WO2011143981A1 - 统计双模单待终端用户驻留双网时长比的方法和装置 - Google Patents

统计双模单待终端用户驻留双网时长比的方法和装置 Download PDF

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Publication number
WO2011143981A1
WO2011143981A1 PCT/CN2011/072776 CN2011072776W WO2011143981A1 WO 2011143981 A1 WO2011143981 A1 WO 2011143981A1 CN 2011072776 W CN2011072776 W CN 2011072776W WO 2011143981 A1 WO2011143981 A1 WO 2011143981A1
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Prior art keywords
dual
network
statistical
time
terminal user
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PCT/CN2011/072776
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English (en)
French (fr)
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李益刚
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中兴通讯股份有限公司
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Application filed by 中兴通讯股份有限公司 filed Critical 中兴通讯股份有限公司
Priority to EP11782898.8A priority Critical patent/EP2521417B1/en
Priority to US13/577,312 priority patent/US8982816B2/en
Priority to BR112012020366A priority patent/BR112012020366A2/pt
Priority to JP2012553173A priority patent/JP5395279B2/ja
Publication of WO2011143981A1 publication Critical patent/WO2011143981A1/zh

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    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04WWIRELESS COMMUNICATION NETWORKS
    • H04W60/00Affiliation to network, e.g. registration; Terminating affiliation with the network, e.g. de-registration
    • H04W60/005Multiple registrations, e.g. multihoming
    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04WWIRELESS COMMUNICATION NETWORKS
    • H04W8/00Network data management
    • H04W8/02Processing of mobility data, e.g. registration information at HLR [Home Location Register] or VLR [Visitor Location Register]; Transfer of mobility data, e.g. between HLR, VLR or external networks
    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04WWIRELESS COMMUNICATION NETWORKS
    • H04W24/00Supervisory, monitoring or testing arrangements
    • H04W24/08Testing, supervising or monitoring using real traffic
    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04WWIRELESS COMMUNICATION NETWORKS
    • H04W64/00Locating users or terminals or network equipment for network management purposes, e.g. mobility management
    • H04W64/006Locating users or terminals or network equipment for network management purposes, e.g. mobility management with additional information processing, e.g. for direction or speed determination
    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04WWIRELESS COMMUNICATION NETWORKS
    • H04W88/00Devices specially adapted for wireless communication networks, e.g. terminals, base stations or access point devices
    • H04W88/02Terminal devices
    • H04W88/06Terminal devices adapted for operation in multiple networks or having at least two operational modes, e.g. multi-mode terminals

