CN102238537B - Method and equipment for allowing terminal to enter idle mode in different operation mode systems - Google Patents
Method and equipment for allowing terminal to enter idle mode in different operation mode systems Download PDFInfo
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- CN102238537B CN102238537B CN201010165640.XA CN201010165640A CN102238537B CN 102238537 B CN102238537 B CN 102238537B CN 201010165640 A CN201010165640 A CN 201010165640A CN 102238537 B CN102238537 B CN 102238537B
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Abstract
The invention relates to the technical field of communication, and discloses a method and equipment for allowing a terminal to enter an idle mode in different operation mode systems. The method comprises the following steps of: acquiring an old-system-mode-based paging parameter configured by a network side in an idle mode entering process by using the terminal in an advanced mode; and monitoring a paging message of the network side in an idle mode according to the old-system-mode-based paging parameter. By the method and the equipment, normal operations among network elements based on different protocols in the idle mode can be realized.
Description
Technical field
The present invention relates to communication technical field, be specifically related to a kind of terminal and enter in different working modes system the method and apparatus of idle pulley.
Background technology
Idle pulley is frequent adopted a kind of power-saving working mode in wireless network, the terminal being operated under this pattern can keep the mutual of related signaling with base station side continually, and only need in the monitoring window consulting in advance, carry out the monitoring of beep-page message to network side, determine whether that according to beep-page message need to carry out network re-entry returns to normal mode of operation and transmit data, save terminal battery electricity quantity consumption, the object increasing the service life thereby arrive.
In the time entering idle pulley, first terminal and network side need to monitor the negotiation of window, generally include the parameters such as paging cycle, paging offset amount, audit window interval, these parameters have determined that terminal is in the concrete mode that enters the monitoring ICQ message after idle pulley jointly.
WiMAX(Worldwide Interoperability for Microwave Access, micro-wave access global inter communication) be a kind of based on OFDMA(Orthogonal Frequency Division Multiple Access, OFDM) the metropolitan area network wireless access wide band technology of technology, the product of this technology is mainly based on IEEE802.16e agreement at present, and whole network comprises the network element parts such as terminal, base station and gateway.
At present, the IEEE802.16m agreement of communicating by letter towards 4G is as the evolution version of IEEE802.16e agreement, the demand of compatible IEEE802.16e agreement has been proposed, especially network side needs normal access and the work of the compatible terminal based on IEEE802.16e agreement, therefore in the time of new base station system design, supported the mode of operation based under two kinds of agreements, i.e. the fine mode based on IEEE802.16m and the old system pattern based on IEEE802.16e simultaneously.In view of the current whole network based on IEEE802.16e is disposed in a large number, therefore the demand of the network elements such as the compatible network side gateway based on IEEE802.16e is wanted in the new base station based on IEEE802.16m, and the Design of Compatibility of whole network has been proposed to new challenge.
Idle pulley is as one of key property of WiMAX agreement, respectively based on IEEE802.16e and the two sets of plan based on IEEE802.16m in the prior art, in this two sets of plan scheme, paging parameters can be different, such as representing by different figure places, and it is different unit of measurement.
For this reason, in the time that the above-mentioned network element based on different agreement is worked in same system, make above-mentioned paging parameters etc. cannot carry out adaptation, therefore, in the time of docking, cannot carry out normal capability negotiation, terminal also just cannot enter idle pulley.
Summary of the invention
The method and apparatus that the embodiment of the present invention provides a kind of terminal to enter idle pulley in different working modes system, to realize the normal work of the idle pulley between the network element based on different agreement.
For this reason, the embodiment of the present invention provides following technical scheme:
Terminal enters a method for idle pulley in different working modes system, comprising:
The terminal of fine mode is entering the paging parameters based on old system pattern that obtains network side configuration in idle pulley process;
Monitor according to the paging parameters of described old system pattern beep-page message to network side under idle pulley;
Wherein, described paging parameters comprises at least one in paging cycle, paging offset amount, audit window interval.
Terminal enters a method for idle pulley in different working modes system, comprising:
The terminal of fine mode, in the time that needs enter idle pulley, is first switched to old system pattern, then carries out the process that enters idle pulley;
Enter at old system pattern the paging parameters based on old system pattern that obtains network side configuration in idle pulley process;
Monitor according to the paging parameters of described old system pattern beep-page message to network side under idle pulley;
Wherein, described paging parameters comprises at least one in paging cycle, paging offset amount, audit window interval.
Terminal enters a method for idle pulley in different working modes system, comprising:
At the terminal access idle mode of fine mode or in idle pulley position updating process, base station and network side paging control network element are determined the paging parameters under fine mode by Parameter Mapping;
The paging parameters under described fine mode is handed down to described terminal by base station, so that described terminal access idle mode the beep-page message of network side being monitored according to the paging parameters under described fine mode;
Wherein, described paging parameters comprises at least one in paging cycle, paging offset amount, audit window interval.
A kind of base station, comprising:
Parameter receiving element, for the terminal access idle mode at fine mode or at idle pulley position updating process, the paging parameters that reception network side is described terminal configuration;
Map unit, is mapped as the paging parameters under fine mode for the paging parameters that is described terminal configuration by described network side;
Parameter issues unit, for the paging parameters under described fine mode is handed down to described terminal, so that described terminal access idle mode the beep-page message of network side being monitored according to the paging parameters under described fine mode;
Wherein, described paging parameters comprises at least one in paging cycle, paging offset amount, audit window interval.
A kind of paging control network element, comprising:
Parameter configuration unit, for the terminal access idle mode at fine mode or at idle pulley position updating process, is described terminal configuration paging parameters;
Transmitting element, for described paging parameters is sent to base station, so that base station is mapped as described paging parameters the paging parameters under fine mode and is handed down to described terminal;
Wherein, described paging parameters comprises at least one in paging cycle, paging offset amount, audit window interval.
A kind of terminal, comprising:
Switch unit, while entering idle pulley, is first switched to old system pattern for needs from fine mode, then carries out the process that enters idle pulley;
The first parameter acquiring unit, obtains the paging parameters based on old system pattern of network side configuration for enter idle pulley process at old system pattern;
Monitoring unit, for monitoring according to the paging parameters of described old system pattern beep-page message to network side under idle pulley;
Wherein, described paging parameters comprises at least one in paging cycle, paging offset amount, audit window interval.
