of sending measuring control message, the measurement of same frequency measuring case, different-frequency measure event, isosystem measurement event, 6A event, 6B event can be carried out successively.

Again see Fig. 4, unrestricted according to another concrete example of the measurement processing device of communication event of the present invention, more than one counter 313 can also be comprised, the initial value of the statistical value of this counter 313 is 0, and is resumed as initial value 0 after transmitting element 307 reports the measurement report message of corresponding measurement reported event to the network equipment.Correspondingly, when default measuring period shortens to and measures measurement reported event by the first measuring unit 305 less default measuring period, respectively for each measurement reported event, met the number of times of the trigger condition of corresponding measurement reported event continuously by counter 313 statistical measurements.

As shown in Figure 4, in this embodiment, the first measuring unit 305 specifically can comprise measures subelement 401, first recognin unit 403, execution subelement 405, second recognin unit 407.

Wherein, measure subelement 401 for the recognition result according to recognition unit 303, the UPH value that the UPH information detected in response to detecting unit 301 represents is less than default UPH threshold value, and/or the SNPL value that the SNPL information that detects of detecting unit 301 represents is less than default SNPL threshold value, default measuring period is shortened to less default measuring period, and the trigger condition parameters of the Survey control message of the measurement reported event received based on receiving element 309, measurement reported event is measured.

First recognin unit 403 is for identifying whether the measurement result of the measurement reported event obtained in the current less default measuring period after measuring subelement 401 shortening meets the trigger condition of corresponding measurement reported event.

Perform subelement 405 for the recognition result according to the first recognin unit 403, measurement result in response to the measurement reported event obtained in current less default measuring period does not meet the trigger condition of corresponding measurement reported event, and the statistical value of corresponding counter 313 is reverted to initial value 0; And meet the trigger condition of corresponding measurement reported event in response to the measurement result of the measurement reported event obtained in current less default measuring period, by the statistical value of corresponding counter 313 cumulative 1.

Second recognin unit 407 in response to execution subelement 405 by cumulative for the statistical value of corresponding counter 313 1, identify whether the statistical value of corresponding counter 313 reaches preset value N, N be greater than 1 integer.In a concrete example of the embodiment of the present invention, the span of N can be [0,150], and such as, the value of N is 40.

Correspondingly, transmitting element 307 is specifically according to the recognition result of the second recognin unit 407, statistical value in response to corresponding counter 313 reaches preset value N, judge the trigger condition in Preset Time, the measurement result measuring reported event all being met to corresponding measurement reported event, and in Preset Time, do not initiate the measurement report message of arbitrary measurement reported event, perform the operation of the measurement report message reporting corresponding measurement reported event to the network equipment.

Unrestricted according to another concrete example of the measurement processing device of communication event of the present invention, in the embodiment shown in fig. 4, perform subelement 405 can also to be used in response to transmitting element 307, to after the network equipment reports the measurement report message of corresponding measurement reported event, the statistical value of all counters 313 being reverted to initial value 0.

Unrestricted according to another concrete example of the measurement processing device of communication event of the present invention, in the embodiment shown in fig. 4, first measuring unit 305 can also be used for after the measurement report message reporting corresponding measurement reported event to the network equipment, will revert to default measuring period less default measuring period.

The embodiment of the present invention additionally provides a kind of UE, comprise and be coupling in this operably, the measurement processing device of the communication event of the above-mentioned any embodiment of the present invention, default UPH threshold value can be less than in UPH value, and/or SNPL value is when being less than default SNPL threshold value, default measuring period is shortened to and less default measuring period measurement reported event is measured, improve measuring frequency, if all meet the trigger condition of corresponding measurement reported event in Preset Time to the measurement result measuring reported event, and in this Preset Time, do not initiate the measurement report message of arbitrary above-mentioned measurement reported event, can in the report condition of satisfied measurement reported event namely before the triggered time arrives, the measurement report message of corresponding measurement reported event is reported to the network equipment, shorten measure reported event on call time, UE is more easily met switching condition that TD-HSUPA communication protocol specifies and earlier start switching flow, avoid UE near cell edge or small and weak region measurement report not in time, and the service disconnection that the interference of this community and adjacent cell communication system caused more greatly and not in time and call drop, improve quality of service, and the interference effectively controlled adjacent cell.