Definitions

  • the present invention relates to a dual-network resident time-to-length ratio statistical technique for a mobile communication system, and more particularly to a statistical dual-mode single-standby terminal user-resident dual-network. Time length ratio method and device.
  • the dual mode terminal mainly includes two types of dual mode dual standby terminal and dual mode single standby terminal.
  • the terminal can simultaneously insert two SIMs (SIM, Subscriber Identity Module) or Universal Subscriber Identity Module (USIM) cards, and can reside on two different networks at the same time.
  • a dual-mode single-standby terminal allows only one SIM or USIM card to be plugged in. It can reside on two different networks, but can only reside on a single network at the same time.
  • Time Division Synchronous Code Division Multiple Access TD-SCDMA, Time Division-Synchronous Code
  • GSM Global System for Mobile
  • Dual mode terminal which is a dual mode single standby terminal.
  • the dual-mode single-standby terminal can only reside on one network at a time, the longer the dual-mode single-standby terminal stays in one of the two networks, the probability of generating traffic under the network. The bigger the number, the higher the call charge.
  • the 3G network belongs to the third generation mobile communication technology and is more advanced than the second generation mobile communication technology used by the 2G network, it is expected from the perspective of the network operator that the dual-mode single-standby terminal user resides in the 3G network as much as possible, and Initiate business under the 3G network.
  • the 3G network has no coverage, and The time is switched to the 2G network to ensure the continuity of the services used by the dual-mode single-standby terminal users, and to reduce the problems of access failure and dropped calls caused by weak coverage. Therefore, the statistics on the duration ratio of the dual-mode single-standby terminal users in the dual-network camping are important for controlling the duration of the dual-mode single-standby terminal users in the dual-network.
  • the prior art cannot provide a A method capable of accurately and effectively counting the duration ratio of a dual-mode single-standby terminal user in a dual-network camp. Summary of the invention
  • the main purpose of the present invention is to provide a method and apparatus for counting the duration ratio of a dual-mode single-standby terminal user to stay in a dual-network, so as to implement statistics on the duration ratio of the dual-mode single-standby terminal user-resident dual-network.
  • the present invention provides a method for counting a dual-mode single-standby terminal user to camp on a dual-network duration ratio, the method comprising:
  • each network in the dual network obtain the following parameters in each statistical time period of the period from the statistical start time to the statistical end time of the dual-mode single-standby terminal user: the number of periodic location updates that occur, The number of periodic routing area updates, the duration of calls other than periodic location updates and periodic routing area updates, the number of powered-on users residing, and the periodic location update timer and periodic routing area update timer;
  • the time ratio of each dual-mode single-end terminal user to the dual network is obtained.
  • the number of periodic location updates in each statistical time period is divided by the number of power-on users in the corresponding statistical time period, and each dual-mode single-standby terminal user is obtained in each statistics.
  • the calculating the duration of the stay in the PS single-domain network in the idle state of each dual-mode single-standby terminal user is specifically:
  • the number of periodic routing area updates in each statistical time period is divided by the number of power-on users in the corresponding statistical time period, and each dual-mode single-standby terminal user is obtained.
  • the number of periodic routing area updates R ( t ) occurring during the statistical time period; adding R ( t ) in each statistical time period to obtain each dual-mode single in the period from the statistical start time to the statistical end time The number of routing area updates R to be used by the end user;
  • the calculating the duration of the dwelling in the connection state of each dual-mode single-standby terminal user is specifically: for each network in the dual network, all the periodic location updates and periodicity in each statistical time period are The duration of the call outside the routing area update is added, and the total duration of the stay in the dual-mode single-standby terminal user connection state is obtained, and the total duration of the resident is divided by the number of power-on users in the corresponding statistical time period to obtain each double.
  • the C ( t ) in each statistical time period is added to obtain the dwell duration in the connection state of each dual-mode single-standby terminal user in the T start to T end time period.
  • the method further includes: respectively, for each network of the dual network, the resident duration of each dual-mode single-standby terminal user in a dual-domain or cs single-domain network, and the idle state in the idle state.
  • the length of the dwell time in the single-domain network and the dwell time in the connected state are added, and the duration of each dual-mode single-standby terminal user residing in the dual network is obtained.
  • the method further includes:
  • the set statistical end time is subtracted from the statistical start time to obtain a statistical time range, and the statistical time is obtained.
  • the range is subtracted from the dwell duration of one of the dual-mode single-standby end users in the dual network, and the resident of another network in the dual-network terminal user in the dual-network is obtained. duration.
  • the present invention also provides a device for counting a dual-mode single-standby terminal user to camp on a dual-network time-to-length ratio, the device comprising:
  • a time setting module configured to set a statistical start time and a statistical end time, and set a statistical time period
  • the parameter obtaining module is configured to obtain, for each network of the dual network, the following parameters in each statistical time period of the time period from the statistical start time to the statistical end time of the dual-mode single-standby terminal user: The number of periodic location updates, the number of periodic routing zone updates, the length of calls other than periodic location updates and periodic routing zone updates, the number of parked users that are parked, and the periodic location update timer and periodic routing zone update timing Device
  • a duration calculation module configured to calculate, for each network in the dual network, the resident duration of each dual-mode single-standby terminal user in a dual-domain or CS single-domain network according to the obtained parameters The length of the dwell time in the PS single-domain network and the dwell time in the connected state in the idle state, and the duration of each dual-mode single-standby terminal user residing in the dual network;
  • the duration ratio calculation module is configured to calculate the duration ratio of each dual-mode single-standby terminal user to the dual network according to the duration of each dual-mode single-standby terminal user residing in the dual network.
  • the duration calculation module is further configured to separately divide the number of periodic location updates in each statistical time period by the number of boot users in the corresponding statistical time period for each network in the dual network, to obtain each double The number of periodic location updates L ( 1 ) that the terminal waits for the end user to occur during each statistical time period;
  • the duration calculation module is further configured to separately divide the number of periodic routing area updates in each statistical time period by the number of power-on users in the corresponding statistical time period for each network in the dual network, and obtain each The number of periodic routing area updates R ( t ) that the dual-mode single-standby terminal user occurs during each statistical time period;
  • the duration calculation module is further configured to add, for each network in the dual network, all the call durations except the periodic location update and the periodic routing area update in each statistical time period, to obtain all pairs.
  • the total duration of the stay in the terminal user connection state, and the total duration of the camping is divided by the number of power-on users in the corresponding statistical time period, and each dual-mode single-standby terminal user is connected in each statistical time period.
  • Resident duration C ( t ) in the state; The C ( t ) in each statistical time period is added to obtain the dwell duration in the connection state of each dual-mode single-standby terminal user in the T start to T end time period.
  • the duration calculation module is further configured to: respectively, for each network of the dual network, the duration and idle time of each dual-mode single-standby terminal user in a dual-domain or CS single-domain network in an idle state. In the state, the dwell time in the PS single-domain network and the dwell time in the connected state are added, and the duration of each dual-mode single-standby terminal user residing in the dual network is obtained.
  • the duration calculating module is further configured to: when the dwell duration of one of the dual-mode single-standby terminal users in the dual network is obtained, subtract the statistical starting time from the set statistical ending time to obtain statistics. a time range, and subtracting, from the statistical time range, the dwell duration of one of the dual-mode single-standby end users in the dual network, and obtaining each dual-mode single-standby terminal user in the double The length of time that another network in the network is resident.
  • the method and device for collecting the dual-network time-to-length ratio of the dual-mode single-standby terminal user can easily realize the statistics of the resident duration and the proportion of the dual-mode single-standby terminal in the dual network, and statistical The information is more accurate and efficient, and the present invention does not require any changes to the current CN and Universal Mobile Telecommunications System (UTRAN, UMTS Terrestrial Radio Access Network) network, thereby greatly saving the operator's investment cost. . DRAWINGS