A kind of terminal, comprising:
The second parameter acquiring unit, obtains the paging parameters based on old system pattern of network side configuration for enter idle pulley process at fine mode;
Monitoring unit, for monitoring according to the paging parameters of described old system pattern beep-page message to network side under idle pulley;
Wherein, described paging parameters comprises at least one in paging cycle, paging offset amount, audit window interval.
Embodiment of the present invention terminal enters the method for idle pulley in different working modes system, the situation of working in same system at the network element based on different agreement for the terminal that works in fine mode, the terminal of fine mode is in the time that needs enter idle pulley, first be switched to old system pattern, and then enter idle pulley, entering the paging parameters based on old system pattern that obtains network side configuration in idle pulley process, monitor according to the paging parameters of described old system pattern beep-page message to network side under idle pulley, realize the normal work under idle pulley between network element.Or, the terminal of fine mode directly enters idle pulley, in the process that enters idle pulley, obtain the paging parameters based on old system pattern of network side configuration, monitor according to the paging parameters of described old system pattern beep-page message to network side under idle pulley, realize the normal work under idle pulley between network element.
Embodiment of the present invention terminal enters the method for idle pulley in different working modes system, the situation of also working in same system at the network element based on different agreement for the terminal that works in fine mode, in the process of upgrading at the terminal access idle mode of fine mode or in idle pulley position, determine the paging parameters under fine mode by base station and network side paging control network element by Parameter Mapping, and by base station, described paging parameters is handed down to described terminal, so that described terminal access idle mode the beep-page message of network side being monitored according to the paging parameters under described fine mode, guarantee the normal work of the idle pulley between the network element based on different agreement.
Accompanying drawing explanation
Fig. 1 is embodiment of the present invention terminal enters the method for idle pulley a kind of flow chart in different working modes system;
Fig. 2 is the first message interaction process figure of middle terminal access idle mode embodiment illustrated in fig. 1;
Fig. 3 is the second message interaction process figure of middle terminal access idle mode embodiment illustrated in fig. 1;
Fig. 4 is the third message interaction process figure of middle terminal access idle mode embodiment illustrated in fig. 1;
Fig. 5 is the 4th kind of message interaction process figure of middle terminal access idle mode embodiment illustrated in fig. 1;
Fig. 6 is the 5th kind of message interaction process figure of middle terminal access idle mode embodiment illustrated in fig. 1;
Fig. 7 is the 6th kind of message interaction process figure of middle terminal access idle mode embodiment illustrated in fig. 1;
Fig. 8 is embodiment of the present invention terminal enters the method for idle pulley another kind of flow chart in different working modes system;
Fig. 9 is the first message interaction process figure of middle terminal access idle mode embodiment illustrated in fig. 8;
Figure 10 is the second message interaction process figure of middle terminal access idle mode embodiment illustrated in fig. 8;
Figure 11 is the third message interaction process figure of middle terminal access idle mode embodiment illustrated in fig. 8;
Figure 12 is the 4th kind of message interaction process figure of middle terminal access idle mode embodiment illustrated in fig. 8;
Figure 13 is embodiment of the present invention terminal enters the method for idle pulley another kind of flow chart in different working modes system;
Figure 14 is the 5th kind of message interaction process figure of middle terminal access idle mode embodiment illustrated in fig. 13;
Figure 15 is the 6th kind of message interaction process figure of middle terminal access idle mode embodiment illustrated in fig. 13;
Figure 16 is the 7th kind of message interaction process figure of middle terminal access idle mode embodiment illustrated in fig. 13;
Figure 17 is the 8th kind of message interaction process figure of middle terminal access idle mode embodiment illustrated in fig. 13;
Figure 18 is the structural representation of embodiment of the present invention base station;
Figure 19 is the structural representation of embodiment of the present invention paging control network element;
Figure 20 is a kind of structural representation of embodiment of the present invention terminal;
Figure 21 is the another kind of structural representation of embodiment of the present invention terminal.
Embodiment
In order to make those skilled in the art person understand better the scheme of the embodiment of the present invention, below in conjunction with drawings and embodiments, the embodiment of the present invention is described in further detail.
Embodiment of the present invention terminal enters the method for idle pulley in different working modes system, for the terminal and the base station that work in fine mode, in terminal access idle mode process, because network side paging control network element works in old system pattern, therefore, determine the paging parameters under fine mode by base station and network side paging control network element by Parameter Mapping, the paging parameters under described fine mode is handed down to described terminal by base station, thereby make described terminal access idle mode and according to the paging parameters under described fine mode, the beep-page message of network side monitored.
As shown in Figure 1, be embodiment of the present invention terminal enters the method for idle pulley a kind of flow chart in different working modes system, comprise the following steps:
In embodiments of the present invention, the process of Parameter Mapping can be completed by described base station, also can be completed by described paging control network element.
Suppose that terminal and base station all work in fine mode, are elaborated to the process of terminal access idle mode under varying environment respectively below.
As shown in Figure 2, be the first message interaction process of terminal access idle mode in the embodiment of the present invention.
In this flow process, terminal is initiated the flow process that enters idle pulley, wherein:
201. terminals send to base station separates login request message, initiates to separate register flow path, and wherein solution registration is former because enter idle pulley.In described solution login request message, terminal can be carried the paging relevant parameter of recommendation.
Receive after the solution login request message of terminal 202. base stations, the request message changing to network side paging control network element transmitting terminal state.In this message, can carry described paging parameters, described paging parameters can be resolved by paged control network element.
203. paging control network elements are received the request message that described SOT state of termination changes, and confirm that terminal can enter after idle pulley, the response message that transmitting terminal state changes.If paging control network element is not received the paging parameters that terminal is recommended, or need to change the paging parameters that described terminal is recommended, in this response message, carry the paging parameters of paging control network element configuration.Because paging control network element is operated in old system pattern, therefore the paging parameters of paging control network element configuration is the paging parameters based on old system pattern.
