CN1324912C - System and method for realizing receiving multi-net message of multi-mould terminal in same time - Google Patents
System and method for realizing receiving multi-net message of multi-mould terminal in same time Download PDFInfo
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- CN1324912C CN1324912C CNB2004100309990A CN200410030999A CN1324912C CN 1324912 C CN1324912 C CN 1324912C CN B2004100309990 A CNB2004100309990 A CN B2004100309990A CN 200410030999 A CN200410030999 A CN 200410030999A CN 1324912 C CN1324912 C CN 1324912C
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- H04W88/00—Devices specially adapted for wireless communication networks, e.g. terminals, base stations or access point devices
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- H04W88/06—Terminal devices adapted for operation in multiple networks or having at least two operational modes, e.g. multi-mode terminals
Abstract
The present invention discloses a system for realizing multiple mode terminals simultaneously receives multiple net message, which is used in multiple mode networks which comprise a first system and at least one second system. The first system is connected with the second system; when the multiple mode terminal stays at the first system, the second system transmits message to be transmitted to the multiple mode terminal to the first system, and the message is added with the identification of the second system by the first system to be transmitted to the multiple mode terminal. The present invention also provides a method for realizing multiple mode terminals simultaneously receives multiple net message. Under the condition of multiple nets in superposition and coverage, the multiple terminal just needs to stay at one network, contents such as other network message, paging messages, etc. of the multiple network are transmitted to terminals through the current stay network, so the frequent switching search among networks of the terminal at different frequency points is decreased, and the terminal is switched to the other network when necessary. Consequently, the present invention saves battery consumption of the terminal, saves the network search time of the terminal and decreases the influence on users with high requirements of real time.
Description
Technical field
The present invention relates to communication technical field, refer in particular to and realize that in multimode network multimode terminal receives the system and method for many network informations simultaneously.
Background technology
Along with development of science and technology, the network of various standards constantly occurs.Such as, cdma2000, HRPD system, WCDMA system etc., and the network of same standard can be divided into the network of different frequency range, comprises IS95, cdma2000 1x, HRPD, four standard stages of 1xEV-DV such as cdma2000.
The network of different systems and/or frequency range can provide corresponding business to the terminal of support self network under the situation of a certain zone stack operation.But,, when the multimode terminal of supporting multimode network resides in one of them network, but can't receive the system message of another network owing to do not have communication interface between the multimode network.Such as, in the multimode network that comprises cdma2000, HRPD system, WCDMA system, relatively independent between these systems.And, except can receiving same PDSN, there are not other interfaces between cdma2000 and HRPD system.Between HRPD system and WCDMA system without any network interface, between cdma2000 and the WCDMA system also without any network interface.For the multimode terminal of supporting an above said system simultaneously, reside in one of them network, if reception from the beep-page message or the system message of other networks, must switch to the frequency at other network places, regularly go to answer beep-page message or system message.Multimode terminal need frequently switch search in order to receive beep-page message and the system message from a plurality of systems between a plurality of networks, to terminal, power consumption is very big.
For another example, Fig. 1 is the connection diagram of cdma2000 1x system and HRPD system, for simplicity, abbreviates cdma2000 1x as 1x, and HRPD is called for short DO.Referring to shown in Figure 1, be the 1x system in the frame of broken lines on the left side, be the DO system in the frame of broken lines of the right.Two systems are connected with same packet data serving node (PDSN) simultaneously, and then packet data service can be provided.According to the 3GPP2 standard code, 1x system and DO system group network structure are relatively independent, and two systems do not have other interfaces except can receiving same PDSN.
Based on above-mentioned network configuration, under the situation of 1x network and DO network stack operation, 1x network and DO network can provide the Packet data service service, for the 1x/DO dual-mode terminal that has only a cover sending and receiving apparatus, when dual-mode terminal MS/AT resides in the 1x network, by the 1x network for this reason dual-mode terminal Packet data service is provided; When dual-mode terminal MS/AT resides in the DO network, provide Packet data service by the DO network.