  • 1 is a flow chart of a method for counting a dual-network single-standby terminal user-resident dual-network time-to-length ratio according to the present invention
  • FIG. 2 is a structural diagram of a device for counting a dual-network time-to-length ratio of a dual-mode single-standby terminal user according to the present invention. Detailed ways
  • the UE if it is in the process of camping on the network, if it belongs to the dual domain station in the idle state. If it is attached to the circuit switched (CS, Circuit Switched) domain and the packet switched (PS) domain, or belongs to the CS single domain, the time set by the periodic location update timer (T3212) is reached. The UE needs to perform periodic location update, and its main function is to notify the core network (CN, Core Network) that the UE is still attached to the network.
  • CS Circuit Switched
  • PS packet switched
  • the UE In the process of camping on the network, if it belongs to the PS single domain, if the time set by the periodic routing area update timer (T3312) is reached in the idle state, the UE needs to perform periodic routing area update, which is mainly The role is to inform the CN of the PS domain that the UE is also attached to the network.
  • the CN When the UE is in the off-network state for a long time, after the time set by the T3212 or T3312 timer is reached, if the periodic location update or periodic routing area update is not performed in time, the CN will set the implicit shutdown timer set by itself. After that, the UE is placed in an implicit shutdown state. After the CN places the UE as an implicit shutdown, the user must re-initiate the attach request to continue to obtain the network service. After any type of call, including location update and routing area update, the UE's internal periodic location update timer or periodic routing area update timer is set to zero.
  • the invention utilizes the user in the mobile communication system as long as the user stays in the network, and in the idle state every time period of T3212, a periodic position update is inevitable; in the idle state, every time period of T3312, it is necessary to do One-time periodic routing area update; and the principle that the periodic location update timer/periodic routing area update timer is set to 0 after a call is completed, and the resident time ratio of the dual-mode single-standby terminal user in the dual network is realized. statistics.
  • the implementation of the statistical method is as follows: Two types of network LAC (Location Area Code), that is, the LAC of the two types of networks is different.
  • LAC Local Area Code
  • the method for collecting the dual-network time-to-length ratio of the dual-mode single-standby terminal user provided by the present invention mainly includes the following steps:
  • Step 101 Set a statistical start time T start and a statistical end time T end , and set a statistical time period t.
  • the single-standby terminal is powered on during the period of time, and no active shutdown occurs; the set statistical time period t needs to be satisfied: The statistical time period t is less than or equal to the foregoing statistical end time T end and the statistical start time T The difference between start , t T end - T start .
  • Step 102 Obtain the following parameters in each t period of the T start to T end time period of the dual mode single standby terminal user for each network in the dual network: the number of periodic location updates that occur, and the periodicity The number of routing area updates, the length of the call other than the periodic location update and the periodic routing area update, the number of parked users that are parked, and the periodic location update timer T3212 and the periodic routing area update timer T3312.
  • the statistical rules of the number of periodic location updates and the number of periodic routing zone updates are: If only periodic location updates occur in a call, or periodic location updates and periodic routing area updates occur simultaneously, only periodic locations are used.
  • the update is included in the statistical sample, and the periodic routing area update is not included in the statistical sample; if only the periodic routing area update occurs in one call, the periodic routing area update is included in the statistical sample.
  • the collection methods include but are not limited to: road test, fixed point test, single-user or multi-user signaling tracking, core network counter statistics, and wireless access network counter statistics. , network local or network-wide signaling set and so on.
  • the operation of step 102 includes two aspects: On one hand, the number of periodic location updates occurring in the TD-SCDMA network, and the periodic routing area update are acquired.
  • T3212 and T3312 acquire GSM network
  • the number of periodic location updates that occur, the number of periodic routing zone updates, the length of calls other than periodic location updates and periodic routing zone updates, the number of parked users that are parked, and the periodic location update timer T3212 and periodicity The routing area update timer ⁇ 3312. Therefore, in the subsequent operation steps, unless otherwise specified, the operation is performed separately for each type of network in the dual network.
  • T3212 and The T3312 can be obtained directly from the network side.
  • Step 103 Calculate the dwell duration of each dual-mode single-standby terminal user in the dual-domain or CS single-domain network in an idle state according to the obtained parameters, for each network in the dual-network.
  • the number of periodic location updates in each statistical time period t is divided by the number of power-on users in the corresponding statistical time period t, and each dual-mode single-standby terminal is obtained.
  • Step 104 For each network in the dual network, calculate the resident duration of each dual-mode single-standby terminal user in the PS single-domain network in an idle state according to the obtained parameters.
  • the number of periodic routing area updates in each statistical time period t is divided by the number of power-on users in the corresponding statistical time period t, and each dual-mode single standby is obtained.
  • Step 105 Calculate a dwell duration of each dual-mode single-standby terminal user in a connected state according to the obtained parameters for each network in the dual network. Specifically, for each network in the dual network, the time lengths of all users except the periodic location update and the periodic routing area update in each statistical time period t are added to obtain each statistical time period. The total duration of the stay in the dual-mode single-standby end-user connection state, and divides the total duration of the resident by the number of power-on users in the corresponding statistical time period t, and obtains statistics for each dual-mode single-standby terminal user. The dwell time C ( t ) in the connected state in the time period t; the C ( t ) in each statistical time period is added to obtain the connection state of each dual mode single standby terminal user in the T start to T end time period The dwell time C below.
  • Step 106 Calculate the duration of each dual-mode single-standby terminal user residing in the dual network.
  • the duration of staying in the dual-domain or CS single-domain network in the idle state of each dual-mode single-standby terminal user the resident duration in the PS single-domain network in the idle state, and the resident duration in the connected state. Adding together, the length of time each dual-mode single-standby terminal user resides in the dual network is obtained.
  • Step 107 Calculate a duration ratio of each dual-mode single-standby terminal user camping on the dual network.
  • the duration of each dual-mode single-standby terminal user residing in the dual network is compared, thereby obtaining the duration ratio of each dual-mode single-standby terminal user camping on the dual network.
  • the set statistical end time can be subtracted when only the duration of staying in one of the dual-mode single-standby end users in the dual network can be obtained.
  • the statistical start time is obtained, and the statistical time range is obtained, and the statistical time range is subtracted from the previous dwell duration of one of the dual-mode single-standby end users in the dual network, thereby obtaining each dual mode.
  • the method for counting the dual-network time-to-length ratio of the dual-mode single-standby terminal user is applicable to all mobile communication networks with periodic location update or periodic routing area update mechanism.
  • the following takes the TD-SCDMA/GSM dual-mode single-standby terminal as an example to further describe the method for the above-mentioned statistical dual-mode single-standby terminal user to stay in the dual-network time-to-length ratio.
  • the statistical method for the dual-mode single-standby terminal of the TD-SCDMA/GSM in the dual-network resident time-to-length ratio mainly includes the following steps, where The data of TD-SCDMA and GSM networks need to be collected at the same time.
  • Step 201 Set a statistical start time T start and a statistical end time T end , and set a statistical time period t.
  • Step 202 Count the number of times that the dual-mode terminal in the TD-SCDMA network is between T start and T end , the number of periodic location updates in each t period, the number of periodic routing area updates in the PS single domain, and the periodicity. Call duration outside the location update and periodic routing zone updates, number of powered-on users, T3212 and T3312.
  • Step 203 Count the number of times that the dual-mode terminal in the GSM network is between T start and T end , the number of periodic location updates in each t period, the number of periodic routing area updates in the PS single domain, and the periodic location update. The length of the call outside the periodic routing area update, the number of power-on users that are parked, T3212 and T3312.