Receive after the response message of SOT state of termination change 204. base stations, the paging parameters of described old system pattern is mapped as to the analysable parameter of eating dishes without rice or wine under fine mode, be the paging parameters under fine mode, and send it to terminal, such as carrying by separating registration reply message.
Such as, suppose that base station and terminal only support 2 superframes (i.e. 8 frames) under fine mode, under old system, paging cycle is configured to 7 frames, and this parameter (i.e. 7 frames) is directly issued to base station by paging control network element, 7 frames are mapped as 2 superframes under fine mode by base station, then issue terminal.
205. terminal access idle modes are also monitored the beep-page message of network side according to the paging parameters under described fine mode.
As shown in Figure 3, be the second message interaction process of terminal access idle mode in the embodiment of the present invention.
In this flow process, terminal is initiated the flow process that enters idle pulley, wherein:
301. terminals send to base station separates login request message, initiates to separate register flow path, and wherein solution registration is former because enter idle pulley.In described solution login request message, terminal can be carried the paging relevant parameter of recommendation.
Receive after the solution login request message of terminal 302. base stations, the request message changing to network side paging control network element transmitting terminal state.In this message, can carry described paging parameters, described paging parameters can be resolved by paged control network element.
303. paging control network elements are received the request message that described SOT state of termination changes, and confirm that terminal can enter after idle pulley, the response message that transmitting terminal state changes.If paging control network element is not received the paging parameters that terminal is recommended, or need to change described paging parameters, in this response message, carry the paging parameters of paging control network element configuration.Although paging control network element is operated in old system pattern, the paging parameters now issuing be with fine mode under the suitable paging parameters of analysable parameter of eating dishes without rice or wine.
Such as, suppose that base station and terminal only support 2 superframes (i.e. 8 frames) under fine mode, under old system, paging cycle is configured to 7 frames, paging control network element is configured to 8 frames by this parameter (i.e. 7 frames) and is issued to base station, 8 frames are mapped as 2 superframes under fine mode by base station, then issue terminal.
Receive after the response message of SOT state of termination change 304. base stations, the paging parameters of described paging control network element configuration is mapped as to the analysable paging parameters of eating dishes without rice or wine under fine mode, be the paging parameters under fine mode, and send it to terminal, such as carrying by separating registration reply message.
305. terminal access idle modes are also monitored the beep-page message of network side according to the paging parameters under described fine mode.
As shown in Figure 4, be the third message interaction process figure of middle terminal access idle mode embodiment illustrated in fig. 1.
In this flow process, the flow process that enters idle pulley is initiated in base station, wherein:
The request message that 401. base stations change to network side paging control network element transmitting terminal state can carry the paging parameters that recommend base station in this message, and this paging parameters can be resolved by paged control network element.
402. paging control network elements are received the request message that described SOT state of termination changes, and confirm that terminal can enter after idle pulley, the response message that transmitting terminal state changes.If paging control network element is not received the paging parameters that recommend base station, or need to change described paging parameters, in this response message, carry the paging parameters of paging control network element configuration.Because paging control network element is operated in old system pattern, therefore the paging parameters of paging control network element configuration is the paging parameters based on old system pattern.
Receive after the response message of SOT state of termination change 403. base stations, the paging parameters of the old system pattern carrying in this message is mapped as to the analysable parameter of eating dishes without rice or wine under fine mode, be the paging parameters under fine mode, and send it to terminal, carry such as registering Indication message by solution.
Such as, suppose that base station and terminal only support 2 superframes (i.e. 8 frames) under fine mode, under old system, paging cycle is configured to 7 frames, and this parameter (i.e. 7 frames) is directly issued to base station by paging control network element, 7 frames are mapped as 2 superframes under fine mode by base station, then issue terminal.
404. terminals are confirmed and enter idle pulley after receiving and separating registration Indication message, and according to the paging parameters under described fine mode, the beep-page message of network side being monitored.
As shown in Figure 5, be the 4th kind of message interaction process figure of middle terminal access idle mode embodiment illustrated in fig. 1.
In this flow process, the flow process that enters idle pulley is initiated in base station, wherein:
The message that 501. base stations change to network side paging control network element transmitting terminal state can be carried the paging parameters that recommend base station in this message, and this paging parameters can be resolved by paged control network element.
502. paging control network elements are received the request message that described SOT state of termination changes, and confirm that terminal can enter after idle pulley, the response message that transmitting terminal state changes.If paging control network element is not received the paging parameters that recommend base station, or need to change the paging parameters that recommend described base station, in this response message, carry the paging parameters of paging control network element configuration.Although paging control network element is operated in old system pattern, the paging parameters now issuing be with fine mode under the suitable paging parameters of analysable parameter of eating dishes without rice or wine.
Receive after the response message of SOT state of termination change 503. base stations, the paging parameters of described paging control network element configuration is mapped as to the analysable parameter of eating dishes without rice or wine under fine mode, be the paging parameters under fine mode, and send it to terminal, carry such as registering Indication message by solution.
Such as, suppose that base station and terminal only support 2 superframes (i.e. 8 frames) under fine mode, under old system, paging cycle is configured to 7 frames, paging control network element is configured to 8 frames by this parameter (i.e. 7 frames) and is issued to base station, 8 frames are mapped as 2 superframes under fine mode by base station, then issue terminal.
504. terminals are confirmed and enter idle pulley after receiving and separating registration Indication message, according to the paging parameters under described fine mode, the beep-page message of network side being monitored.
Shown in Fig. 2 to Fig. 5 in flow process, while having described the terminal access idle mode that works in fine mode, obtain the process of corresponding paging parameters in the above.
Terminal, in the time that idle pulley upper/lower positions upgrades, need to be obtained the paging parameters of renewal, below this is elaborated.
As shown in Figure 6, be the 5th kind of message interaction process figure of middle terminal access idle mode embodiment illustrated in fig. 1.
In this flow process, the flow process that terminal launch position upgrades, wherein:
601. terminals send login request message to base station, initiate register flow path, wherein register former because position and upgrade, the paging parameters of can carried terminal in described login request message recommending.
Receive after the login request message of terminal 602. base stations, the request message upgrading to network side paging control network element transmitting terminal position.In this message, can carry described paging parameters, described paging parameters can be resolved by paged control network element.