According to the standard network structure chart, when MS/AT resided on the DO network, the 1x network issued the paging of this MS/AT, because the 1x network is based upon on the different frequencies with the DO network, MS/AT can't receive the paging from the 1x network.
Standard code, in the network of a plurality of different frequent points, MS/AT is in order to receive the paging from 1x when DO carries out the Packet data service service on the net, must be regular switch in the 1x network, initiatively answer system message and the beep-page message of 1x, therefore, MS/AT need frequently switch search between two networks, the MS/AT power consumption is very big, and demanding data service also has bigger influence for some real-times.
Summary of the invention
In view of this, main purpose of the present invention provides a kind of multimode terminal of realizing and receives the method for many network informations simultaneously, when making multimode terminal be in the multimode network overlap-add region, no matter reside in which network, can receive the information of another one network with a cover receiving system.
Another object of the present invention provides a kind of multimode terminal of realizing and answers the system of many network informations simultaneously, when making multimode terminal be in the multimode network overlap-add region with a cover receiving system, no matter reside in which network, can receive the information of another one network.
A kind of multimode terminal of realizing provided by the invention receives the method for many network informations simultaneously, is connected by predefined signaling interface between each system in the multimode network, and this method comprises:
A. when multimode terminal resided in first system, the signaling message that second system except that first system will send to this multimode terminal was sent to first system;
B. after first system increases the signaling message of receiving second system and identifies accordingly and be converted to the message format of first system, send to this multimode terminal.
Described multimode network comprises standard and/or the different network of frequency range.
Described multimode network comprises cdma2000 1x system and HRPD system.
Described multimode network comprises HRPD network, cdma2000 network and WCDMA network.
The mobile switching centre of described cdma2000 1x system links to each other by the Access Network of predefined signaling interface with the HRPD system.
The base station sub-system of described cdma2000 1x system links to each other by the Access Network of predefined signaling interface with the HRPD system.
Connect the base station sub-system of cdma2000 and the Access Network of HRPD system by predefined first signaling interface, connect the UTRAN of WCDMA system and the Access Network of HRPD system by predefined second signaling interface, connect the base station sub-system of cdma2000 and the UTRAN of WCDMA system by predefined the 3rd signaling interface.
Connect the mobile switching centre of cdma2000 and the Access Network of HRPD system by predefined first signaling interface, connect the core net of WCDMA system and the Access Network of HRPD system by predefined second signaling interface, connect the mobile switching centre of cdma2000 and the UTRAN of WCDMA system by predefined the 3rd signaling interface, connect the base station sub-system of cdma2000 and the core net of WCDMA system by predefined the 4th signaling interface.
When first system was cdma2000 1x system, the base station sub-system of cdma2000 1x system was to be sent to this multimode terminal with receiving and having increased the corresponding signaling message that identifies of second system among the step B.
When first system was the HRPD system, the signaling message that the sign of second system will be received and increase to the Access Network of HRPD system among the step B was sent to this multimode terminal.
Second system banner described in the step B is second system type and type of message indication.
Described signaling message is system message or beep-page message.
A kind of multimode terminal of realizing provided by the invention receives the system of many network informations simultaneously, this system will be connected by predefined signaling interface between each system in the multimode network, when multimode terminal resides in wherein first system, the signaling message that second system except that first system will send to this multimode terminal is sent to first system, first system sends to this multimode terminal after the signaling message of receiving is increased by second system and identifies accordingly and be converted to the message format of first system.
Described multimode network comprises standard and/or the different network of frequency range.
Described multimode network comprises cdma2000 1x system and HRPD system.
Described multimode network comprises HRPD network, cdma2000 network and WCDMA network.
Described signaling interface links to each other with the mobile switching centre of cdma2000 1x system and the Access Network of HRPD system.
