CN101651904B - Method, device and system for acquiring measured gap - Google Patents
Method, device and system for acquiring measured gap Download PDFInfo
- Publication number
- CN101651904B CN101651904B CN2008101473596A CN200810147359A CN101651904B CN 101651904 B CN101651904 B CN 101651904B CN 2008101473596 A CN2008101473596 A CN 2008101473596A CN 200810147359 A CN200810147359 A CN 200810147359A CN 101651904 B CN101651904 B CN 101651904B
- Authority
- CN
- China
- Prior art keywords
- macrocell
- csg
- user terminal
- district
- csg cell
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Active
Links
Images
Abstract
The invention discloses a method, a device and a system for acquiring a measured gap. The method comprises the following steps that: a user terminal acquires a CSG cell deployment scene; and the user terminal selects a method for acquiring the measured gap according to the CSG cell deployment scene. The invention also provides a user terminal, a household evolution base station and a system. By using the method, the device and the system, the user terminal can select different methods to acquire the measured gap according to different CSG cell deployment scenes so as to meet the requirements on time behavior when the user terminal is switched from the macro cell to the CSG cell under different deployment scenes.
Description
Technical field
The present invention relates to the mobile communication technology field, relate in particular to user terminal and obtain the methods, devices and systems of measuring the space.
Background technology
Appearance along with more and more GSMs; As developing LTE (the Long TermEvolution of formulation; Long evolving system) system etc., user's demand be variation thereupon also, and inside coverage base station and some other limited networks of covering and enterprise-level arise at the historic moment family room in; Like Home eNodeB (HomeNodeB), private network (Private Network) etc., also has the limited network of some CF layer.In the present invention, represent all private networks with CSG (Closed Subscriber Group, closed subscriber group).
At present in the LTE system; Multiple deployment scenario may appear in the CSG sub-district; CSG sub-district as shown in Figure 1 and macrocell are with covering, and CSG sub-district perhaps as shown in Figure 2 covers as the expansion of macrocell border district, and the extension that does not have macrocell to cover in the CSG sub-district perhaps as shown in Figure 3 covers.And for different deployment scenario, also different to ambulant performance requirement.User terminal comprises from the step that macrocell switches to the CSG sub-district: trigger search CSG sub-district, read the CSG system broadcast information and obtain CSG sign, measurement and report, switching command and issue, switch execution.
At present, user terminal adopts the automatic triggering searching method based on the terminal to the measurement of CSG sub-district, and macrocell does not issue adjacent CSG cell information.User terminal is preserved a CSG tabulation that allows its access, is called white list tabulation (CSG white list), preserves the information such as sign of CSG in the tabulation.When user terminal moves closer to the CSG sub-district to a certain degree the time; Triggering is to the measurement of CSG sub-district; Read the sign of the CSG of adjacent C SG sub-district; And compare with CSG white list that user terminal is preserved, if comprise the sign of this CSG in this tabulation, then represent this CSG sub-district permission user terminal access.When user terminal is in continuous accepting state, the frequency range of self using and the frequency range of CSG sub-district not simultaneously, user terminal need get access to measures the space, and in this measurement space, reads the broadcast message and the measurement CSG sub-district of adjacent C SG sub-district.
State user terminal in the private network of the present invention in realization and obtain in the process of measuring the space method, the inventor finds to exist at least in the prior art following problem:
For different CSG deployment scenario, user terminal will switch to the CSG sub-district from macrocell in different time, thereby to obtaining the method for measuring the space different time performance requirement is arranged.As, when CSG sub-district and macrocell are disposed with covering, require user terminal to switch to the CSG sub-district and accomplish in second at 10-30 from macrocell, less demanding to obtaining the time performance of measuring the space method; When CSG sub-district and macrocell expansion cover deployment, require to switch in 1 second or accomplish in the several seconds, then will obtain as early as possible and measure the measurement of space completion the CSG sub-district.But present, user terminal obtains the method for measuring the space can not satisfy the performance requirement under all CSG deployment scenario simultaneously.
Summary of the invention
The embodiment of the invention provides a kind of methods, devices and systems of measuring the space that obtain, to satisfy user terminal under the different deployment scenario switches to the CSG sub-district from macrocell time performance demand.
The embodiment of the invention provides a kind of method of measuring the space of obtaining, and comprising: user terminal obtains closed subscriber group (CSG) cell deployment scene; Said user terminal selects to obtain the method for measuring the space according to said CSG cell deployment scene.