603. paging control network elements are received the request message of described updating of terminal position, and confirm that terminal can carry out after the renewal of position, the response message that transmitting terminal position is upgraded.In described response message, can carry the paging parameters of renewal.Because paging control network element is operated in old system pattern, therefore the paging parameters of described renewal is the paging parameters based on old system pattern.
604. base stations receive after the response message of updating of terminal position, and the paging parameters of described renewal is mapped as to the analysable parameter of eating dishes without rice or wine under fine mode, i.e. paging parameters under fine mode, and be handed down to terminal, such as carrying by registration reply message.
Such as, suppose that base station and terminal only support 2 superframes (i.e. 8 frames) under fine mode, under old system, paging cycle is configured to 7 frames, and this parameter (i.e. 7 frames) is directly issued to base station by paging control network element, 7 frames are mapped as 2 superframes under fine mode by base station, then issue terminal.
As shown in Figure 7, be the 6th kind of message interaction process figure of middle terminal access idle mode embodiment illustrated in fig. 1.
In this flow process, the flow process that terminal launch position upgrades, wherein:
701. terminals send login request message to base station, initiate register flow path, wherein register former because position and upgrade, the paging parameters of can carried terminal in described login request message recommending.
Receive after the login request message of terminal 702. base stations, the message of upgrading to network side paging control network element transmitting terminal position.In this message, can carry described paging parameters, described paging parameters can be resolved by paged control network element.
703. paging control network elements are received the message of described updating of terminal position, and confirm that terminal can carry out after the renewal of position, the response message that transmitting terminal position is upgraded.In described response message, can carry the paging parameters of renewal.Although paging control network element is operated in old system pattern, the paging parameters now issuing be with fine mode under the suitable paging parameters of analysable parameter of eating dishes without rice or wine.
704. base stations receive after the response message of updating of terminal position, and the paging parameters of described renewal is mapped as to the analysable parameter of eating dishes without rice or wine under fine mode, i.e. paging parameters under fine mode, and be handed down to terminal, such as carrying by registration reply message.
Such as, suppose that base station and terminal only support 2 superframes (i.e. 8 frames) under fine mode, under old system, paging cycle is configured to 7 frames, paging control network element is configured to 8 frames by this parameter (i.e. 7 frames) and is issued to base station, 8 frames are mapped as 2 superframes under fine mode by base station, then issue terminal.
From above-mentioned each flow process, embodiment of the present invention terminal enters the method for idle pulley in different working modes system, in the process of upgrading at the terminal access idle mode of fine mode or in idle pulley position, determine the paging parameters under fine mode by base station and network side paging control network element by Parameter Mapping, and by base station, described paging parameters is handed down to described terminal, so that described terminal access idle mode the beep-page message of network side being monitored according to the paging parameters under described fine mode, guarantee the normal work of the idle pulley between the network element based on different agreement.
Embodiment of the present invention terminal enters the method for idle pulley in different working modes system, the situation of working in same system at the network element based on different agreement for the terminal that works in fine mode, can also pass through the change to related signaling flow process, particularly, terminal is switched to old system pattern and obtains the paging parameters based on old system pattern of network side configuration, monitor according to the paging parameters of described old system pattern beep-page message to network side under idle pulley, realize the normal work under idle pulley between network element.
As shown in Figure 8, be embodiment of the present invention terminal enters the method for idle pulley another kind of flow chart in different working modes system, comprise the following steps:
Step 801, the terminal of fine mode, in the time entering idle pulley, is first switched to old system pattern, then carries out the process that enters idle pulley;
Step 802, enters at old system pattern the paging parameters based on old system pattern that obtains network side configuration in idle pulley process.
Particularly, described terminal receives the solution registration reply message that network side sends or separates registration Indication message entering in idle pulley process, in described solution registration reply message or solution registration Indication message, carry the described paging parameters based on old system pattern, thereby according to the described solution registration reply message receiving or solution registration Indication message, can obtain the described paging parameters based on old system pattern.
Step 803, monitors according to the paging parameters of described old system pattern beep-page message to network side under idle pulley.
In embodiments of the present invention, the terminal of described fine mode can first be carried out mode of operation switching, enter again idle pulley, be first switched to old system pattern, then under old system pattern, enter the paging parameters based on old system pattern that obtains network side configuration in idle pulley process.
It should be noted that, in embodiments of the present invention, also can be further comprising the steps: described terminal receives the beep-page message that network side sends, in described beep-page message, carry the information of the described terminal of indication network re-entry under which kind of pattern; According to described information and executing network re-entry process.
In addition, in embodiments of the present invention, network side can also enter in idle pulley process in described terminal, the information of the described terminal of indication network re-entry under which kind of pattern is sent to described terminal, such as send to terminal together with its paging parameters definite with network side, so that described terminal is in the time of needs network re-entry, according to described information and executing network re-entry process.Correspondingly, in embodiments of the present invention, also can be further comprising the steps: described terminal, entering in idle pulley process, is obtained the information of the described terminal of indication network re-entry under which kind of pattern of network side transmission; In the time that the beep-page message that receives network side transmission needs network re-entry, according to described information and executing network re-entry process.
Suppose that terminal and base station support fine mode and old system pattern simultaneously, and terminal can only work in certain independent mode of operation at one time.Suppose that current terminal works, at fine mode, is elaborated to the process of terminal access idle mode under varying environment respectively below.
As shown in Figure 9, be the first message interaction process figure of middle terminal access idle mode embodiment illustrated in fig. 8.
In this flow process, terminal is initiated the flow process that enters idle pulley, wherein:
901. terminals send handover request message to base station, initiate mode of operation switching flow, and switching object is switch to old system pattern and enter idle pulley.
902. terminals receive the switch acknowledgment message that base station sends.
903. terminals are received after the switch acknowledgment message of base station, start to carry out switching flow, until can normally work under old system pattern.
904. under old system pattern, and terminal sends to base station separates login request message, initiates to separate register flow path, and wherein solution registration is former because enter idle pulley.The relevant paging parameters of idle pulley that this request message can be recommended with terminal.