Described signaling interface links to each other with the base station sub-system of cdma2000 1x system and the Access Network of HRPD system.
The Access Network of the base station sub-system of described cdma2000 and HRPD system links to each other by first signaling interface, the universal mobile telecommunications system grounding wireless access network UTRAN of described WCDMA system and the Access Network of HRPD system link to each other by second signaling interface, and the UTRAN of the base station sub-system of described cdma2000 and WCDMA system links to each other by the 3rd signaling interface.
The Access Network of the mobile switching centre of described cdma2000 and HRPD system links to each other by first signaling interface, the core net of described WCDMA system and the Access Network of HRPD system link to each other by second signaling interface, the UTRAN of the mobile switching centre of described cdma2000 and WCDMA system links to each other by the 3rd signaling interface, and the core net of the base station sub-system of described cdma2000 and WCDMA system links to each other by the 4th signaling interface.
Described signaling message is system message or beep-page message.
The present invention is connected multimode network, under many net stack coverage conditions, multimode terminal only needs to reside on the network, can be handed down to this multimode terminal by current residing network from contents such as system message on another network or beep-page messages, thereby reducing this multimode terminal frequent switching between the network of two different frequent points searches for, only just switch in another network where necessary, and then saved the battery power consumption of terminal, also saved the time of terminal network search, reduced influence the demanding user of real-time.
Description of drawings
Fig. 1 is the networking structure schematic diagram of prior art 1x network and DO network;
Fig. 2 is the networking structure schematic diagram of the embodiment one of realization system of the present invention;
Fig. 3 is the networking structure schematic diagram of the embodiment two of realization system of the present invention;
Fig. 4 is the networking structure schematic diagram of the embodiment three of realization system of the present invention;
Fig. 5 is the networking structure schematic diagram of the embodiment four of realization system of the present invention.
Embodiment
The present invention is connected the network of different frequent points.When multimode terminal resides in one of them network (first system), the system message that another network (second system) will send to this multimode terminal is sent to first network, first network increases the message of receiving the sign of second network again, and according to the form of first network this message is sent to corresponding multimode terminal.Multimode network comprises standard and/or the different network of frequency range.
Be that example illustrates technical scheme of the present invention with the multimode system that comprises three alien frequencies networks below.
Referring to shown in Figure 2, this multimode system comprises DO network, cdma2000 network and WCDMA network.Wherein, the cdma2000 network links to each other with the AN/PCF of DO network by the x1 interface, and the AN/PCF of DO network links to each other with the UTRAN of WCDMA network by the x2 interface, and the cdma2000 network links to each other with the UTRAN of WCDMA network by the x3 interface.
Multimode terminal resides in the DO network or by the DO network and provides packet data service to this terminal, answers from the process of the system message of cdma2000 network or paging (can be that voice paging also can be the packet domain paging) as follows:
Multimode terminal resides in the DO network, or receiving from the data service of DO grouping of network, this moment, system message or the paging from the cdma2000 network need send to this user terminal, owing between cdma2000 BSC and DO AN, increased the x1 interface, originally need can pass to DO AN earlier by the x1 interface from system message or the beep-page message that the cdma2000 network is handed down to multimode terminal, after by DO AN this beep-page message being increased cdma2000 message or beep-page message indication again, reconfigure according to DO system message or beep-page message form, send to multimode terminal by the DO network.Multimode terminal can determine whether switch to the cdma2000 network after receiving this system message or beep-page message, operate or answer voice call or professional called accordingly.
Multimode terminal resides in the cdma2000 network or by the cdma2000 network and provides service for this terminal, answers from the process of the system message of DO network or paging as follows:
Multimode terminal resides in the cdma2000 network or by the cdma2000 network and provides service for this terminal, have system message or paging from the DO network need send to this user this moment, according to network configuration shown in Figure 2, originally need be handed down to the system message or the beep-page message of this multimode terminal from the DO network, can pass to cdma2000 BSC earlier by the x1 interface, by cdma2000 BSC this system message or beep-page message are increased the DO system message again or beep-page message indication back reconfigures according to cdma2000 message or beep-page message form, send to multimode terminal by the cdma2000 network.Multimode terminal can determine whether switch to the DO network after receiving this system message or beep-page message, operate or receive the professional called service of DO accordingly.