The embodiment of the invention also provides a kind of user terminal, comprising: information acquisition unit is used to obtain CSG cell deployment scene; And selected cell, be used for selecting to obtain the method for measuring the space according to the said CSG cell deployment scene of obtaining.
The embodiment of the invention also provides a kind of system, comprising: the family expenses evolution base station, be used for confirming CSG cell deployment scene according to the quality of signals of the macrocell that measures, and also be used for sending CSG cell deployment scene information to user terminal; And user terminal, be used to receive the said CSG cell deployment scene information that said family expenses evolution base station sends, and select to obtain the method for measuring the space according to this CSG cell deployment scene information.。
The method of obtaining the measurement space that the embodiment of the invention provides; Make user terminal to select obtain the method for measuring the space accordingly, thereby satisfy under different CSG cell deployment scenes UE switches to the CSG sub-district from macrocell time performance demand through the CSG cell deployment scene obtained.
Description of drawings
Fig. 1 is CSG sub-district and the same deployment scenario figure that covers of macrocell in the prior art;
Fig. 2 is the deployment scenario figure that the expansion of CSG sub-district and macrocell covers in the prior art;
Fig. 3 is that CSG sub-district and macrocell extend the deployment scenario figure that covers in the prior art;
Fig. 4 obtains the method flow diagram of measuring the space for user terminal in the embodiment of the invention private network;
Fig. 5 obtains an embodiment flow chart of CSG cell deployment scene for user terminal in the embodiment of the invention;
Fig. 6 obtains another embodiment flow chart of CSG cell deployment scene for user terminal in the embodiment of the invention;
The structural representation of the user terminal that Fig. 7 provides for the embodiment of the invention;
The structural representation of the system that Fig. 8 provides for the embodiment of the invention.
Embodiment
The embodiment of the invention provides a kind of method of measuring the space of obtaining; User terminal can obtain the method for measuring the space accordingly through the CSG cell deployment Information Selection of obtaining, thereby satisfies under different CSG cell deployment scenes UE switches to the CSG sub-district from macrocell time performance demand.
Below in conjunction with accompanying drawing the method for measuring the space of obtaining that the embodiment of the invention provides is described in detail.Should be clear and definite, following examples only are used to explain the present invention, and are not used in qualification protection scope of the present invention.
The method of obtaining the measurement space as shown in Figure 4, that the embodiment of the invention provides comprises step:
S1, user terminal obtain CSG cell deployment scene;
S2, user terminal select to obtain the method for measuring the space according to the said CSG cell deployment scene of obtaining.
In the present embodiment, as shown in Figure 5, step S1 comprises step:
S1A, user terminal receive the signal of CSG sub-district and the signal of macrocell in moving process.
S1B, user terminal are confirmed CSG cell deployment scene according to said CSG cell signal and macrocell quality of signals.
The CSG cell signal quality that receives when user terminal is more than or equal to the strong signal threshold value in CSG sub-district (CSG_Thresholdhigh); And the macrocell signal quality is during more than or equal to the strong signal threshold value of macrocell (MACRO_Thresholdhigh), then confirm CSG cell deployment scene be the CSG sub-district with macrocell with covering;
The CSG cell signal quality that receives when user terminal during less than macrocell weak signal threshold value (MACRO_Thresholdlow), confirms then that CSG cell deployment scene is CSG sub-district and macrocell expansion covering more than or equal to the strong signal threshold value in CSG sub-district and macrocell signal quality;
The CSG cell signal quality that receives when user terminal during less than macrocell weak signal threshold value, confirms then that CSG cell deployment scene is that covering is extended with macrocell in the CSG sub-district less than CSG sub-district weak signal threshold value (CSG_Thresholdlow) and macrocell signal quality.
Wherein, Be used to judge the strong signal threshold value in CSG sub-district, CSG sub-district weak signal threshold value, the strong signal threshold value of macrocell, the macrocell weak signal threshold value of CSG cell deployment scene; Can be by core net setting (specifically being provided with can be that operator passes through the setting of core net webmaster) and through NAS (Non Access Stratum; Non-Access Stratum) signaling sends to UE; Perhaps be provided with on the HeNB through dedicated signaling RRC (RadioResource Control, Radio Resource control) and be handed down to UE, also can be the default value of agreement regulation.