  • Step 204 Divide the number of periodic location updates in each t period in the TD-SCDMA network by the number of power-on users in the t-cycle, and obtain periodic location update of each user in the TD-SCDMA network in each t-cycle. The number of times L td ( t ).
  • Step 205 Add L td ( t ) of each t period to obtain a position update number L td of each user in the TD-SCDMA network in the T start to T end statistical time range.
  • Step 206 Multiply L td by the T3212 timer of the TD-SCDMA network, and obtain the idle state resident duration of each user in the CS single domain or dual domain in the TD-SCDMA network in the T start to T end statistical time range. T tdcsps .
  • Step 207 dividing the number of periodic routing area updates of the PS single domain in each t period of the TD-SCDMA network by the number of powering users in the t period, and obtaining that each user occurs in the TD-SCDMA network in each t period.
  • the number of times the PS single-domain periodic routing area is updated R td ( t ).
  • Step 208 Add R td ( t ) of each t period to obtain the number R td of periodic routing area updates of each user in the TD-SCDMA network in the T start to T end statistical time range.
  • Step 209 multiplying R td by the T3312 timer of the TD-SCDMA network, and obtaining T start to The idle state resident time T tdps of each user in the PS single domain in the TD-SCDMA network in the T end statistical time range.
  • Step 210 Add all the call durations except the periodic location update and the periodic routing area update in each t period of the TD-SCDMA network, and obtain all the dual-mode single-standby users except the periodic location update in each t-cycle. And the total length of the external call in the periodic routing area, and the total duration is divided by the number of power-on users in the t-cycle, and the duration of each dual-mode single-standby user staying in the TD-SCDMA network connection state in each t period is obtained. T tdc . Nnect ( t ).
  • Step 211 adding T tdconnect ( t ) of each t period to obtain! ⁇ The duration of each dual-mode single-standby user staying in the TD-SCDMA network connection state within the T end statistical time range
  • Step 212 Add T tdcsps , T tdps and T tdconnect to obtain a duration T td of each user camping on the TD-SCDMA network from T start to T end time.
  • Step 213 the GSM network periodic location update within each period t divided by the number of starting the period t, to obtain periodic location update times L gsm each user occurs in every GSM network inherent period t (t).
  • Step 214 adding L gsm ( t ) of each t period, and obtaining the number of times L gsm of each user's position update under the GSM network in the T start to T end statistical time range.
  • Step 215 Multiply L gsm by the T3212 timer of the GSM network, and obtain an idle state of the user in the CS single domain or the dual domain in the GSM network in the T start to T end statistical time range.
  • Tg SmCS p S Multiply L gsm by the T3212 timer of the GSM network, and obtain an idle state of the user in the CS single domain or the dual domain in the GSM network in the T start to T end statistical time range.
  • Step 216 Divide the number of periodic routing area updates of the PS single domain in each t period of the GSM network by the number of power-on users in the t period, and obtain a PS single-domain period in each GSM network in each t period.
  • Step 217 adding R gsm ( t ) of each t period, and obtaining the number of times R gsm of the periodic routing area update of each user in the GSM network in the T start to T end statistical time range.
  • Step 218 Multiply R gsm by the T3312 timer of the GSM network, and obtain the idle state of each user in the PS single domain in the TD-GSM network during the T start to T end statistical time range.
  • Step 219 Add all the call durations except the periodic location update and the periodic routing zone update in each t period in the GSM network, and obtain all the dual-mode single-standby users except the periodic location update and period in each t-cycle.
  • the total length of the external call is updated by the sex routing area, and the total duration is divided by the number of power-on users in the t-cycle, and the duration of each dual-mode single-standby user staying in the GSM network connection state in each t period is obtained.
  • Step 220 each of t cycles T gsm ⁇ nnect (t) is added to obtain the statistics T start to T end time for each user to be resident in a single dual mode GSM network connection state duration T gsmc. Nnect .
  • Step 221 Add T gsmcsps and T gsmp o T gsm ⁇ nnect to obtain a duration T gsm of each user camping on the GSM network in the T start to T end statistical time range.
  • Step 222 dividing T td by T gsm to obtain a dwell duration ratio CTR tdgsm of the dual-mode single-standby terminal in the TD-SCDMA network and the GSM network.
  • the related processing operations for the TD-SCDMA network and the processing operations for the GSM network are not sequential, and may be performed simultaneously. It should be understood that the step numbers in the above embodiments are not sufficient to define the chronological order between the operational steps of the TD-SCDMA network and the GSM network.
  • T start to T end time of each user in the case where only obtained when the length T td T start to T end time of each user resides TD-SCDMA network, it can be directly derived according to the formula T start
  • T gsm T end - T start - T td .
  • each user resident in the case that only the duration T gsm of each user camping on the GSM network can be obtained from T start to T end time, each user resident can be directly obtained according to the following formula from T start to T end time.
  • the present invention also provides as shown in FIG. 2, the device includes a time setting module 10, a parameter obtaining module 20, a duration calculating module 30, and a duration ratio calculating module 40.
  • the time setting module 10 is configured to set a statistical start time and a statistical end time, and set a statistical time period.
  • the parameter obtaining module 20 is configured to obtain, for each network of the dual network, the following parameters in each statistical time period of the period from the statistical start time to the statistical end time of the dual-mode single-standby terminal user: The number of periodic location updates, the number of periodic routing zone updates, the length of calls other than periodic location updates and periodic routing zone updates, the number of parked users that are parked, and periodic location update timers and periodic routing zone updates Timer.
  • the duration calculation module 30 is configured to calculate, according to the acquired parameters, the duration of staying in the dual-domain or CS single-domain network in the idle state of each dual-mode single-standby terminal user, according to the acquired parameters.
  • the duration ratio calculation module 40 is configured to calculate the duration ratio of each dual-mode single-standby terminal user to the dual network according to the duration of each dual-mode single-standby terminal user residing in the dual network.
  • the duration calculation module 30 is further configured to separately divide the number of periodic location updates in each statistical time period by the number of power-on users in the corresponding statistical time period for each network in the dual network.
  • the number of times of location update of each dual-mode single-standby terminal user during the time period multiplying L by the periodic location update timer to obtain a period from the statistical start time to the statistical end time, each dual-mode list
  • the duration calculation module 30 is further configured to separately divide the number of periodic routing area updates in each statistical time period by the number of power-on users in the corresponding statistical time period for each network in the dual network. Get each dual-mode single-standby end user in each statistical time period The number of periodic routing area updates that occur (R ( t ); the R ( t ) in each statistical time period is added, and the time from the statistical start time to the statistical end time is obtained for each dual-mode single-standby terminal user. The number of routing area update times R is multiplied by the periodic routing area update timer to obtain the period from the statistics start time to the statistics end time. Each dual-mode single-standby terminal user is idle in the PS single-domain network. The duration of the stay.
  • the duration calculating module 30 is further configured to add, for each network in the dual network, all the call durations except the periodic location update and the periodic routing area update in each statistical time period, Obtain the total duration of the stay in the dual-mode single-standby terminal user connection state, and divide the total duration of the resident by the number of power-on users in the corresponding statistical time period to obtain each dual-mode single-standby terminal user in each statistical time period.
  • the length of the dwell time in the state is further configured to add, for each network in the dual network, all the call durations except the periodic location update and the periodic routing area update in each statistical time period, Obtain the total duration of the stay in the dual-mode single-standby terminal user connection state, and divide the total duration of the resident by the number of power-on users in the corresponding
  • the duration calculating module 30 is further configured to: for each network in the dual network, the duration of staying in the dual-domain or CS single-domain network in the idle state of each dual-mode single-standby terminal user, The dwell time in the PS single-domain network and the dwell time in the connected state are added in the idle state, and the duration of each dual-mode single-standby terminal user residing in the dual network is obtained.
  • the duration calculating module 30 is further configured to: when determining the dwell duration of each of the dual-mode single-standby terminal users in the dual network, subtract the set statistical ending time from the statistical starting time. Obtaining a statistical time range, and subtracting, from the statistical time range, the dwell duration of one of the dual-mode single-standby end users in the dual network, and obtaining each dual-mode single-standby terminal The duration of the user's other network in the dual network.