Multimode terminal resides in the DO network or by the DO network this end packet data, services is provided, and answers from the process of the system message of WCDMA network or paging (can be that voice paging also can be the packet domain paging) as follows:
Multimode terminal resides in the DO network, or receiving from the data service of DO grouping of network, need send to this user by system message or paging from the WCDMA network this moment, according to network configuration shown in Figure 2, between WCDMA UTRAN and DO AN, increased the x2 interface, originally need be handed down to the system message or the beep-page message of multimode terminal from the WCDMA network, can pass to DO AN earlier by the x2 interface, after by DO AN this beep-page message being increased WCDMA system message or beep-page message indication again, reconfigure according to DO system message or beep-page message form, send to multimode terminal by the DO network.Multimode terminal can determine whether switch to the WCDMA network after receiving this system message or beep-page message, operate or answer voice call or professional called accordingly.
Multimode terminal resides in the WCDMA network or by the WCDMA network and provides service for this terminal, answers from the process of the system message of DO network or paging as follows:
Multimode terminal resides in the WCDMA network or by the WCDMA network and provides service for this terminal, need send to this user by system message or paging from the DO network this moment, according to network configuration shown in Figure 2, originally need can pass to WCDMA UTRAN earlier by the x2 interface from system message or the beep-page message that the DO network is handed down to multimode terminal, by WCDMA UTRAN this system message or beep-page message are increased the DO system message again or beep-page message indication back reconfigures according to WCDMA system message or beep-page message form, send to multimode terminal by the WCDMA network.Multimode terminal can determine whether switch to the DO network after receiving this system message or beep-page message, operate or receive the professional called service of DO accordingly.
Multimode terminal resides in the cdma2000 network or by the cdma2000 network and provides service for this terminal, answers from the process of the system message of WCDMA network or paging as follows:
Multimode terminal resides in the cdma2000 network or by the cdma2000 network and provides service for this terminal, need send to this user by system message or paging from the WCDMA network this moment, according to network configuration shown in Figure 2, originally need can pass to cdma2000 BSC earlier by the x3 interface from system message or the beep-page message that the WCDMA network is handed down to multimode terminal, by cdma2000 BSC this system message or beep-page message are increased the WCDMA system message again or beep-page message indication back reconfigures according to cdma2000 message or beep-page message form, send to multimode terminal by the cdma2000 network.Multimode terminal can determine whether switch to the WCDMA network after receiving this system message or beep-page message, operate or answer voice call or professional called accordingly.
Multimode terminal resides in the WCDMA network or by the WCDMA network this end packet data, services is provided, and answers from the process of the system message of cdma2000 network or paging (can be that voice paging also can be the packet domain paging) as follows:
Multimode terminal resides in the WCDMA network, or provide service for this terminal by the WCDMA network, need send to this user by system message or paging from the cdma2000 network this moment, according to network configuration shown in Figure 2, between cdma2000 BSC and WCDMA UTRAN, increased the x3 interface, originally need can pass to WCDMA UTRAN earlier by the x3 interface from system message or the beep-page message that the cdma2000 network is handed down to multimode terminal, reconfigure according to WCDMA system message or beep-page message form after by WCDMA UTRAN this beep-page message being increased cdma2000 message or beep-page message indication again, send to multimode terminal by the WCDMA network.Multimode terminal can determine whether switch to the cdma2000 network after receiving this system message or beep-page message, operate or answer voice call or professional called accordingly.