In the present embodiment, user terminal also can be directly from family expenses evolution base station (Home evolved NodeB, HeNB) deployment scenario of reception CSG sub-district; Be that HeNB sends to user terminal with said CSG cell deployment scene; As shown in Figure 6, at this moment, also comprise step before the step S1:
S1a, HeNB confirm CSG cell deployment scene according to the macrocell signal quality that measures;
The macrocell signal quality that measures as HeNB is during more than or equal to the strong signal threshold value of macrocell, then confirm CSG cell deployment scene be the CSG sub-district with macrocell with covering;
The macrocell signal quality that measures as HeNB confirms that then CSG cell deployment scene is CSG sub-district and macrocell expansion covering during less than macrocell weak signal threshold value;
When HeNB can't measure the macrocell signal, confirm that then CSG cell deployment scene is that CSG sub-district and macrocell extend covering.
S1b, HeNB send to user terminal with CSG cell deployment scene.
When HeNB has just electrified when carrying out cell measurement and obtaining CSG cell deployment scene; User terminal maybe be in the cell range of this HeNB; Then HeNB sends to core net with deployment information, through dedicated signaling (NAS signaling or RRC signaling) deployment information is sent to UE by core net.And if user terminal is in the HeNB cell range at this moment, then HeNB directly sends to user terminal with deployment information.Wherein, Be used to judge the strong signal threshold value in CSG sub-district, CSG sub-district weak signal threshold value, the strong signal threshold value of macrocell, the macrocell weak signal threshold value of CSG cell deployment scene; Can be provided with or by the core net setting and send to HeNB, also can be the default value of agreement regulation by HeNB oneself.
In the present embodiment, among the step S2, user terminal is selected to obtain the method for measuring the space according to the said CSG cell deployment scene of obtaining and is comprised following several kinds of situation:
(1) to be in continuous accepting state and CSG cell deployment scene be CSG sub-district and macrocell when covering when user terminal, less demanding to obtaining the time performance of measuring the space method.User terminal triggers search CSG sub-district according to the CSG sub-district of preserving in macrocell; The user terminal that is in continuous accepting state this moment also needs to receive continuously the data that network side issues; Therefore; Start a timer, wait for the arrival of user terminal DRX state (Discontinuous Reception, discontinuous receiving state).If before the timer expiry, user terminal gets into the DRX state, then user terminal utilize the DRX state the length of one's sleep as measuring the space, the broadcast message of carrying out adjacent C SG sub-district reads and measures; If user terminal still is in continuous accepting state behind the timer expiry, then send indication request network side allocating and measuring space to network side.Wherein, the setting of the scheduled time can realize that concrete length is provided with according to the length length of one's sleep of DRX cycle through timer.
(2) be that CSG sub-district and macrocell expansion are when covering when user terminal is in continuous accepting state and CSG cell deployment scene; Require height to obtaining the time performance of measuring the space method, thus user terminal to accomplish as early as possible to the CSG cell broadcast information read and to the measurement of CSG sub-district.In this case, user terminal needs to send indication request network side allocating and measuring space to network side.
(3) to be in DRX state and CSG cell deployment scene be CSG sub-district and macrocell when covering when user terminal, and then user terminal is measured the space through obtaining the length of one's sleep of DRX state.
(4) be CSG sub-district and macrocell expansion when covering when user terminal is in DRX state and CSG cell deployment scene, then wake the length of one's sleep of DRX state up after, user terminal requests network side allocating and measuring space; User terminal is in the DRX state, if the length of one's sleep of current DRX state long (as the length of one's sleep greater than 1 second) or the normal wakeup time of distance grow (as 1 second), then after non-normal wake-up to network side transmission indication request allocating and measuring space; If the normal wakeup time of distance is lacked (less than 1 second), then after normally waking up, report indication request network side allocating and measuring space.
(5) when CSG cell deployment scene was CSG sub-district and macrocell extension covering, then user terminal was measured the space through obtaining the length of one's sleep of DRX state.When CSG sub-district and current macrocell extension covering; User terminal is in idle condition usually in this case; What carry out is the cell selecting process; Need not obtain and measure the space, directly reach the CSG sub-district is measured through the broadcast message that reads the CSG sub-district length of one's sleep of DRX state according to the deployment information of CSG sub-district.