Those of ordinary skill in the art are understood that the Component units in the measurement processing device of the communication event of the various embodiments described above of the present invention, UE by software simulating, also can pass through hardware implementing equally.Further, the measurement processing device of the various embodiments described above communication event of the present invention, the Component units of UE might not realize embodiment of the present invention institute must or only for.In addition, in the measurement processing device of communication event, the Component units of UE, a unit realization can be merged into by multiple Component units, also the realization of multiple subelement can be split as by a Component units, annexation between each Component units, only represent based on an information flow direction exemplary relationship of the present invention, be not restricted to physical couplings, and also not necessarily realize the embodiment of the present invention must or only for.

In this specification, each embodiment all adopts the mode of going forward one by one to describe, and what each embodiment stressed is the difference with other embodiment, same or analogous part cross-reference between each embodiment.For device, apparatus embodiments, because itself and embodiment of the method are substantially corresponding, so description is fairly simple, relevant part illustrates see the part of embodiment of the method.

One of ordinary skill in the art will appreciate that: all or part of step realizing said method embodiment can have been come by the hardware that program command is relevant, aforesaid program can be stored in a computer read/write memory medium, this program, when performing, performs the step comprising said method embodiment; And aforesaid storage medium comprises: ROM, RAM, magnetic disc or CD etc. various can be program code stored medium.

The embodiment of the present invention can in the report condition of satisfied measurement reported event namely before the triggered time arrives, the measurement report message of corresponding measurement reported event is reported to the network equipment, shorten measure reported event on call time, UE is more easily met switching condition that TD-HSUPA communication protocol specifies and earlier start switching flow, avoid UE near cell edge or small and weak region measurement report not in time, and the service disconnection that the interference of this community and adjacent cell communication system caused more greatly and not in time and call drop, improve quality of service, and the interference effectively controlled adjacent cell.

Claims (23)