Referring to shown in Figure 3, can also between the MSC of cdma2000 and DO AN, increase the y1 interface, increase the y2 interface between CN of WCDMA system and the DO AN, increase the y3 interface between the UTRAN of the MSC of cdma2000 and WCDMA system, increase the y4 interface between the BSS/PCF of CN of WCDMA system and cdma2000, and then realize the present invention.
Beep-page message from cdma2000 can directly be delivered to DO AN by MSC by the y1 interface, increase the indication of cdma2000 beep-page message by DO AN again, packing is encapsulated into DO beep-page message form, be handed down to multimode terminal by the DO network, thereby solve multimode terminal and reside in the paging of answering when carrying out Packet data service on the DO network from cdma2000, this paging comprises voice paging and grouped data paging.
Beep-page message from the WCDMA system can directly be delivered to DOAN by CN by the y2 interface, increase the indication of WCDMA beep-page message by DO AN again, packing is encapsulated into DO beep-page message form, be handed down to multimode terminal by the DO network, thereby solve multimode terminal and reside in the paging of answering when carrying out Packet data service on the DO network from the WCDMA system, this paging comprises voice paging and grouped data paging.
Can directly connect the y3 interface from the beep-page message of cdma2000 and be delivered to WCDMA UTRAN by MSC, increase the indication of cdma2000 beep-page message by WCDMA UTRAN again, packing is encapsulated into WCDMA beep-page message form, be handed down to multimode terminal by the WCDMA network, thereby solve multimode terminal and reside in the paging of answering when carrying out Packet data service on the WCDMA network from cdma2000, this paging comprises voice paging and grouped data paging.
Can directly be delivered to the BSS/PCF of cdma2000 by the y4 interface by CN from the beep-page message of WCDMA system, BSS/PCF by cdma2000 increases the indication of WCDMA beep-page message again, packing is encapsulated into cdma2000 beep-page message form, be handed down to multimode terminal by the cdma2000 network, thereby solve multimode terminal and reside in the paging of answering when carrying out Packet data service on the cdma2000 network from the WCDMA system, this paging comprises voice paging and grouped data paging.Lift specific embodiment with the multimode system that comprises two alien frequencies networks below and describe technical scheme of the present invention in detail.
Referring to shown in Figure 4, present embodiment compared with prior art, the 1x BSS/PCF in the 1x network is connected with the DO AN/PCF of DO network by the x interface.The x interface is used in the message between transmission system between two networks.
Utilize system shown in Figure 4, when dual-mode terminal MS/AT resides in the DO network, or by the DO network when this terminal provides packet data service, can answer system message or paging from the 1x network.The paging here can be a voice paging, also can be the packet domain paging.Its specific implementation process is as follows:
When dual-mode terminal MS/AT resides in the DO network, or when receiving from the data service of DO grouping of network, the AN of DO network receives that by the x interface 1x network is handed down to system message or the beep-page message of MS/AT; DO AN reconfigures according to DO system message or beep-page message form after this beep-page message is increased 1x system message or beep-page message indication, sends to dual-mode terminal MS/AT by the DO network; Dual-mode terminal MS/AT according to the indication of 1x beep-page message, learns that the current message that receives is that system message or the beep-page message that sends to oneself arranged on the 1x network after receiving this system message or beep-page message.After this, can whether switch to the 1x network, operate accordingly, such as answering voice call or business by dual-mode terminal MS/AT decision.
Utilize system shown in Figure 4, when dual-mode terminal MS/AT resides in the 1x network, or when providing service by the 1x network for this terminal, dual-mode terminal is answered from the detailed process of the system message of DO network or paging as follows:
When dual-mode terminal MS/AT resides in the 1x network, or when providing service by the 1x network for this terminal, the BSS of 1x network receives that by the x interface needs from the DO network send to the system message or the beep-page message of this dual-mode terminal; The BSS of 1x network increases DO system message or beep-page message indication to this system message or beep-page message, and reconfigures according to 1x system message or beep-page message form, sends to dual-mode terminal MS/AT by the 1x network; MS/AT according to DO system message or beep-page message indication, learns that the current beep-page message that receives is that system message or the beep-page message that sends to oneself arranged on the DO network after receiving this system message or beep-page message.