(6) when current service of user terminal be that speech business and the CSG cell deployment scene of all-IP is CSG sub-district and macrocell when covering, then user terminal is measured the space through obtaining the length of one's sleep of sending packet; Wherein, agreement regulation VOIP sends bag data for professional per 20 milliseconds, and interlude is the length of one's sleep, so the broadcast message of carrying out the CSG sub-district length of one's sleep between the user terminal transmission packet capable of using reads and the CSG sub-district is measured.
(7) when current service of user terminal be that speech business and the CSG cell deployment scene of all-IP is CSG sub-district and macrocell expansion when covering, user terminal requests network side allocating and measuring space then.
In addition, when user terminal is searched for the CSG sub-district for ease next time, obtain the measurement space CSG sub-district is measured, can said CSG cell deployment scene be saved in the user terminal.After user terminal is preserved described CSG cell deployment scene; Can carry out the modification of deployment information according to the variation of actual signal quality; Save as with the CSG sub-district of covering scene because the moving or network change of CSG sub-district such as deployment information, the criterion that satisfies the expansion covering scene just is revised as the expansion covering with the scene of this CSG sub-district.The CSG deployment information maybe be different to each macrocell, and just same CSG sub-district is different for its deployment information of different macrocells.
What the embodiment of the invention provided obtains in the method for measuring the space; User terminal can be according to the CSG cell deployment scene of obtaining; And select the different methods of measuring the space of obtaining for use according to different CSG cell deployment scenes; So that read the broadcast message of CSG sub-district and the CSG sub-district measured, to satisfy user terminal under the different deployment scenario switches to the CSG sub-district from macrocell time performance demand.
The embodiment of the invention also provides a kind of user terminal, and this user terminal comprises information acquisition unit 701, selected cell 702, wherein,
Deployment information acquiring unit 701 is used to obtain CSG cell deployment scene; Selected cell 702 is used for selecting to obtain the method for measuring the space according to the said CSG cell deployment scene of obtaining.
Particularly; Information acquisition unit 701; Be used to receive the signal of CSG sub-district and macrocell and confirm CSG cell deployment scene according to the signal quality of CSG sub-district and macrocell signal; The method of confirming CSG cell deployment scene according to the signal quality of CSG sub-district and macrocell signal specifies in the above-described embodiments, repeats no more at this.
Information acquisition unit 701 also is used to receive the CSG cell deployment scene information that evolution base station sends.
The user terminal that the embodiment of the invention provides can be according to the CSG cell deployment scene of obtaining; And select the different methods of measuring the space of obtaining for use according to different CSG cell deployment scenes; So that read the broadcast message of CSG sub-district and the CSG sub-district measured, to satisfy user terminal under the different deployment scenario switches to the CSG sub-district from macrocell time performance demand.
The embodiment of the invention also provides a kind of system, and this system comprises family expenses evolution base station 801 and user terminal 802, wherein; Family expenses evolution base station 801; Be used for confirming CSG cell deployment scene information, and this deployment scenario information is sent to user terminal, wherein according to the signal quality of detected macrocell; How the family expenses evolution base station specifically confirms that according to the signal quality of macrocell the method for CSG cell deployment scene information specifies, and repeats no more at this in said method embodiment; User terminal 802 is used to receive the CSG cell deployment scene information that family expenses evolution base station 801 sends, and selects to obtain the method for measuring the space according to this CSG cell deployment scene information.
In the system that the embodiment of the invention provides; The family expenses evolution base station is through sending CSG cell deployment scene information to user terminal; Make user terminal to select the different methods of measuring the space of obtaining for use according to different CSG cell deployment scenes; So that read the broadcast message of CSG sub-district and the CSG sub-district measured, to satisfy user terminal under the different deployment scenario switches to the CSG sub-district from macrocell time performance demand.
The above; Be merely embodiment of the present invention, but protection scope of the present invention is not limited thereto, any technical staff who is familiar with the present technique field is in the technical scope that the present invention discloses; Can expect easily changing or replacement, all should be encompassed within protection scope of the present invention.Therefore, protection scope of the present invention should be as the criterion by said protection range with claim.