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  • Telephonic Communication Services (AREA)

Abstract

本发明公开了一种统计双模单待终端用户驻留双网时长比的方法和装置,设定Tstart、Tend和周期t;分别针对双网中每一种制式的网络,获取双模单待终端用户在Tstart至Tend时间段的每个周期t内发生的周期性位置更新次数、周期性路由区更新次数、除周期性位置更新和周期性路由区更新外的呼叫时长、开机用户数、T3212和T3312;根据获取的参数,计算每个用户空闲状态下在双域或CS单域网络中的驻留时长、空闲状态下在PS单域网络中的驻留时长和连接状态下的驻留时长,并得出每个用户分别驻留在双网的时长,从而得出每个用户驻留双网的时长比。通过本发明,实现了对双模单待终端用户驻留双网时长比的准确有效统计。

Description

统计双模单待终端用户驻留双网时长比的方法和装置 技术领域 本发明涉及移动通信系统的双网驻留时长比统计技术, 尤其涉及一种 统计双模单待终端用户驻留双网时长比的方法和装置。 背景技术 随着移动通信技术的发展, 不同制式的移动通信网络越来越多。 为了 使用户能够自由选择多种制式的网络, 越来越多的网络运营商提供了双模 终端。 双模终端主要包括双模双待终端和双模单待终端这两类。 待终端可同时插入两张用户识别模块( SIM , Subscriber Identity Module )或 全球用户识别模块( USIM, Universal Subscriber Identity Module )卡, 并可 同时驻留在两个不同制式的网络上。
双模单待终端只允许插入一张 SIM或 USIM卡, 可以驻留在两个不同 制式的网络上, 但是在同一时刻只能驻留在一个制式的网络上。 目前提供 的时分同步码分多址 ( TD-SCDMA , Time Division-Synchronous Code
Division Multiple Access ) /全球移动通信 ( GSM, Global System for Mobile
Communications )双模终端, 即为双模单待终端。
由于双模单待终端在同一时刻只能驻留在一个制式的网络上, 因此双 模单待终端在两个网络中的其中一个网络驻留时长越长, 则在该网络下产 生业务的概率也越大, 产生的话费也越高。
由于 3G网络属于第三代移动通信技术, 比 2G网络使用的第二代移动 通信技术先进, 因此从网络运营商的角度, 希望双模单待终端用户尽量多 的驻留在 3G网络中, 并在 3G网络下发起业务。 在 3G网络无覆盖时, 及 时转换至 2G网络中, 以保证双模单待终端用户使用业务的连续性, 减少因 弱覆盖而引起的接入失败和掉话等问题。 由此可见, 实现双模单待终端用 户在双网驻留的时长比的统计, 对于控制双模单待终端用户在双网的驻留 时长有着重要意义, 然而, 现有技术还无法提供一种能够准确有效统计双 模单待终端用户在双网驻留的时长比的方法。 发明内容
有鉴于此, 本发明的主要目的在于提供一种统计双模单待终端用户驻 留双网时长比的方法和装置, 以实现对双模单待终端用户驻留双网时长比 的统计。
为达到上述目的, 本发明的技术方案是这样实现的:
本发明提供了一种统计双模单待终端用户驻留双网时长比的方法, 该 方法包括:
设定统计起始时间和统计结束时间, 并设定统计时间周期;
分别针对双网中每一种制式的网络, 获取双模单待终端用户在统计起 始时间至统计结束时间的时间段的每个统计时间周期内的以下参数: 发生 的周期性位置更新次数、 周期性路由区更新次数、 除周期性位置更新和周 期性路由区更新外的呼叫时长、 驻留的开机用户数、 以及周期性位置更新 定时器和周期性路由区更新定时器;
分别针对双网中每一种制式的网络, 根据获取的所述参数, 计算每个 双模单待终端用户空闲状态下在双域或电路交换(cs )单域网络中的驻留 时长、 空闲状态下在分组交换(PS )单域网络中的驻留时长和连接状态下 的驻留时长, 并得出每个双模单待终端用户分别驻留在双网的时长;
根据每个双模单待终端用户分别驻留在双网的时长, 得出每个双模单 待终端用户驻留双网的时长比。
所述计算每个双模单待终端用户空闲状态下在双域或 CS 单域网络中 的驻留时长, 具体为:
分别针对双网中每一种制式的网络, 将每个统计时间周期内的周期性 位置更新次数除以对应统计时间周期内的开机用户数, 得到每个双模单待 终端用户在每个统计时间周期内发生的周期性位置更新次数 L ( t );
将每个统计时间周期内的 L ( t )相加, 得到统计起始时间至统计结束 时间的时间段内每个双模单待终端用户的位置更新次数 L;
将所述 L与周期性位置更新定时器相乘, 得到统计起始时间至统计结 束时间的时间段内,每个双模单待终端用户空闲状态下在双域或 CS单域网 络中的驻留时长。
所述计算每个双模单待终端用户空闲状态下在 PS单域网络中的驻留时 长, 具体为:
分别针对双网中每一种制式的网络, 将每个统计时间周期内的周期性 路由区更新次数除以对应统计时间周期内的开机用户数, 得到每个双模单 待终端用户在每个统计时间周期内发生的周期性路由区更新次数 R ( t ); 将每个统计时间周期内的 R ( t )相加, 得到统计起始时间至统计结束 时间的时间段内每个双模单待终端用户的路由区更新次数 R;
将所述 R与周期性路由区更新定时器相乘, 得到统计起始时间至统计 结束时间的时间段内,每个双模单待终端用户空闲状态下在 PS单域网络中 的驻留时长。
所述计算每个双模单待终端用户连接状态下的驻留时长, 具体为: 分别针对双网中每一种制式的网络, 将每个统计时间周期内所有除周 期性位置更新和周期性路由区更新外的呼叫时长相加, 得到所有双模单待 终端用户连接状态下的驻留总时长, 将所述驻留总时长除以对应统计时间 周期内的开机用户数, 得到每个双模单待终端用户在每个统计时间周期内 连接状态下的驻留时长 C ( t ); 将每个统计时间周期内的 C ( t )相加, 得到 Tstart至 Tend时间段内每个 双模单待终端用户连接状态下的驻留时长。
该方法进一步包括: 分别针对双网中每一种制式的网络, 将所述每个 双模单待终端用户空闲状态下在双域或 cs单域网络中的驻留时长、空闲状 态下在 PS单域网络中的驻留时长、 连接状态下的驻留时长相加, 得出每个 双模单待终端用户分别驻留在双网的时长。
该方法进一步包括:
在得出每个双模单待终端用户在双网中的其中一个网络的驻留时长 时, 将设定的统计结束时间减去统计起始时间, 得到统计时间范围, 并将 所述统计时间范围减去所述已得出的每个双模单待终端用户在双网中的其 中一个网络的驻留时长, 得到每个双模单待终端用户在双网中的另一个网 络的驻留时长。
本发明还提供了一种统计双模单待终端用户驻留双网时长比的装置, 该装置包括:
时间设定模块, 用于设定统计起始时间和统计结束时间, 并设定统计 时间周期;
参数获取模块, 用于分别针对双网中每一种制式的网络, 获取双模单 待终端用户在统计起始时间至统计结束时间的时间段的每个统计时间周期 内的以下参数: 发生的周期性位置更新次数、 周期性路由区更新次数、 除 周期性位置更新和周期性路由区更新外的呼叫时长、 驻留的开机用户数、 以及周期性位置更新定时器和周期性路由区更新定时器;
时长计算模块, 用于分别针对双网中每一种制式的网络, 根据获取的 所述参数,计算每个双模单待终端用户空闲状态下在双域或 CS单域网络中 的驻留时长、 空闲状态下在 PS单域网络中的驻留时长和连接状态下的驻留 时长, 并得出每个双模单待终端用户分别驻留在双网的时长; 时长比计算模块, 用于根据每个双模单待终端用户分别驻留在双网的 时长, 得出每个双模单待终端用户驻留双网的时长比。
所述时长计算模块进一步用于, 分别针对双网中每一种制式的网络, 将每个统计时间周期内的周期性位置更新次数除以对应统计时间周期内的 开机用户数, 得到每个双模单待终端用户在每个统计时间周期内发生的周 期性位置更新次数 L ( 1 );
将每个统计时间周期内的 L ( t )相加, 得到统计起始时间至统计结束 时间的时间段内每个双模单待终端用户的位置更新次数 L;
将所述 L与周期性位置更新定时器相乘, 得到统计起始时间至统计结 束时间的时间段内,每个双模单待终端用户空闲状态下在双域或 CS单域网 络中的驻留时长。
所述时长计算模块进一步用于, 分别针对双网中每一种制式的网络, 将每个统计时间周期内的周期性路由区更新次数除以对应统计时间周期内 的开机用户数, 得到每个双模单待终端用户在每个统计时间周期内发生的 周期性路由区更新次数 R ( t );
将每个统计时间周期内的 R ( t )相加, 得到统计起始时间至统计结束 时间的时间段内每个双模单待终端用户的路由区更新次数 R;
将所述 R与周期性路由区更新定时器相乘, 得到统计起始时间至统计 结束时间的时间段内,每个双模单待终端用户空闲状态下在 PS单域网络中 的驻留时长。
所述时长计算模块进一步用于, 分别针对双网中每一种制式的网络, 将每个统计时间周期内所有除周期性位置更新和周期性路由区更新外的呼 叫时长相加, 得到所有双模单待终端用户连接状态下的驻留总时长, 将所 述驻留总时长除以对应统计时间周期内的开机用户数, 得到每个双模单待 终端用户在每个统计时间周期内连接状态下的驻留时长 C ( t ); 将每个统计时间周期内的 C ( t )相加, 得到 Tstart至 Tend时间段内每个 双模单待终端用户连接状态下的驻留时长。