905. terminals receive the solution registration reply message that base station sends, and carry the final idle pulley paging parameters that network side is determined, i.e. the paging parameters based on old system pattern in this response message.
906. terminal access idle modes, and monitor according to described final idle pulley paging parameters beep-page message to network side under old system pattern.
907. network sides carry out paging according to above-mentioned definite idle pulley paging parameters to terminal, if need to allow terminal carry out network re-entry, indicating terminal can be carried in described beep-page message simultaneously and carry out the information of network re-entry under which kind of mode of operation, can, so that terminal is carried out network re-entry under old system pattern, also can make terminal carry out network re-entry under fine mode.
908. terminals are carried out network re-entry flow process according to above-mentioned indication information under corresponding mode of operation.
As shown in figure 10, be the second message interaction process figure of middle terminal access idle mode embodiment illustrated in fig. 8.
In this flow process, terminal is initiated the flow process that enters idle pulley, wherein:
1001. terminals send handover request message to base station, initiate mode of operation switching flow, and switching object is switch to old system pattern and enter idle pulley.
1002. terminals receive the switch acknowledgment message that base station sends.
1003. terminals are received after the switch acknowledgment message of base station, start to carry out switching flow, until can normally work under old system pattern.
1004. under old system pattern, and terminal sends to base station separates login request message, initiates to separate register flow path, and wherein solution registration is former because enter idle pulley.The relevant paging parameters of idle pulley that this request message can be recommended with terminal.
1005. terminals receive the solution registration reply message that base station sends, in this response message, carry the definite idle pulley paging relevant parameter of network side, and indicating terminal is in the paged information that need to carry out network re-entry need to carry out network re-entry time under which kind of mode of operation simultaneously.
1006. terminals are obtained described idle pulley paging parameters, enter idle pulley, and monitor according to idle pulley paging parameters beep-page message to network side under old system pattern.
1007. network sides carry out paging according to above-mentioned definite idle pulley paging parameters to terminal, if need to make terminal carry out network re-entry in described beep-page message, the relevant indication information that terminal obtains when entering idle pulley determines under which kind of mode of operation, to carry out network re-entry flow process.
1008. terminals are carried out network re-entry flow process according to above-mentioned indication under corresponding mode of operation.
As shown in figure 11, be the third message interaction process figure of middle terminal access idle mode embodiment illustrated in fig. 8.
In this flow process, the flow process that enters idle pulley is initiated in base station, wherein:
1101. base stations send switch indicating information to terminal, initiate switching flow, and switching object is in order to make described terminal switch to old system pattern and enter idle pulley.
1102. terminals are carried out switching flow according to the indication of base station, until normally work under old system pattern.
1103. base stations send and separate registration Indication message to terminal, initiate to enter the flow process of idle pulley, and send the parameter that idle pulley is relevant, comprise paging parameters.
1104. terminals are carried out and are separated register flow path according to the indication of base station, enter idle pulley.Under idle pulley, monitor according to the above-mentioned idle pulley paging parameters of receiving beep-page message to network side under old system pattern.
1105. network sides carry out paging according to above-mentioned definite idle pulley paging parameters to terminal, if need to allow terminal carry out network re-entry in described beep-page message, will carry indicating terminal simultaneously and carry out the information of network re-entry under which kind of mode of operation, can, so that terminal is carried out network re-entry under old system pattern, also may make terminal carry out network re-entry under fine mode.
1106. terminals are carried out network re-entry flow process according to above-mentioned indication under corresponding mode of operation.
As shown in figure 12, be the 4th kind of message interaction process figure of middle terminal access idle mode embodiment illustrated in fig. 8.
In this flow process, the flow process that enters idle pulley is initiated in base station, wherein:
1201. base stations send switch indicating information to terminal, initiate switching flow, and switching object is in order to make described terminal switch to old system pattern and enter idle pulley.
1202. terminals are carried out switching flow according to the indication of base station, until normally work under old system pattern.
1203. base stations send and separate registration Indication message to terminal, initiation enters the flow process of idle pulley, in this Indication message, carry the parameter that idle pulley is relevant, comprise paging parameters, also carry indicating terminal in the paged information that need to carry out network re-entry need to carry out network re-entry time under which kind of mode of operation simultaneously.
1204. terminals are carried out and are separated register flow path according to the indication of base station, enter idle pulley.Under idle pulley, monitor according to the above-mentioned idle pulley paging parameters of receiving beep-page message to network side under old system pattern.
1205. network sides carry out paging according to above-mentioned definite idle pulley paging parameters to terminal, if need to allow terminal carry out network re-entry in described beep-page message.
The relevant indication information that 1206. terminals obtain when entering idle pulley determines under which kind of mode of operation, to carry out network re-entry flow process, and is carrying out network re-entry flow process under corresponding mode of operation.
It should be noted that the each message in can be the fully compatible existing agreement based on old system of the message in above-mentioned each flow process.
In addition, it should be noted that, in order to make above-mentioned each flow process clear, in Fig. 9 to Figure 12, only show the message interaction process between terminal and base station, other network elements of base station and network side are as same as the prior art in the interaction flow between paging control network element, do not repeat them here.
From the each flow process of above-mentioned Fig. 9 to Figure 12, embodiment of the present invention terminal enters the method for idle pulley in different working modes system, the situation of working in same system at the network element based on different agreement for the terminal that works in fine mode, by the modification to related signaling flow process, make the terminal of fine mode in the time that needs enter idle pulley, first be switched to old system pattern, and then enter idle pulley, and in the process that enters idle pulley, obtain the paging parameters based on old system pattern of network side configuration, monitor according to the paging parameters of described old system pattern beep-page message to network side under idle pulley, thereby realize the normal work under idle pulley between network element.
As shown in figure 13, be embodiment of the present invention terminal enters the method for idle pulley another kind of flow chart in different working modes system, comprise the following steps:
Particularly, described terminal receives the acknowledge message that enters idle pulley that network side sends or the Indication message that enters idle pulley entering in idle pulley process, describedly enter the acknowledge message of idle pulley or enter the paging parameters based on old system pattern that carries network side configuration in the Indication message of idle pulley, thereby described in receiving, enter the acknowledge message of idle pulley or enter the Indication message of idle pulley, can obtain the paging parameters based on old system pattern of network side configuration.