Claims (8)
1. one kind is obtained the method for measuring the space, it is characterized in that said method comprises:
User terminal obtains closed subscriber group (CSG) cell deployment scene; Wherein, said CSG cell deployment scene is confirmed through dual mode;
First kind of mode: said user terminal receives the signal of CSG sub-district and macrocell; Said user terminal is confirmed CSG cell deployment scene according to the quality of signals of said CSG sub-district and macrocell;
Wherein, said quality of signals according to said CSG sub-district and macrocell confirms that CSG cell deployment scene is specially:
When CSG cell signal quality more than or equal to the strong signal threshold value in CSG sub-district, and the macrocell signal quality is during more than or equal to the strong signal threshold value of macrocell, confirms that CSG cell deployment scene is that CSG sub-district and macrocell are with covering; Perhaps,
When CSG cell signal quality more than or equal to the strong signal threshold value in CSG sub-district, and the macrocell signal quality confirms that CSG cell deployment scene is that CSG sub-district and macrocell expansion cover during less than macrocell weak signal threshold value; Perhaps,
When CSG cell signal quality less than CSG sub-district weak signal threshold value, and the macrocell signal quality is during less than macrocell weak signal threshold value, confirms that CSG cell deployment scene is that CSG sub-district and macrocell extend and cover;
The second way: said CSG cell deployment scene is confirmed according to the quality of signals of macrocell by the family expenses evolution base station; Wherein, said CSG cell deployment scene is confirmed to be specially according to the quality of signals of the macrocell that measures by said family expenses evolution base station:
When macrocell signal quality during, confirm that CSG cell deployment scene is that CSG sub-district and macrocell are with covering more than or equal to the strong signal threshold value of macrocell; Perhaps,
When macrocell signal quality during, confirm that CSG cell deployment scene is that CSG sub-district and macrocell expansion cover less than macrocell weak signal threshold value; Perhaps,
When said family expenses evolution base station can't measure the macrocell signal, confirm that CSG cell deployment scene is that CSG sub-district and macrocell extend covering;
Said user terminal selects to obtain the method for measuring the space according to said CSG cell deployment scene; The said CSG cell deployment scene that said basis is obtained selects to obtain the method for measuring the space:
To be in continuous accepting state and CSG cell deployment scene be CSG sub-district and macrocell when covering when said user terminal; If get into discontinuous receiving state before arriving at the fixed time; Said user terminal is measured the space through obtaining the length of one's sleep of discontinuous receiving state; If still be in continuous accepting state, said user terminal requests network side allocating and measuring space at the fixed time later; Perhaps,
When said user terminal is in continuous accepting state and CSG cell deployment scene is CSG sub-district and macrocell expansion when covering, said user terminal requests network side allocating and measuring space; Perhaps,
To be in discontinuous receiving state and CSG cell deployment scene be CSG sub-district and macrocell when covering when said user terminal, and said user terminal is measured the space through obtaining the length of one's sleep of discontinuous receiving state; Perhaps,
When said user terminal is in discontinuous receiving state and CSG cell deployment scene is CSG sub-district and macrocell expansion when covering, wake the length of one's sleep of discontinuous receiving state up after, said user terminal requests network side allocating and measuring space; Perhaps,
When the business of said user terminal is that speech business and the CSG cell deployment scene of all-IP is CSG sub-district and macrocell when covering, said user terminal is measured the space through obtaining the length of one's sleep of sending packet; Perhaps,
When the business of said user terminal is that speech business and the CSG cell deployment scene of all-IP is CSG sub-district and macrocell expansion when covering, said user terminal requests network side allocating and measuring space; Perhaps, when CSG cell deployment scene was CSG sub-district and macrocell extension covering, said user terminal was measured the space through obtaining the length of one's sleep of discontinuous receiving state.
2. method according to claim 1 is characterized in that, when confirming said CSG cell deployment scene through the said second way, the said CSG of obtaining cell deployment scene is specially:
Said user terminal receives the said CSG cell deployment scene that said family expenses evolution base station directly sends;
Perhaps, said user terminal receives the said CSG cell deployment scene that core net is transmitted said family expenses evolution base station.
3. method according to claim 1 and 2 is characterized in that, said obtaining after the CSG cell deployment scene also comprises:
Said user terminal is preserved said CSG cell deployment scene.
4. method according to claim 3 is characterized in that, after the described CSG cell deployment of the said preservation scene, also comprises:
Said user terminal is revised said CSG cell deployment information according to the CSG cell signal and the macrocell quality of signals of actual measurement.