所述时长计算模块进一步用于, 分别针对双网中每一种制式的网络, 将所述每个双模单待终端用户空闲状态下在双域或 CS 单域网络中的驻留 时长、 空闲状态下在 PS单域网络中的驻留时长、 连接状态下的驻留时长相 加, 得出每个双模单待终端用户分别驻留在双网的时长。
所述时长计算模块进一步用于, 在得出每个双模单待终端用户在双网 中的其中一个网络的驻留时长时, 将设定的统计结束时间减去统计起始时 间, 得到统计时间范围, 并将所述统计时间范围减去所述已得出的每个双 模单待终端用户在双网中的其中一个网络的驻留时长, 得到每个双模单待 终端用户在双网中的另一个网络的驻留时长。
本发明所提供的一种统计双模单待终端用户驻留双网时长比的方法和 装置, 可以很容易的实现双模单待终端在双网的驻留时长及占比的统计, 统计的信息更为准确和有效,且本发明无需对当前的 CN和通用移动通信系 统陆地无线接入网 (UTRAN, UMTS Terrestrial Radio Access Network ) 网 络进行任何改动, 因此极大的节约了运营商的投资成本。 附图说明
图 1 为本发明一种统计双模单待终端用户驻留双网时长比的方法流程 图;
图 2为本发明一种统计双模单待终端用户驻留双网时长比的装置结构 图。 具体实施方式
下面结合附图和具体实施例对本发明的技术方案进一步详细阐述。 实际应用中, UE在驻留网络的过程中, 如果属于空闲状态下的双域驻 留, 即同时附着于电路交换(CS , Circuit Switched )域和分组交换(PS, Packet Switched )域, 或属于 CS单域驻留, 则在达到周期性位置更新定时 器(T3212 )设定的时间时, UE需要进行周期性的位置更新, 其主要作用 在于通知核心网 ( CN, Core Network )该 UE还附着在网络中。
UE在驻留网络的过程中, 如果属于 PS单域驻留, 则在空闲状态下达 到周期性路由区更新定时器(T3312 )设定的时间时, UE需要进行周期性 路由区更新, 其主要作用在于通知 PS域的 CN该 UE还附着在网络中。
当 UE长时间处于脱网状态时, 到达 T3212或 T3312定时器设定的时 间后,如果不及时进行周期性位置更新或周期性路由区更新,则 CN会在自 身设置的隐含关机定时器超时后, 将该 UE置为隐含关机状态。 当 CN将该 UE置为隐含关机后, 该用户必须重新发起附着请求, 才能继续获得网络服 务。 在进行任何类型的呼叫后, 包括位置更新和路由区更新, UE内部的周 期性位置更新定时器或周期性路由区更新定时器都会置 0。
本发明正是利用了移动通信系统中用户只要驻留在网络中, 在空闲状 态下每隔 T3212的时间周期, 必然做一次周期性位置更新; 在空闲状态下 每隔 T3312的时间周期, 必然做一次周期性路由区更新; 以及完成一次呼 叫后, 周期性位置更新定时器 /周期性路由区更新定时器置 0的原则, 实现 对双模单待终端用户在双网中的驻留时长比的统计。 该统计方法的实现前 提是: 两种制式的网络不共位置区域码(LAC, Location Area Code ), 即两 种制式的网络其 LAC不相同。
本发明所提供的一种统计双模单待终端用户驻留双网时长比的方法, 如图 1所示, 主要包括以下步骤:
步骤 101 , 设定统计起始时间 Tstart和统计结束时间 Tend, 并设定统计时 间周期 t。
设定的统计起始时间 Tstart和统计结束时间! ^需满足: 绝大多数双模 单待终端在该时间段内都处于开机状态, 且不会发生主动关机; 设定的统 计时间周期 t需满足: 该统计时间周期 t小于或等于前述统计结束时间 Tend 与统计起始时间 Tstart的差值, 即 t Tend - Tstart
步骤 102, 分别针对双网中每一种制式的网络, 获取双模单待终端用户 在 Tstart至 Tend时间段的每个 t周期内的以下参数:发生的周期性位置更新次 数、 周期性路由区更新次数、 除周期性位置更新和周期性路由区更新外的 呼叫时长、 驻留的开机用户数、 以及周期性位置更新定时器 T3212和周期 性路由区更新定时器 T3312。
其中, 周期性位置更新次数和周期性路由区更新次数的统计规则为: 如果一次呼叫中只发生周期性位置更新、 或同时发生周期性位置更新和周 期性路由区更新, 则只将周期性位置更新纳入统计样本, 不将周期性路由 区更新纳入统计样本; 如果一次呼叫中只发生周期性路由区更新, 则将周 期性路由区更新纳入统计样本。
在釆集上述数据时需同时釆集两种制式的网络, 釆集方式包括但不限 于: 路测、 定点测试、 单用户或多用户信令跟踪、 核心网计数器统计、 无 线接入网计数器统计、 网络局部或全网信令釆集等等。 假设将两种制式的 网络分别称为 TD-SCDMA网络和 GSM网络, 那么步骤 102的操作包括两 个方面: 一方面, 获取 TD-SCDMA网络中发生的周期性位置更新次数、 周 期性路由区更新次数、 除周期性位置更新和周期性路由区更新外的呼叫时 长、 驻留的开机用户数, 以及周期性位置更新定时器 T3212和周期性路由 区更新定时器 T3312; 另一方面, 获取 GSM网络中发生的周期性位置更新 次数、 周期性路由区更新次数、 除周期性位置更新和周期性路由区更新外 的呼叫时长、 驻留的开机用户数, 以及周期性位置更新定时器 T3212和周 期性路由区更新定时器 Τ3312。因此,后续的操作步骤中,除非有特殊说明, 都默认为对双网中的每种制式的网络分别执行的操作。 另外, T3212 和 T3312可以从网络侧直接获取到。
步骤 103 , 分别针对双网中每一种制式的网络, 根据获取的参数, 计算 每个双模单待终端用户在空闲状态下, 在双域或 CS 单域网络中的驻留时 长。
具体为: 分别针对双网中每一种制式的网络, 将每个统计时间周期 t 内的周期性位置更新次数除以对应统计时间周期 t内的开机用户数,得到每 个双模单待终端用户在每个统计时间周期 t内发生的周期性位置更新次数 L ( t );
将每个统计时间周期 t内的 L ( t )相加, 得到 Tstart至 Tend的时间段内 每个双模单待终端用户的位置更新次数 L;
将得到的 L与周期性位置更新定时器 T3212相乘, 得到 Tstart至 Tenc^† 间段内,每个双模单待终端用户空闲状态下在双域或 CS单域网络中的驻留 时长。
步骤 104, 分别针对双网中每一种制式的网络, 根据获取的参数, 计算 每个双模单待终端用户在空闲状态下, 在 PS单域网络中的驻留时长。
具体为: 分别针对双网中每一种制式的网络, 将每个统计时间周期 t 内的周期性路由区更新次数除以对应统计时间周期 t内的开机用户数,得到 每个双模单待终端用户在每个统计时间周期 t 内发生的周期性路由区更新 次数 R ( t );
将每个统计时间周期内的 R ( t )相加, 得到 Tstart至 Tend时间段内每个 双模单待终端用户的路由区更新次数 R;
将得到的 R与周期性路由区更新定时器 T3312相乘, 得到 Tstart至 Tend 时间段内,每个双模单待终端用户空闲状态下在 PS单域网络中的驻留时长。
步骤 105 , 分别针对双网中每一种制式的网络,根据获取的参数计算每 个双模单待终端用户在连接状态下的驻留时长。 具体为: 分别针对双网中每一种制式的网络, 将每个统计时间周期 t 内所有用户的除周期性位置更新和周期性路由区更新外的呼叫时长相加, 得到每个统计时间周期 t 内所有双模单待终端用户连接状态下的驻留总时 长,将该驻留总时长除以对应统计时间周期 t内的开机用户数,得到每个双 模单待终端用户在每个统计时间周期 t内连接状态下的驻留时长 C ( t ); 将每个统计时间周期内的 C ( t )相加, 得到 Tstart至 Tend时间段内每个 双模单待终端用户连接状态下的驻留时长 C。
步骤 106, 计算每个双模单待终端用户分别驻留在双网的时长。
具体为:将每个双模单待终端用户空闲状态下在双域或 CS单域网络中 的驻留时长、 空闲状态下在 PS单域网络中的驻留时长、 连接状态下的驻留 时长相加, 得出每个双模单待终端用户分别驻留在双网的时长。
步骤 107 , 计算每个双模单待终端用户驻留双网的时长比。
将每个双模单待终端用户分别驻留在双网的时长进行相比, 从而得到 每个双模单待终端用户驻留双网的时长比。
此外, 作为本发明的一种较佳实施例, 在只能得出每个双模单待终端 用户在双网中的其中一个网络的驻留时长时, 可以将设定的统计结束时间 减去统计起始时间, 得到统计时间范围, 并将该统计时间范围减去前述已 得出的每个双模单待终端用户在双网中的其中一个网络的驻留时长, 从而 得到每个双模单待终端用户在双网中的另一个网络的驻留时长。
需要说明的是, 本发明统计双模单待终端用户驻留双网时长比的方法, 对于所有具有周期性位置更新或周期性路由区更新机制的移动通信网络都 是适用的。
下面以 TD-SCDMA/GSM的双模单待终端为例, 对上述统计双模单待 终端用户驻留双网时长比的方法进一步详细说明。 TD-SCDMA/GSM 的双 模单待终端在双网驻留时长比的统计方法, 主要包括以下步骤, 其中, TD-SCDMA和 GSM网络的数据需同时釆集,
步骤 201 , 设定统计起始时间 Tstart和统计结束时间 Tend, 并设定统计时 间周期 t。
步骤 202, 统计 TD-SCDMA网络中双模终端在 Tstart至 Tend之间, 每个 t周期内发生周期性位置更新的次数、 在 PS单域发生周期性路由区更新的 次数、 除周期性位置更新和周期性路由区更新外的呼叫时长、 驻留的开机 用户数、 T3212和 T3312。