1. a measurement processing method for communication event, is characterized in that, comprising:
Detect the dump power UPH information of subscriber equipment, Serving cell and adjacent cell path loss SNPL information;
The UPH value represented in response to the UPH information detected is less than default UPH threshold value, and/or the SNPL value that the SNPL information detected represents is less than default SNPL threshold value, default measuring period is shortened to and less default measuring period measurement reported event is measured;
In response to the trigger condition in Preset Time, the measurement result measuring reported event all being met to corresponding measurement reported event, and in described Preset Time, do not initiate the measurement report message of arbitrary described measurement reported event, the measurement report message of described corresponding measurement reported event is reported to the network equipment; Described Preset Time is less than the triggered time of the report condition parameter representing described measurement reported event.
2. method according to claim 1, is characterized in that, is shortened to default measuring period and comprises less default measuring period:
Default measuring period is shortened to every subframe as less measuring period.
3. method according to claim 1, is characterized in that, also comprises:
Receive the Survey control message of the measurement reported event that the network equipment issues, each measurement in the Survey control message of reported event comprises trigger condition parameters and report condition parameter respectively, and described report condition parameter is the triggered time;
Respectively according to measuring the trigger condition parameters and report condition parameter that the Survey control message of reported event comprises, measure measuring reported event according to default measuring period;
Meet trigger condition and the report condition of corresponding measurement reported event in response to measurement result, report the measurement report message of described corresponding measurement reported event to the network equipment.
4. method according to claim 3, is characterized in that, described measurement reported event comprise in same frequency measuring case, different-frequency measure event, isosystem measurement event, 6A event and 6B event any one or multiple;
Wherein, the configuration parameter that the Survey control message of 6A event comprises 6A event measures indication information with additional, described additional measurement indication information comprise in common frequency measurement indication information, different-frequency measure indication information and isosystem measurement indication information any one or multiple; The measurement report message of 6A event comprises additional measurement information, described additional measurement information comprise in common frequency measurement object information, different-frequency measure object information and the isosystem measurement object information corresponding with described additional measurement indication information any one or multiple.
5. method according to claim 1, is characterized in that, is shortened to default measuring period and less default measuring period measurement reported event is carried out to measurement and comprises:
Respectively for each measurement reported event, the number of times of the trigger condition of corresponding measurement reported event is met continuously by a counters count measurement result, the initial value of the statistical value of described counter is 0, after the measurement report message reporting described corresponding measurement reported event to the network equipment, the statistical value of all counters is all resumed as initial value 0;
Default measuring period is shortened to after less default measuring period measurement reported event being measured, identify whether the measurement result of the measurement reported event obtained in current less default measuring period meets the trigger condition of corresponding measurement reported event;
Measurement result in response to the measurement reported event obtained in current less default measuring period does not meet the trigger condition of corresponding measurement reported event, and the statistical value of corresponding counter is reverted to initial value 0;
Measurement result in response to the measurement reported event obtained in current less default measuring period meets the trigger condition of corresponding measurement reported event, by the statistical value of corresponding counter cumulative 1, and identify whether the statistical value of described corresponding counter reaches preset value N, N be greater than 1 integer;
Statistical value in response to described corresponding counter reaches preset value N, judge the trigger condition in Preset Time, the measurement result measuring reported event all being met to corresponding measurement reported event, and in described Preset Time, do not initiate the measurement report message of arbitrary described measurement reported event, perform the described operation reporting the measurement report message of described corresponding measurement reported event to the network equipment.
6. method according to claim 5, is characterized in that, performs described to after the network equipment reports the operation of the measurement report message of described corresponding measurement reported event, the statistical value of all counters is reverted to initial value 0.
7. method according to claim 5, is characterized in that, the span of N is [0,150].
8. method according to claim 7, is characterized in that, the value of N is 40.
9. the method according to claim 1 to 8 any one, is characterized in that, after reporting the measurement report message of described corresponding measurement reported event, also comprises to the network equipment: described less default measuring period is reverted to default measuring period.
10. the method according to claim 1 to 8 any one, is characterized in that, the span of described default UPH threshold value is [0,5] dB; And/or
The span of the SNPL index value that described SNPL threshold value is corresponding is [0,9].
11. methods according to claim 10, is characterized in that, the index value presetting SNPL threshold value is 7; And/or
The value presetting UPH threshold value is 2dB.
The measurement processing device of 12. 1 kinds of communication events, is characterized in that, comprising:
Detecting unit, for detecting UPH information, the SNPL information of subscriber equipment;
Recognition unit, for recognition detection unit inspection to the UPH value that represents of UPH information whether be less than default UPH threshold value, and the SNPL value that the SNPL information that detects of detecting unit represents is less than default SNPL threshold value;
First measuring unit, for the recognition result according to recognition unit, the UPH value that the UPH information detected in response to detecting unit represents is less than default UPH threshold value, and/or the SNPL value that the SNPL information that detects of detecting unit represents is less than default SNPL threshold value, default measuring period is shortened to and less default measuring period measurement reported event is measured;
Transmitting element, for all meeting the trigger condition of corresponding measurement reported event in Preset Time to the measurement result measuring reported event in response to the first measuring unit, and in described Preset Time, do not initiate the measurement report message of arbitrary described measurement reported event, the measurement report message of described corresponding measurement reported event is reported to the network equipment; Described Preset Time is less than the triggered time of the report condition parameter representing described measurement reported event.