5. a user terminal is characterized in that, this user terminal comprises:
Information acquisition unit is used to obtain CSG cell deployment scene; Wherein, said CSG cell deployment scene is confirmed through dual mode;
First kind of mode: said user terminal receives the signal of CSG sub-district and macrocell; Said user terminal is confirmed CSG cell deployment scene according to the quality of signals of said CSG sub-district and macrocell;
Wherein, said quality of signals according to said CSG sub-district and macrocell confirms that CSG cell deployment scene is specially:
When CSG cell signal quality more than or equal to the strong signal threshold value in CSG sub-district, and the macrocell signal quality is during more than or equal to the strong signal threshold value of macrocell, confirms that CSG cell deployment scene is that CSG sub-district and macrocell are with covering; Perhaps,
When CSG cell signal quality more than or equal to the strong signal threshold value in CSG sub-district, and the macrocell signal quality confirms that CSG cell deployment scene is that CSG sub-district and macrocell expansion cover during less than macrocell weak signal threshold value; Perhaps,
When CSG cell signal quality less than CSG sub-district weak signal threshold value, and the macrocell signal quality is during less than macrocell weak signal threshold value, confirms that CSG cell deployment scene is that CSG sub-district and macrocell extend and cover;
The second way: said CSG cell deployment scene is confirmed according to the quality of signals of macrocell by the family expenses evolution base station; Wherein, said CSG cell deployment scene is confirmed to be specially according to the quality of signals of the macrocell that measures by said family expenses evolution base station:
When macrocell signal quality during, confirm that CSG cell deployment scene is that CSG sub-district and macrocell are with covering more than or equal to the strong signal threshold value of macrocell; Perhaps,
When macrocell signal quality during, confirm that CSG cell deployment scene is that CSG sub-district and macrocell expansion cover less than macrocell weak signal threshold value; Perhaps,
When said family expenses evolution base station can't measure the macrocell signal, confirm that CSG cell deployment scene is that CSG sub-district and macrocell extend covering;
Selected cell is used for selecting to obtain the method for measuring the space according to the said CSG cell deployment scene of obtaining; The said CSG cell deployment scene that said basis is obtained selects to obtain the method for measuring the space:
To be in continuous accepting state and CSG cell deployment scene be CSG sub-district and macrocell when covering when said user terminal; If get into discontinuous receiving state before arriving at the fixed time; Said user terminal is measured the space through obtaining the length of one's sleep of discontinuous receiving state; If still be in continuous accepting state, said user terminal requests network side allocating and measuring space at the fixed time later; Perhaps,
When said user terminal is in continuous accepting state and CSG cell deployment scene is CSG sub-district and macrocell expansion when covering, said user terminal requests network side allocating and measuring space; Perhaps,
To be in discontinuous receiving state and CSG cell deployment scene be CSG sub-district and macrocell when covering when said user terminal, and said user terminal is measured the space through obtaining the length of one's sleep of discontinuous receiving state; Perhaps,
When said user terminal is in discontinuous receiving state and CSG cell deployment scene is CSG sub-district and macrocell expansion when covering, wake the length of one's sleep of discontinuous receiving state up after, said user terminal requests network side allocating and measuring space; Perhaps,
When the business of said user terminal is that speech business and the CSG cell deployment scene of all-IP is CSG sub-district and macrocell when covering, said user terminal is measured the space through obtaining the length of one's sleep of sending packet; Perhaps,
When the business of said user terminal is that speech business and the CSG cell deployment scene of all-IP is CSG sub-district and macrocell expansion when covering, said user terminal requests network side allocating and measuring space; Perhaps,
When CSG cell deployment scene was CSG sub-district and macrocell extension covering, said user terminal was measured the space through obtaining the length of one's sleep of discontinuous receiving state.
6. user terminal as claimed in claim 5 is characterized in that said information acquisition unit specifically is used to receive the signal of CSG sub-district and macrocell, and confirms CSG cell deployment scene according to the quality of signals of said CSG sub-district and macrocell.
7. user terminal as claimed in claim 5 is characterized in that, said information acquisition unit also is used to receive the said CSG cell deployment scene that the family expenses evolution base station sends.