In embodiments of the present invention, the terminal of described fine mode directly enters idle pulley, and in the process that enters idle pulley, obtains the paging parameters based on old system pattern of network side configuration.
It should be noted that, in embodiments of the present invention, also can be further comprising the steps: described terminal receives the beep-page message that network side sends, in described beep-page message, carry the information of the described terminal of indication network re-entry under which kind of pattern; According to described information and executing network re-entry process.
In addition, in embodiments of the present invention, network side can also enter in idle pulley process in described terminal, the information of the described terminal of indication network re-entry under which kind of pattern is sent to described terminal, such as send to terminal together with its paging parameters definite with network side, so that described terminal is in the time of needs network re-entry, according to described information and executing network re-entry process.Correspondingly, in embodiments of the present invention, also can be further comprising the steps: described terminal, entering in idle pulley process, is obtained the information of the described terminal of indication network re-entry under which kind of pattern of network side transmission; In the time that the beep-page message that receives network side transmission needs network re-entry, according to described information and executing network re-entry process.
Suppose that terminal and base station support fine mode and old system pattern simultaneously, and terminal can only work in certain independent mode of operation at one time.Suppose that current terminal works, at fine mode, is elaborated to the process of terminal access idle mode under varying environment respectively below.
As shown in figure 14, be the 5th kind of message interaction process figure of middle terminal access idle mode embodiment illustrated in fig. 13.
In this flow process, terminal is initiated the flow process that enters idle pulley, wherein:
1401. terminals send and enter the request message of idle pulley to base station, initiate the flow process that enters idle pulley, the relevant paging parameters of idle pulley of can carried terminal in described request message recommending.
1402. network sides are received after request, send acknowledge message to terminal, carry the definite idle pulley paging parameters of network side in this acknowledge message, and this paging parameters is the idle pulley paging parameters under old system pattern.
1403. terminals are received after described acknowledge message, carry out and separate registration associative operation; Separate after registration, monitor according to the above-mentioned idle pulley paging parameters of receiving beep-page message to network side under old system pattern.
1404. network sides carry out paging according to above-mentioned definite idle pulley paging parameters to terminal, carry out network re-entry if need to make terminal in described beep-page message, can carry indicating terminal simultaneously and carry out the information of network re-entry under which kind of mode of operation, can, so that terminal is carried out network re-entry under old system pattern, also can make terminal carry out network re-entry under fine mode.
1405. terminals are carried out network re-entry flow process according to above-mentioned indication under corresponding mode of operation.
As shown in figure 15, be the 6th kind of message interaction process figure of middle terminal access idle mode embodiment illustrated in fig. 13.
In this flow process, terminal is initiated the flow process that enters idle pulley, wherein:
1501. terminals send and enter the request message of idle pulley to base station, initiate the flow process that enters idle pulley, the relevant paging parameters of idle pulley of can carried terminal in described request message recommending.
1502. network sides are received after request, send acknowledge message to terminal, in this acknowledge message, carry the definite idle pulley paging parameters of network side, this paging parameters is the idle pulley paging parameters under old system pattern, simultaneously in this response message also with indicating terminal in paged information of carrying out network re-entry need to carry out network re-entry time under which kind of mode of operation.
1503. terminals are received after described acknowledge message, carry out and separate registration associative operation; Separate after registration, monitor according to above-mentioned idle pulley paging relevant parameter beep-page message to network side under old system pattern of receiving.
1504. network sides carry out paging according to above-mentioned definite idle pulley paging parameters to terminal, if need to make terminal carry out network re-entry in described beep-page message, the relevant indication information that terminal obtains when entering idle pulley determines under which kind of mode of operation, to carry out network re-entry flow process.
1505. terminals are carried out network re-entry flow process according to above-mentioned indication under corresponding mode of operation.
As shown in figure 16, be the 7th kind of message interaction process figure of middle terminal access idle mode embodiment illustrated in fig. 13.
In this flow process, the flow process that enters idle pulley is initiated in base station, wherein:
1601. base stations send the Indication message that enters idle pulley to terminal, initiate the flow process that enters idle pulley; In this Indication message, carry the definite idle pulley paging parameters of network side, and described paging parameters is corresponding with the paging parameters under old system works pattern.
1602. terminals are carried out and are separated registration associative operation according to the indication of base station, enter idle pulley.Under idle pulley, monitor according to the above-mentioned idle pulley paging parameters of receiving beep-page message to network side under old system pattern.
1603. network sides carry out paging according to above-mentioned definite idle pulley paging parameters to terminal, if need to allow terminal carry out network re-entry in described beep-page message, will carry indicating terminal simultaneously and carry out the information of network re-entry under which kind of pattern, can, so that terminal is carried out network re-entry under old system pattern, also can make terminal carry out network re-entry under fine mode.
1604. terminals are carried out network re-entry flow process according to above-mentioned indication under corresponding mode of operation.
As shown in figure 17, be the 8th kind of message interaction process figure of middle terminal access idle mode embodiment illustrated in fig. 13.
In this flow process, terminal is initiated the flow process that enters idle pulley, wherein:
1701. base stations send the Indication message that enters idle pulley to terminal, initiate the flow process that enters idle pulley; In this Indication message, carry idle pulley paging parameters, and these parameters are corresponding with the parameter under old system works pattern; Simultaneously in this Indication message, need under which kind of mode of operation carry out network re-entry paged when network re-entry need to be carried out with indicating terminal.
1702. terminals are carried out and are separated registration associative operation according to the indication of base station, enter idle pulley.Under idle pulley, monitor according to above-mentioned idle pulley paging relevant parameter beep-page message to network side under old system pattern of receiving.
1703. network sides carry out paging according to above-mentioned definite idle pulley paging parameters to terminal, if need to make terminal carry out network re-entry in described beep-page message, the relevant indication information that terminal obtains when entering idle pulley determines under which kind of mode of operation, to carry out network re-entry flow process.
1704. terminals are carried out network re-entry flow process according to above-mentioned indication under corresponding mode of operation.