步骤 203 , 统计 GSM网络中双模终端在 Tstart至 Tend之间, 每个 t周期 内发生周期性位置更新的次数、 在 PS单域发生周期性路由区更新的次数、 除周期性位置更新和周期性路由区更新外的呼叫时长、 驻留的开机用户数、 T3212和 T3312。
步骤 204, 将 TD-SCDMA网络中每个 t周期内的周期性位置更新次数 除以该 t周期内的开机用户数,得到每个用户在每个 t周期内在 TD-SCDMA 网络发生周期性位置更新的次数 Ltd ( t )。
步骤 205 , 将每个 t周期的 Ltd ( t )相加, 得到 Tstart至 Tend统计时间范 围内每个用户在 TD-SCDMA网络下的位置更新次数 Ltd
步骤 206, 将 Ltd乘以 TD-SCDMA网络的 T3212定时器, 得到 Tstart至 Tend统计时间范围内每个用户在 TD-SCDMA网络中在 CS单域或双域下的 空闲状态驻留时长 Ttdcsps
步骤 207,将 TD-SCDMA网络中每个 t周期内 PS单域的周期性路由区 更新次数除以该 t周期内的开机用户数, 得到每个用户在每个 t周期内在 TD-SCDMA网络发生 PS单域周期性路由区更新的次数 Rtd ( t )。
步骤 208, 将每个 t周期的 Rtd ( t )相加, 得到 Tstart至 Tend统计时间范 围内每个用户在 TD-SCDMA网络下的周期性路由区更新的次数 Rtd
步骤 209, 将 Rtd乘以 TD-SCDMA网络的 T3312定时器, 得到 Tstart至 Tend统计时间范围内每个用户在 TD-SCDMA网络中 PS单域下的空闲状态 驻留时长 Ttdps
步骤 210, 将 TD-SCDMA网络中每个 t周期内所有除周期性位置更新 和周期性路由区更新外的呼叫时长相加,得到每个 t周期内所有双模单待用 户除周期性位置更新和周期性路由区更新外呼叫总时长, 将总时长除以该 t 周期内的开机用户数,得到每个双模单待用户在每个 t周期内在 TD-SCDMA 网络连接状态下驻留的时长 Ttdcnnect ( t )。
步骤 211 , 将每个 t周期的 Ttdconnect ( t )相加, 得到!^至 Tend统计时 间范围内每个双模单待用户在 TD-SCDMA 网络连接状态下驻留的时长
Ttdconnect °
步骤 212, 将 Ttdcsps、 Ttdps和 T tdconnect相加, 得到 Tstart至 Tend时间内每个 用户驻留 TD-SCDMA网络的时长 Ttd
步骤 213 , 将 GSM网络中每个 t周期内的周期性位置更新次数除以该 t周期内的开机用户数, 得到每个用户在每个 t周期内在 GSM网络发生周 期性位置更新的次数 Lgsm ( t )。
步骤 214, 将每个 t周期的 Lgsm ( t )相加, 得到 Tstart至 Tend统计时间范 围内每个用户在 GSM网络下的位置更新的次数 Lgsm
步骤 215, 将 Lgsm乘以 GSM网络的 T3212定时器, 得到 Tstart至 Tend 统计时间范围内每个用户在 GSM网络中在 CS单域或双域下的空闲状态驻 田日于 "j^ TgSmCSpS
步骤 216,将 GSM网络中每个 t周期内 PS单域的周期性路由区更新次 数除以该 t周期内的开机用户数, 得到每个用户在每个 t周期内在 GSM网 络发生 PS单域周期性路由区更新的次数 Rgsm ( t )。
步骤 217, 将每个 t周期的 Rgsm ( t )相加, 得到 Tstart至 Tend统计时间范 围内每个用户在 GSM网络下的周期性路由区更新的次数 Rgsm。 步骤 218 , 将 Rgsm乘以 GSM网络的 T3312定时器, 得到 Tstart至 Tend 统计时间范围内每个用户在 TD-GSM网络中 PS单域下的空闲状态驻留时
Ί^- TgSmpS
步骤 219, 将 GSM网络中每个 t周期内所有除周期性位置更新和周期 性路由区更新外的呼叫时长相加,得到每个 t周期内所有双模单待用户除周 期性位置更新和周期性路由区更新外呼叫总时长,将总时长除以该 t周期内 的开机用户数, 得到每个双模单待用户在每个 t周期内在 GSM网络连接状 态下驻留的时长 Tgsm∞nnect ( t )。
步骤 220, 将每个 t周期的 Tgsm∞nnect ( t )相加, 得到 Tstart至 Tend统计时 间范围内每个双模单待用户在 GSM网络连接状态下驻留的时长 Tgsmcnnect
步骤 221 , 将 Tgsmcsps、 Tgsmp o Tgsm∞nnect相加, 得到 Tstart至 Tend统计时 间范围内每个用户驻留 GSM网络的时长 Tgsm
步骤 222, 将 Ttd除以 Tgsm, 得到双模单待终端在 TD-SCDMA网络和 GSM网络的驻留时长比 CTRtdgsm
需要说明的是, 在上述实施例的各操作步骤中, 针对 TD-SCDMA网络 的相关处理操作和针对 GSM网络相关处理操作并无先后顺序,也可以同时 进行。应当理解, 上述实施例中的步骤编号并不够成对 TD-SCDMA网络和 GSM网络操作步骤之间的时间先后顺序的限定。
另外, 作为另一种较佳的实施例, 在只能得出 Tstart至 Tend时间内每个 用户驻留 TD-SCDMA网络的时长 Ttd的情况下, 可以根据如下公式直接得 出 Tstart至 Tend时间内每个用户驻留 GSM网络的时长 Tgsm, 即 Tgsm = Tend - Tstart - Ttd。 相反的, 在只能得出 Tstart至 Tend时间内每个用户驻留 GSM网络 的时长 Tgsm的情况下, 也可以根据如下公式直接得出 Tstart至 Tend时间内每 个用户驻留 TD-SCDMA网络的时长 Ttd, 即 Ttd = Tend - Tstart - Tgsm
对应上述统计双模单待终端用户驻留双网时长比的方法, 本发明还提 供了一种统计双模单待终端用户驻留双网时长比的装置, 如图 2所示, 包 括: 时间设定模块 10、 参数获取模块 20、 时长计算模块 30和时长比计算 模块 40。其中, 时间设定模块 10,用于设定统计起始时间和统计结束时间, 并设定统计时间周期。 参数获取模块 20, 用于分别针对双网中每一种制式 的网络, 获取双模单待终端用户在统计起始时间至统计结束时间的时间段 的每个统计时间周期内的以下参数: 发生的周期性位置更新次数、 周期性 路由区更新次数、 除周期性位置更新和周期性路由区更新外的呼叫时长、 驻留的开机用户数、 以及周期性位置更新定时器和周期性路由区更新定时 器。 时长计算模块 30, 用于分别针对双网中每一种制式的网络, 根据获取 的参数,计算每个双模单待终端用户空闲状态下在双域或 CS单域网络中的 驻留时长、 空闲状态下在 PS单域网络中的驻留时长和连接状态下的驻留时 长, 并得出每个双模单待终端用户分别驻留在双网的时长。 时长比计算模 块 40, 用于根据每个双模单待终端用户分别驻留在双网的时长, 得出每个 双模单待终端用户驻留双网的时长比。
较佳的, 时长计算模块 30进一步用于, 分别针对双网中每一种制式的 网络, 将每个统计时间周期内的周期性位置更新次数除以对应统计时间周 期内的开机用户数, 得到每个双模单待终端用户在每个统计时间周期内发 生的周期性位置更新次数 L ( t ); 将每个统计时间周期内的 L ( t )相加, 得 到统计起始时间至统计结束时间的时间段内每个双模单待终端用户的位置 更新次数 L; 将 L与周期性位置更新定时器相乘, 得到统计起始时间至统 计结束时间的时间段内,每个双模单待终端用户空闲状态下在双域或 CS单 域网络中的驻留时长。
较佳的, 时长计算模块 30进一步用于, 分别针对双网中每一种制式的 网络, 将每个统计时间周期内的周期性路由区更新次数除以对应统计时间 周期内的开机用户数, 得到每个双模单待终端用户在每个统计时间周期内 发生的周期性路由区更新次数 R ( t );将每个统计时间周期内的 R ( t )相加, 得到统计起始时间至统计结束时间的时间段内每个双模单待终端用户的路 由区更新次数 R; 将 R与周期性路由区更新定时器相乘, 得到统计起始时 间至统计结束时间的时间段内,每个双模单待终端用户空闲状态下在 PS单 域网络中的驻留时长。
较佳的, 时长计算模块 30进一步用于, 分别针对双网中每一种制式的 网络, 将每个统计时间周期内所有除周期性位置更新和周期性路由区更新 外的呼叫时长相加, 得到所有双模单待终端用户连接状态下的驻留总时长, 将该驻留总时长除以对应统计时间周期内的开机用户数, 得到每个双模单 待终端用户在每个统计时间周期内连接状态下的驻留时长 C ( t ); 将每个统 计时间周期内的 C ( t )相加, 得到统计起始时间至统计结束时间的时间段 内每个双模单待终端用户连接状态下的驻留时长。
较佳的, 时长计算模块 30进一步用于, 分别针对双网中每一种制式的 网络,将每个双模单待终端用户空闲状态下在双域或 CS单域网络中的驻留 时长、 空闲状态下在 PS单域网络中的驻留时长、 连接状态下的驻留时长相 加, 得出每个双模单待终端用户分别驻留在双网的时长。
较佳的, 时长计算模块 30进一步用于, 在得出每个双模单待终端用户 在双网中的其中一个网络的驻留时长时, 将设定的统计结束时间减去统计 起始时间, 得到统计时间范围, 并将所述统计时间范围减去所述已得出的 每个双模单待终端用户在双网中的其中一个网络的驻留时长, 得到每个双 模单待终端用户在双网中的另一个网络的驻留时长。
以上所述, 仅为本发明的较佳实施例而已, 并非用于限定本发明的保 护范围。