8. a GSM is characterized in that, this GSM comprises:
The family expenses evolution base station is used for confirming CSG cell deployment scene according to the quality of signals of the macrocell that measures, and also is used for sending CSG cell deployment scene information to user terminal; With
User terminal is used to receive the said CSG cell deployment scene information that said family expenses evolution base station sends, and selects to obtain the method for measuring the space according to this CSG cell deployment scene information;
Said user terminal comprises: information acquisition unit and selected cell;
Said information acquisition unit is used to obtain CSG cell deployment scene; Wherein, said CSG cell deployment scene is confirmed through dual mode;
First kind of mode: said user terminal receives the signal of CSG sub-district and macrocell; Said user terminal is confirmed CSG cell deployment scene according to the quality of signals of said CSG sub-district and macrocell;
Wherein, said quality of signals according to said CSG sub-district and macrocell confirms that CSG cell deployment scene is specially:
When CSG cell signal quality more than or equal to the strong signal threshold value in CSG sub-district, and the macrocell signal quality is during more than or equal to the strong signal threshold value of macrocell, confirms that CSG cell deployment scene is that CSG sub-district and macrocell are with covering; Perhaps,
When CSG cell signal quality more than or equal to the strong signal threshold value in CSG sub-district, and the macrocell signal quality confirms that CSG cell deployment scene is that CSG sub-district and macrocell expansion cover during less than macrocell weak signal threshold value; Perhaps,
When CSG cell signal quality less than CSG sub-district weak signal threshold value, and the macrocell signal quality is during less than macrocell weak signal threshold value, confirms that CSG cell deployment scene is that CSG sub-district and macrocell extend and cover;
The second way: said CSG cell deployment scene is confirmed according to the quality of signals of macrocell by said family expenses evolution base station; Wherein, said CSG cell deployment scene is confirmed to be specially according to the quality of signals of the macrocell that measures by said family expenses evolution base station:
When macrocell signal quality during, confirm that CSG cell deployment scene is that CSG sub-district and macrocell are with covering more than or equal to the strong signal threshold value of macrocell; Perhaps,
When macrocell signal quality during, confirm that CSG cell deployment scene is that CSG sub-district and macrocell expansion cover less than macrocell weak signal threshold value; Perhaps,
When said family expenses evolution base station can't measure the macrocell signal, confirm that CSG cell deployment scene is that CSG sub-district and macrocell extend covering;
Said selected cell is used for selecting to obtain the method for measuring the space according to the said CSG cell deployment scene of obtaining; The said CSG cell deployment scene that said basis is obtained selects to obtain the method for measuring the space:
To be in continuous accepting state and CSG cell deployment scene be CSG sub-district and macrocell when covering when said user terminal; If get into discontinuous receiving state before arriving at the fixed time; Said user terminal is measured the space through obtaining the length of one's sleep of discontinuous receiving state; If still be in continuous accepting state, said user terminal requests network side allocating and measuring space at the fixed time later; Perhaps,
When said user terminal is in continuous accepting state and CSG cell deployment scene is CSG sub-district and macrocell expansion when covering, said user terminal requests network side allocating and measuring space; Perhaps,
To be in discontinuous receiving state and CSG cell deployment scene be CSG sub-district and macrocell when covering when said user terminal, and said user terminal is measured the space through obtaining the length of one's sleep of discontinuous receiving state; Perhaps,
When said user terminal is in discontinuous receiving state and CSG cell deployment scene is CSG sub-district and macrocell expansion when covering, wake the length of one's sleep of discontinuous receiving state up after, said user terminal requests network side allocating and measuring space; Perhaps,
When the business of said user terminal is that speech business and the CSG cell deployment scene of all-IP is CSG sub-district and macrocell when covering, said user terminal is measured the space through obtaining the length of one's sleep of sending packet; Perhaps,
When the business of said user terminal is that speech business and the CSG cell deployment scene of all-IP is CSG sub-district and macrocell expansion when covering, said user terminal requests network side allocating and measuring space; Perhaps,