It should be noted that, message in above-mentioned each flow process can adopt the each message in the existing agreement based on fine mode system, but the related news that need to carry out to carrying described paging parameters and/or indicating terminal the information of network re-entry under which kind of pattern carry out form modifying, can carry the paging relevant parameter under old system pattern.
In addition, it should be noted that, in order to make above-mentioned each flow process clear, in Figure 14 to Figure 17, only show the message interaction process between terminal and base station, other network elements of base station and network side are as same as the prior art in the interaction flow between paging control network element, do not repeat them here.
From the each flow process of above-mentioned Figure 14 to Figure 17, embodiment of the present invention terminal enters the method for idle pulley in different working modes system, the situation of working in same system at the network element based on different agreement for the terminal that works in fine mode, entered by fine mode in idle pulley process in terminal, obtain the paging parameters based on old system pattern of network side configuration, monitor according to the paging parameters of described old system pattern beep-page message to network side under idle pulley, thereby realize the normal work under idle pulley between network element.
One of ordinary skill in the art will appreciate that all or part of step realizing in above-described embodiment method is can carry out the hardware that instruction is relevant by program to complete, described program can be stored in a computer read/write memory medium, described storage medium, as: ROM/RAM, magnetic disc, CD etc.
Correspondingly, the embodiment of the present invention also provides a kind of base station, as shown in figure 18, is the structural representation of this base station.
Described base station comprises:
Parameter receiving element 1801, for the terminal access idle mode at fine mode or at idle pulley position updating process, the paging parameters that reception network side is described terminal configuration;
Map unit 1802, is mapped as the paging parameters under fine mode for the paging parameters that is described terminal configuration by described network side;
Parameter issues unit 1803, for the paging parameters under described fine mode is handed down to described terminal, so that described terminal access idle mode the beep-page message of network side being monitored according to the paging parameters under described fine mode.
In this embodiment, the paging parameters that described network side is described terminal configuration can be: based on the paging parameters of old system pattern, or with fine mode under the suitable paging parameters of analysable parameter of eating dishes without rice or wine.
Described parameter receiving element 1801, the response message of message of counterpart terminal state change or the response message of the message of counterpart terminal position renewal that send specifically for receiving network side, in described response message, carry the paging parameters that network side is described terminal configuration, detailed process can, with reference to prior figures 2 to the description in embodiment illustrated in fig. 7, not repeat them here.
The fine mode based on IEEE802.16m agreement is supported in the base station of the embodiment of the present invention, and can be at the terminal access idle mode of fine mode or in idle pulley position updating process, the paging parameters that is described terminal configuration by network side is mapped as the paging parameters under fine mode, then be handed down to described terminal, thus can described terminal access idle mode and according to the paging parameters under described fine mode, the beep-page message of network side is monitored.
Correspondingly, the embodiment of the present invention also provides a kind of paging control network element, as shown in figure 19, is the structural representation of this paging control network element.
Described paging control network element comprises:
Transmitting element 1902, for described paging parameters is sent to base station, so that base station is mapped as described paging parameters the paging parameters under fine mode and is handed down to described terminal.
In this embodiment, the paging parameters of described parameter configuration unit configuration can be: based on the paging parameters of old system pattern, or with fine mode under the suitable paging parameters of analysable parameter of eating dishes without rice or wine.
Described transmitting element 1902, specifically for the response message of message or the response message of the message that counterpart terminal position is upgraded that change by counterpart terminal state, to send to base station for described terminal configuration paging parameters, detailed process can, with reference to prior figures 2 to the description in embodiment illustrated in fig. 7, not repeat them here.
The paging control network element of the embodiment of the present invention, support the old system pattern based on IEEE802.16e agreement, and can be at the terminal access idle mode of fine mode or in idle pulley position updating process, for described terminal configuration paging parameters and send to the base station of supporting fine mode based on IEEE802.16e agreement, so that described base station is mapped as described paging parameters the paging parameters under fine mode and is handed down to described terminal, thereby guarantee the normal work of the idle pulley between the network element based on different agreement.
Correspondingly, the embodiment of the present invention also provides a kind of terminal, as shown in figure 20, is the structural representation of this terminal.
In this embodiment, described terminal comprises:
The first parameter acquiring unit 2002, obtains the paging parameters based on old system pattern of network side configuration for enter idle pulley process at old system pattern.The solution registration reply message that can send by network side particularly, obtains the paging parameters based on old system pattern of network side configuration; Or the solution sending by network side registration Indication message obtains the paging parameters based on old system pattern of network side configuration.
As shown in figure 21, be the another kind of structural representation of embodiment of the present invention terminal.
In this embodiment, described terminal comprises:
The second parameter acquiring unit 2101, obtains the paging parameters based on old system pattern of network side configuration for enter idle pulley process at fine mode.The acknowledge message that enters idle pulley that can send by network side particularly, is obtained the paging parameters based on old system pattern of network side configuration; Or the Indication message that enters idle pulley sending by network side obtains the paging parameters based on old system pattern of network side configuration.
It should be noted that, because described terminal is supported fine mode and old system pattern simultaneously, therefore described terminal can be carried out network re-entry in the time of idle pulley network re-entry under fine mode, or carries out network re-entry under old system pattern.
For this reason, above-mentioned Figure 20 and embodiment illustrated in fig. 21 in, also can further comprise:
The first message sink unit, the beep-page message sending for receiving network side, the information of carrying the described terminal of indication network re-entry under which kind of pattern in described beep-page message;
Network re-entry unit, in the time that described beep-page message needs described terminal network re-entry, according to described information and executing network re-entry process.
That is to say, the terminal of this embodiment can know that according to the beep-page message receiving network side need to make terminal carry out network re-entry under which kind of mode of operation, and described terminal is carried out corresponding network re-entry process according to the indication of network side.
In addition, in embodiment described in above-mentioned Figure 20 and Figure 21, described parameter acquiring unit, also for entering idle pulley process, obtains the information of the described terminal of indication network re-entry under which kind of pattern of network side transmission.
Correspondingly, described terminal also comprises:
The second message sink unit, the beep-page message sending for receiving network side;
Network re-entry unit, in the time that described beep-page message needs described terminal network re-entry, according to described information and executing network re-entry process.