Claims

权利要求书
1、 一种统计双模单待终端用户驻留双网时长比的方法, 其特征在于, 该方法包括:
设定统计起始时间和统计结束时间, 并设定统计时间周期;
分别针对双网中每一种制式的网络, 获取双模单待终端用户在统计起 始时间至统计结束时间的时间段的每个统计时间周期内的以下参数: 发生 的周期性位置更新次数、 周期性路由区更新次数、 除周期性位置更新和周 期性路由区更新外的呼叫时长、 驻留的开机用户数、 以及周期性位置更新 定时器和周期性路由区更新定时器;
分别针对双网中每一种制式的网络, 根据获取的所述参数, 计算每个 双模单待终端用户空闲状态下在双域或电路交换(cs )单域网络中的驻留 时长、 空闲状态下在分组交换(PS )单域网络中的驻留时长和连接状态下 的驻留时长, 并得出每个双模单待终端用户分别驻留在双网的时长;
根据每个双模单待终端用户分别驻留在双网的时长, 得出每个双模单 待终端用户驻留双网的时长比。
2、根据权利要求 1所述统计双模单待终端用户驻留双网时长比的方法, 其特征在于,所述计算每个双模单待终端用户空闲状态下在双域或 CS单域 网络中的驻留时长, 具体为:
分别针对双网中每一种制式的网络, 将每个统计时间周期内的周期性 位置更新次数除以对应统计时间周期内的开机用户数, 得到每个双模单待 终端用户在每个统计时间周期内发生的周期性位置更新次数 L ( t );
将每个统计时间周期内的 L ( t )相加, 得到统计起始时间至统计结束 时间的时间段内每个双模单待终端用户的位置更新次数 L;
将所述 L与周期性位置更新定时器相乘, 得到统计起始时间至统计结 束时间的时间段内,每个双模单待终端用户空闲状态下在双域或 CS单域网 络中的驻留时长。
3、根据权利要求 1所述统计双模单待终端用户驻留双网时长比的方法, 其特征在于, 所述计算每个双模单待终端用户空闲状态下在 PS单域网络中 的驻留时长, 具体为:
分别针对双网中每一种制式的网络, 将每个统计时间周期内的周期性 路由区更新次数除以对应统计时间周期内的开机用户数, 得到每个双模单 待终端用户在每个统计时间周期内发生的周期性路由区更新次数 R ( t ); 将每个统计时间周期内的 R ( t )相加, 得到统计起始时间至统计结束 时间的时间段内每个双模单待终端用户的路由区更新次数 R;
将所述 R与周期性路由区更新定时器相乘, 得到统计起始时间至统计 结束时间的时间段内,每个双模单待终端用户空闲状态下在 PS单域网络中 的驻留时长。
4、根据权利要求 1所述统计双模单待终端用户驻留双网时长比的方法, 其特征在于, 所述计算每个双模单待终端用户连接状态下的驻留时长, 具 体为:
分别针对双网中每一种制式的网络, 将每个统计时间周期内所有除周 期性位置更新和周期性路由区更新外的呼叫时长相加, 得到所有双模单待 终端用户连接状态下的驻留总时长, 将所述驻留总时长除以对应统计时间 周期内的开机用户数, 得到每个双模单待终端用户在每个统计时间周期内 连接状态下的驻留时长 C ( t );
将每个统计时间周期内的 C ( t )相加, 得到 Tstart至 Tend时间段内每个 双模单待终端用户连接状态下的驻留时长。
5、 根据权利要求 1至 4任一项所述统计双模单待终端用户驻留双网时 长比的方法, 其特征在于, 该方法进一步包括: 分别针对双网中每一种制 式的网络,将所述每个双模单待终端用户空闲状态下在双域或 CS单域网络 中的驻留时长、 空闲状态下在 PS单域网络中的驻留时长、 连接状态下的驻 留时长相加, 得出每个双模单待终端用户分别驻留在双网的时长。
6、 根据权利要求 1至 4任一项所述统计双模单待终端用户驻留双网时 长比的方法, 其特征在于, 该方法进一步包括:
在得出每个双模单待终端用户在双网中的其中一个网络的驻留时长 时, 将设定的统计结束时间减去统计起始时间, 得到统计时间范围, 并将 所述统计时间范围减去所述已得出的每个双模单待终端用户在双网中的其 中一个网络的驻留时长, 得到每个双模单待终端用户在双网中的另一个网 络的驻留时长。
7、 一种统计双模单待终端用户驻留双网时长比的装置, 其特征在于, 该装置包括:
时间设定模块, 用于设定统计起始时间和统计结束时间, 并设定统计 时间周期;
参数获取模块, 用于分别针对双网中每一种制式的网络, 获取双模单 待终端用户在统计起始时间至统计结束时间的时间段的每个统计时间周期 内的以下参数: 发生的周期性位置更新次数、 周期性路由区更新次数、 除 周期性位置更新和周期性路由区更新外的呼叫时长、 驻留的开机用户数、 以及周期性位置更新定时器和周期性路由区更新定时器;
时长计算模块, 用于分别针对双网中每一种制式的网络, 根据获取的 所述参数,计算每个双模单待终端用户空闲状态下在双域或 CS单域网络中 的驻留时长、 空闲状态下在 PS单域网络中的驻留时长和连接状态下的驻留 时长, 并得出每个双模单待终端用户分别驻留在双网的时长;
时长比计算模块, 用于根据每个双模单待终端用户分别驻留在双网的 时长, 得出每个双模单待终端用户驻留双网的时长比。
8、根据权利要求 7所述统计双模单待终端用户驻留双网时长比的装置, 其特征在于, 所述时长计算模块进一步用于, 分别针对双网中每一种制式 的网络, 将每个统计时间周期内的周期性位置更新次数除以对应统计时间 周期内的开机用户数, 得到每个双模单待终端用户在每个统计时间周期内 发生的周期性位置更新次数 L ( t );
将每个统计时间周期内的 L ( t )相加, 得到统计起始时间至统计结束 时间的时间段内每个双模单待终端用户的位置更新次数 L;
将所述 L与周期性位置更新定时器相乘, 得到统计起始时间至统计结 束时间的时间段内,每个双模单待终端用户空闲状态下在双域或 CS单域网 络中的驻留时长。
9、根据权利要求 7所述统计双模单待终端用户驻留双网时长比的装置, 其特征在于, 所述时长计算模块进一步用于, 分别针对双网中每一种制式 间周期内的开机用户数, 得到每个双模单待终端用户在每个统计时间周期 内发生的周期性路由区更新次数 R ( t );
将每个统计时间周期内的 R ( t )相加, 得到统计起始时间至统计结束 时间的时间段内每个双模单待终端用户的路由区更新次数 R;
将所述 R与周期性路由区更新定时器相乘, 得到统计起始时间至统计 结束时间的时间段内,每个双模单待终端用户空闲状态下在 PS单域网络中 的驻留时长。
10、 根据权利要求 7所述统计双模单待终端用户驻留双网时长比的装 置, 其特征在于, 所述时长计算模块进一步用于, 分别针对双网中每一种 制式的网络, 将每个统计时间周期内所有除周期性位置更新和周期性路由 区更新外的呼叫时长相加, 得到所有双模单待终端用户连接状态下的驻留 总时长, 将所述驻留总时长除以对应统计时间周期内的开机用户数, 得到 每个双模单待终端用户在每个统计时间周期内连接状态下的驻留时长 C ( 1 );
将每个统计时间周期内的 C ( t )相加, 得到 Tstart至 Tend时间段内每个 双模单待终端用户连接状态下的驻留时长。
11、 根据权利要求 7至 10任一项所述统计双模单待终端用户驻留双网 时长比的装置, 其特征在于, 所述时长计算模块进一步用于, 分别针对双 网中每一种制式的网络, 将所述每个双模单待终端用户空闲状态下在双域 或 CS单域网络中的驻留时长、 空闲状态下在 PS单域网络中的驻留时长、 连接状态下的驻留时长相加, 得出每个双模单待终端用户分别驻留在双网 的时长。
12、 根据权利要求 7至 10任一项所述统计双模单待终端用户驻留双网 时长比的装置, 其特征在于, 所述时长计算模块进一步用于, 在得出每个 双模单待终端用户在双网中的其中一个网络的驻留时长时, 将设定的统计 结束时间减去统计起始时间, 得到统计时间范围, 并将所述统计时间范围 减去所述已得出的每个双模单待终端用户在双网中的其中一个网络的驻留 时长, 得到每个双模单待终端用户在双网中的另一个网络的驻留时长。
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Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2016507937A (ja) * 2012-12-20 2016-03-10 ゼットティーイー コーポレーションZte Corporation マルチモード端末及びマルチモード端末のハンドオーバ方法
CN107734578A (zh) * 2017-09-26 2018-02-23 奇酷互联网络科技(深圳)有限公司 移动终端的待机优化方法、装置及移动终端

Families Citing this family (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104125596B (zh) * 2014-07-07 2018-07-27 北京奇虎科技有限公司 一种数据流量统计方法和装置
CN105827786B (zh) * 2015-01-04 2019-07-05 中国移动通信集团公司 双待终端的多模互操作方法及装置
CN104850409B (zh) * 2015-06-05 2019-06-04 北京京东尚科信息技术有限公司 统计网页停留时长方法
CN110621049B (zh) * 2018-06-19 2022-01-14 中国移动通信有限公司研究院 一种双模终端的通信方法、装置及双模终端
CN113891383B (zh) * 2021-10-09 2023-07-28 中国联合网络通信集团有限公司 驻网时长占比的确定方法、装置及计算机存储介质
CN114885352B (zh) * 2022-06-17 2024-04-19 中国联合网络通信集团有限公司 一种驻留时长比确定方法、装置及存储介质

Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US20030031150A1 (en) * 2001-08-10 2003-02-13 Satoru Yukie Dual network modem
US20060245405A1 (en) * 2005-05-02 2006-11-02 Liu Chi W Portable communication device with internet phone module
CN101047972A (zh) * 2006-04-14 2007-10-03 华为技术有限公司 无线网络中注册区分配的方法及应用
CN101272568A (zh) * 2008-05-26 2008-09-24 北京天碁科技有限公司 Gsm/td-scdma双模终端的异模活动调度方法
CN101616431A (zh) * 2009-07-30 2009-12-30 迈玺(北京)科技有限公司 无线网状网网络的实现方法及节点

Family Cites Families (8)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2003078658A (ja) * 2001-08-30 2003-03-14 Fujitsu Ltd 課金方法及び課金装置
JPWO2007086122A1 (ja) * 2006-01-26 2009-06-18 富士通株式会社 在圏時間による課金システム
GB0608612D0 (en) * 2006-05-02 2006-06-14 Vodafone Plc Telecommunications networks
CN101163311B (zh) * 2006-10-13 2010-12-08 中兴通讯股份有限公司 一种实现对多模手机进行短信开通检测的方法
EP2078435B1 (en) * 2006-10-20 2011-11-23 Research In Motion Limited Multi-mode mobile device, call statistics server, corresponding methods and system for the collection of call statistics for the multi-mode mobile device
CN101415175B (zh) * 2007-10-16 2012-01-04 华为技术有限公司 一种双注册处理方法及装置
EP2206309A4 (en) * 2007-11-01 2011-03-30 Huawei Tech Co Ltd DETERMINATION OF NETWORK PARAMETERS
US8346254B2 (en) * 2007-11-22 2013-01-01 Telefonaktiebolaget Lm Ericsson (Publ) Method for registering a mobile terminal in a mobile radio communication system

Patent Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US20030031150A1 (en) * 2001-08-10 2003-02-13 Satoru Yukie Dual network modem
US20060245405A1 (en) * 2005-05-02 2006-11-02 Liu Chi W Portable communication device with internet phone module
CN101047972A (zh) * 2006-04-14 2007-10-03 华为技术有限公司 无线网络中注册区分配的方法及应用
CN101272568A (zh) * 2008-05-26 2008-09-24 北京天碁科技有限公司 Gsm/td-scdma双模终端的异模活动调度方法
CN101616431A (zh) * 2009-07-30 2009-12-30 迈玺(北京)科技有限公司 无线网状网网络的实现方法及节点

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2016507937A (ja) * 2012-12-20 2016-03-10 ゼットティーイー コーポレーションZte Corporation マルチモード端末及びマルチモード端末のハンドオーバ方法
CN107734578A (zh) * 2017-09-26 2018-02-23 奇酷互联网络科技(深圳)有限公司 移动终端的待机优化方法、装置及移动终端
CN107734578B (zh) * 2017-09-26 2020-10-09 奇酷互联网络科技(深圳)有限公司 移动终端的待机优化方法、装置及移动终端

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