When CSG cell deployment scene was CSG sub-district and macrocell extension covering, said user terminal was measured the space through obtaining the length of one's sleep of discontinuous receiving state.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
CN2008101473596A CN101651904B (en) | 2008-08-11 | 2008-08-11 | Method, device and system for acquiring measured gap |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
CN2008101473596A CN101651904B (en) | 2008-08-11 | 2008-08-11 | Method, device and system for acquiring measured gap |
Publications (2)
Publication Number | Publication Date |
---|---|
CN101651904A CN101651904A (en) | 2010-02-17 |
CN101651904B true CN101651904B (en) | 2012-05-23 |
Family
ID=41673970
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
---|---|---|---|
CN2008101473596A Active CN101651904B (en) | 2008-08-11 | 2008-08-11 | Method, device and system for acquiring measured gap |
Country Status (1)
Country | Link |
---|---|
CN (1) | CN101651904B (en) |
Citations (3)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN1406446A (en) * | 2000-02-29 | 2003-03-26 | 诺基亚有限公司 | Defining measurement gaps in inter-frequency measurement |
CN101043679A (en) * | 2006-03-03 | 2007-09-26 | 董崇军 | Method for realizing dynamic menu |
CN101047461A (en) * | 2006-03-28 | 2007-10-03 | 华为技术有限公司 | Method for sending measuring gap signalling at network side |
-
2008
- 2008-08-11 CN CN2008101473596A patent/CN101651904B/en active Active
Patent Citations (3)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN1406446A (en) * | 2000-02-29 | 2003-03-26 | 诺基亚有限公司 | Defining measurement gaps in inter-frequency measurement |
CN101043679A (en) * | 2006-03-03 | 2007-09-26 | 董崇军 | Method for realizing dynamic menu |
CN101047461A (en) * | 2006-03-28 | 2007-10-03 | 华为技术有限公司 | Method for sending measuring gap signalling at network side |
Non-Patent Citations (3)
Title |
---|
Motorola.3GPP TSG RAN4#45,R4-072213 - RRM adhoc minutes.《3GPP TSG RAN4#45,R4-072213 - RRM adhoc minutes》.2007,第1-4页. |
Motorola.3GPP TSG RAN4#45,R4-072213- RRM adhoc minutes.《3GPP TSG RAN4#45,R4-072213- RRM adhoc minutes》.2007,第1-4页. * |
Nokia Corporation, Nokia Siemens Networks.3GPP TSG-RAN WG2 Meeting #62,R2-082551 Simple CSG for REL8.《3GPP TSG-RAN WG2 Meeting #62,R2-082551 Simple CSG for REL8》.2008,第1-5页. * |
Also Published As
Publication number | Publication date |
---|---|
CN101651904A (en) | 2010-02-17 |
Similar Documents
Publication | Publication Date | Title |
---|---|---|
US10070353B2 (en) | Controlling radio measurements of a user equipment within a cellular network system | |
JP5584081B2 (en) | Communication control system and mobile station control method | |
KR101813062B1 (en) | Heterogeneous network energy saving method, and device | |
CN104811962B (en) | Small cell base station state switching method and device | |
CN107277845B (en) | Method, device and system for determining starting cell measurement | |
CN102318394B (en) | Reconfigurable home base station | |
JP2009049661A (en) | Mobile communication system, user device and method | |
CN104796930A (en) | Cell processing method and device | |
EP2805555B1 (en) | Network element, integrated circuit and method for measurement configuration at a subscriber unit | |
CN106332195B (en) | Method and device for starting cell measurement | |
CN102857940B (en) | Communication means and equipment and system | |
CN103765959A (en) | A method for cell reselection and cell handover in a wireless communication system | |
CN104581776A (en) | Mobile relay and system and adjacent region self-optimizing method thereof | |
EP2805540B1 (en) | Communication system, network element and method for extending the duration of existing opportunities for collecting user equipment measurements | |
WO2011065572A1 (en) | Mobile communication terminal, mobile communication system, and mobile communication method | |
CN104202800A (en) | Energy-saving method, device and system for femtocell | |
CN115280850A (en) | Method and apparatus for implementing cell selection or cell reselection procedures | |
CN101651904B (en) | Method, device and system for acquiring measured gap | |
CN107241772A (en) | A kind of adjacent cell of cell is set up and application method | |
CN108886741A (en) | User apparatus, base station and broadcast message method of reseptance | |
JP2010273381A (en) | User device in mobile communication system | |
WO2016101146A1 (en) | Method of starting measurement of neighboring cell, and user equipment | |
CN105554833B (en) | A kind of cell switching method, the apparatus and system of LC-MTC system | |
CN106658619B (en) | A kind of method, base station and the system of small area configuration optimization | |
KR20240026241A (en) | Relaxing wireless resource management for wireless resource control access mode |
Legal Events
Date | Code | Title | Description |
---|---|---|---|
C06 | Publication | ||
PB01 | Publication | ||
C10 | Entry into substantive examination | ||
SE01 | Entry into force of request for substantive examination | ||
C14 | Grant of patent or utility model | ||
GR01 | Patent grant |