13. devices according to claim 12, is characterized in that, when default measuring period is shortened to less default measuring period by described first measuring unit, are specifically shortened to default measuring period with every subframe as less measuring period.
14. devices according to claim 12, is characterized in that, also comprise:
Receiving element, for receiving the Survey control message of the measurement reported event that the network equipment issues, each measurement in the Survey control message of reported event comprises trigger condition parameters and report condition parameter respectively, and described report condition parameter is the triggered time, second measuring unit, for receiving the Survey control message of the measurement reported event that the network equipment issues in response to described receiving element, respectively according to measuring the trigger condition parameters and report condition parameter that the Survey control message of reported event comprises, according to default measuring period, measurement reported event is measured, and according to the recognition result of recognition unit, the UPH value that the UPH information detected in response to detecting unit represents is less than default UPH threshold value, and/or the SNPL value that the SNPL information that detects of detecting unit represents is less than default SNPL threshold value, stop measuring measurement reported event,
The measurement result of described transmitting element also for obtaining in response to the second measuring unit meets trigger condition and the report condition of corresponding measurement reported event, reports the measurement report message of described corresponding measurement reported event to the network equipment.
15. devices according to claim 14, is characterized in that, described measurement reported event comprise in same frequency measuring case, different-frequency measure event, isosystem measurement event, 6A event and 6B event any one or multiple;
Wherein, the configuration parameter that the Survey control message of 6A event comprises 6A event measures indication information with additional, described additional measurement indication information comprise in common frequency measurement indication information, different-frequency measure indication information and isosystem measurement indication information any one or multiple; The measurement report message of 6A event comprises additional measurement information, described additional measurement information comprise in common frequency measurement object information, different-frequency measure object information and the isosystem measurement object information corresponding with described additional measurement indication information any one or multiple.
16. devices according to claim 14, is characterized in that, also comprise:
More than one counter, the initial value of the statistical value of described counter is 0, and is resumed as initial value 0 after transmitting element reports the measurement report message of described corresponding measurement reported event to the network equipment;
When default measuring period shortens to and measures measurement reported event by described first measuring unit less default measuring period, respectively for each measurement reported event, met the number of times of the trigger condition of corresponding measurement reported event continuously by a counters count measurement result;
Described first measuring unit comprises:
Measure subelement, for the recognition result according to recognition unit, the UPH value that the UPH information detected in response to detecting unit represents is less than default UPH threshold value, and/or the SNPL value that the SNPL information that detects of detecting unit represents is less than default SNPL threshold value, default measuring period is shortened to and less default measuring period measurement reported event is measured;
First recognin unit, for identifying whether the measurement result of the measurement reported event obtained in the current less default measuring period after measuring subelement shortening meets the trigger condition of corresponding measurement reported event;
Perform subelement, for the recognition result according to the first recognin unit, measurement result in response to the measurement reported event obtained in current less default measuring period does not meet the trigger condition of corresponding measurement reported event, and the statistical value of corresponding counter is reverted to initial value 0; And meet the trigger condition of corresponding measurement reported event in response to the measurement result of the measurement reported event obtained in current less default measuring period, by the statistical value of corresponding counter cumulative 1;
Second recognin unit, in response to execution subelement by cumulative for the statistical value of corresponding counter 1, identify whether the statistical value of described corresponding counter reaches preset value N, N be greater than 1 integer;
Described transmitting element is specifically according to the recognition result of the second recognin unit, statistical value in response to described corresponding counter reaches preset value N, judge the trigger condition in Preset Time, the measurement result measuring reported event all being met to corresponding measurement reported event, and in described Preset Time, do not initiate the measurement report message of arbitrary described measurement reported event, perform the described operation reporting the measurement report message of described corresponding measurement reported event to the network equipment.
17. devices according to claim 16, it is characterized in that, described execution subelement also in response to described transmitting element to after the network equipment reports the measurement report message of described corresponding measurement reported event, the statistical value of all counters is reverted to initial value 0.
18. devices according to claim 17, is characterized in that, the span of N is [0,150].
19. devices according to claim 18, is characterized in that, the value of N is 40.
20. according to claim 12 to the device described in 19 any one, it is characterized in that, described first measuring unit also for report described corresponding measurement reported event to the network equipment at transmitting element measurement report message after, described less default measuring period is reverted to default measuring period.
21., according to claim 12 to the device described in 19 any one, is characterized in that, the span of described default UPH threshold value is [0,5] dB; And/or
The span of the SNPL index value that described SNPL threshold value is corresponding is [0,9].
22. devices according to claim 21, is characterized in that, the index value presetting SNPL threshold value is 7; And/or
The value presetting UPH threshold value is 2dB.
23. 1 kinds of subscriber equipmenies, is characterized in that, the measurement processing device of the communication event described in claim 12 to 22 any one is coupled in described subscriber equipment operably.
CN201210195393.7A 2011-12-15 2012-06-14 The measurement processing method and apparatus of communication event, subscriber equipment CN103167534B (en)

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