That is to say, the terminal of this embodiment is entering in idle pulley process, obtain the information of the described terminal of indication network re-entry under which kind of pattern of network side transmission, and in the time that the beep-page message that receives network side needs network re-entry, carry out corresponding network re-entry process according to the indication of network side.
The terminal of the embodiment of the present invention, the situation of working in same system for the network element based on different agreement, being entered by fine mode in idle pulley process, obtain the paging parameters based on old system pattern of network side configuration, monitor according to the paging parameters of described old system pattern beep-page message to network side under idle pulley, thereby realize the normal work under idle pulley between network element.The specific works process of described terminal under varying environment can, with reference to flow process shown in prior figures 8 to Figure 17, not repeat them here.
Above the embodiment of the present invention is described in detail, has applied embodiment herein the present invention is set forth, the explanation of above embodiment is just for helping to understand method and apparatus of the present invention; , for one of ordinary skill in the art, according to thought of the present invention, all will change in specific embodiments and applications, in sum, this description should not be construed as limitation of the present invention meanwhile.
Claims (12)
1. terminal enters a method for idle pulley in different working modes system, it is characterized in that, comprising:
The terminal of fine mode is entering the paging parameters based on old system pattern that obtains network side configuration in idle pulley process;
Monitor according to the paging parameters of described old system pattern beep-page message to network side under idle pulley;
Wherein, described paging parameters comprises at least one in paging cycle, paging offset amount, audit window interval.
2. method according to claim 1, is characterized in that, describedly comprises entering the paging parameters based on old system pattern that obtains network side configuration in idle pulley process:
In idle pulley process, receive the acknowledge message that enters idle pulley that network side sends or the Indication message that enters idle pulley entering;
Described in obtaining, enter the acknowledge message of idle pulley or enter the paging parameters based on old system pattern carrying in the Indication message of idle pulley.
3. method according to claim 1 and 2, is characterized in that, also comprises:
Described terminal receives the beep-page message that network side sends, and carries the information of the described terminal of indication network re-entry under which kind of pattern in described beep-page message;
According to described information and executing network re-entry process.
4. method according to claim 2, is characterized in that, described in enter idle pulley acknowledge message or described in enter idle pulley the Indication message information of also carrying network side and indicate described terminal network re-entry under which kind of pattern;
Described method also comprises:
Described terminal, in the time that the beep-page message that receives network side transmission needs network re-entry, is indicated the information and executing network re-entry process of described terminal network re-entry under which kind of pattern according to described network side.
5. terminal enters a method for idle pulley in different working modes system, it is characterized in that, comprising:
The terminal of fine mode, in the time that needs enter idle pulley, is first switched to old system pattern, then carries out the process that enters idle pulley;
Enter at old system pattern the paging parameters based on old system pattern that obtains network side configuration in idle pulley process;
Monitor according to the paging parameters of described old system pattern beep-page message to network side under idle pulley;
Wherein, described paging parameters comprises at least one in paging cycle, paging offset amount, audit window interval.
6. method according to claim 5, is characterized in that, describedly comprises entering the paging parameters based on old system pattern that obtains network side configuration in idle pulley process:
In idle pulley process, receive the solution registration reply message that network side sends or separate registration Indication message entering;
Obtain described solution registration reply message or separate the paging parameters based on old system pattern carrying in registration Indication message.
7. according to the method described in claim 5 or 6, it is characterized in that, also comprise:
Described terminal receives the beep-page message that network side sends, and carries the information of the described terminal of indication network re-entry under which kind of pattern in described beep-page message;
According to described information and executing network re-entry process.
8. method according to claim 6, is characterized in that, described solution registration reply message or separate the information that registration Indication message also carries network side and indicate described terminal network re-entry under which kind of pattern;
Described method also comprises:
Described terminal, in the time that the beep-page message that receives network side transmission needs network re-entry, is indicated the information and executing network re-entry process of described terminal network re-entry under which kind of pattern according to described network side.
9. a terminal, is characterized in that, comprising:
Switch unit, while entering idle pulley, is first switched to old system pattern for needs from fine mode, then carries out the process that enters idle pulley;
The first parameter acquiring unit, obtains the paging parameters based on old system pattern of network side configuration for enter idle pulley process at old system pattern;
Monitoring unit, for monitoring according to the paging parameters of described old system pattern beep-page message to network side under idle pulley;
Wherein, described paging parameters comprises at least one in paging cycle, paging offset amount, audit window interval.
10. a terminal, is characterized in that, comprising:
The second parameter acquiring unit, obtains the paging parameters based on old system pattern of network side configuration for enter idle pulley process at fine mode;
Monitoring unit, for monitoring according to the paging parameters of described old system pattern beep-page message to network side under idle pulley;
Wherein, described paging parameters comprises at least one in paging cycle, paging offset amount, audit window interval.
11. according to the terminal described in claim 9 or 10, it is characterized in that, also comprises:
The first message sink unit, the beep-page message sending for receiving network side, the information of carrying the described terminal of indication network re-entry under which kind of pattern in described beep-page message;
Network re-entry unit, in the time that described beep-page message needs described terminal network re-entry, according to described information and executing network re-entry process.
12. according to the terminal described in claim 9 or 10, it is characterized in that,
Described parameter acquiring unit, also for entering idle pulley process, obtains the information of the described terminal of indication network re-entry under which kind of pattern of network side transmission;
Described terminal also comprises:
The second message sink unit, the beep-page message sending for receiving network side;
Network re-entry unit, in the time that described beep-page message needs described terminal network re-entry, according to described information and executing network re-entry process.
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| CN201010165640.XA CN102238537B (en) | 2010-04-30 | 2010-04-30 | Method and equipment for allowing terminal to enter idle mode in different operation mode systems |
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| CN201010165640.XA CN102238537B (en) | 2010-04-30 | 2010-04-30 | Method and equipment for allowing terminal to enter idle mode in different operation mode systems |
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| US7043263B2 (en) * | 2002-04-11 | 2006-05-09 | Kyocera Wireless Corp. | System and method for mobile configuration |
| CN101090564A (en) * | 2006-06-13 | 2007-12-19 | 联想(北京)有限公司 | Switchover intercepting method for TD-SCDMA multi-mode terminal at standby state |
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