Certainly, can also two systems be connected by other modes.
For example, referring to shown in Figure 5, the MSC of 1x network directly can be linked to each other with the DO AN of DO network by predefined Y interface.Like this, beep-page message from 1x can directly be delivered to DO AN by the y interface, increase the indication of 1x beep-page message by DO AN again, packing is encapsulated into DO beep-page message form, be handed down to MS/AT by the DO network, reside in the paging of answering when carrying out Packet data service on the DO network from the 1x system thereby solve MS/AT.
And, use said method, the MS/AT in residing in first system, receive the message of second system that first system forwards is come after, can determine not handover network according to message content or user situation.Such as, the user can judge that switching to another network still ignores this beep-page message according to from the paging information in the second ICQ message.
The above only is preferred embodiment of the present invention, and is in order to restriction the present invention, within the spirit and principles in the present invention not all, any modification of being done, is equal to replacement, improvement etc., all should be included within protection scope of the present invention.
Claims (16)
1, a kind of multimode terminal of realizing receives the system of many network informations simultaneously, it is characterized in that,
Be connected by predefined signaling interface between each system in the multimode network, when multimode terminal resides in wherein first system, the signaling message that second system except that first system will send to this multimode terminal is sent to first system, first system sends to this multimode terminal after the signaling message of receiving is increased by second system and identifies accordingly and be converted to the message format of first system.
2, system according to claim 1 is characterized in that, described multimode network comprises standard and/or the different network of frequency range.
3, system according to claim 2 is characterized in that, described multimode network is in cdma20001x system, HRPD system, cdma2000 and the WCDMA system any two or greater than the combination of two systems.
4, system according to claim 3 is characterized in that, when multimode network comprises cdma20001x system, HRPD system,
Described signaling interface links to each other with the mobile switching centre of cdma2000 1x system and the Access Network of HRPD system; Or described signaling interface links to each other with the base station sub-system of cdma2000 1x system and the Access Network of HRPD system.
5, system according to claim 3 is characterized in that, when multimode network comprises cdma2000, HRPD system and WCDMA system,
The Access Network of the base station sub-system of described cdma2000 and HRPD system links to each other by first signaling interface, the universal mobile telecommunications system grounding wireless access network UTRAN of described WCDMA system and the Access Network of HRPD system link to each other by second signaling interface, and the UTRAN of the base station sub-system of described cdma2000 and WCDMA system links to each other by the 3rd signaling interface.
6, system according to claim 3 is characterized in that, when multimode network comprises cdma2000, HRPD system and WCDMA system,
The Access Network of the mobile switching centre of described cdma2000 and HRPD system links to each other by first signaling interface, the core net of described WCDMA system and the Access Network of HRPD system link to each other by second signaling interface, the UTRAN of the mobile switching centre of described cdma2000 and WCDMA system links to each other by the 3rd signaling interface, and the core net of the base station sub-system of described cdma2000 and WCDMA system links to each other by the 4th signaling interface.
7, system according to claim 1 is characterized in that, described signaling message is system message or beep-page message.
8, a kind of multimode terminal of realizing receives the method for many network informations simultaneously, it is characterized in that, is connected by predefined signaling interface between each system in the multimode network, and this method is further comprising the steps of:
A. when multimode terminal resided in first system, the signaling message that second system except that first system will send to this multimode terminal was sent to first system;
B. after first system increases the signaling message of receiving second system and identifies accordingly and be converted to the message format of first system, send to this multimode terminal.
9, method according to claim 8 is characterized in that, described multimode network comprises standard and/or the different network of frequency range.
10, method according to claim 9 is characterized in that, described multimode network is in cdma20001x system, HRPD system, cdma2000 and the WCDMA system any two or greater than the combination of two systems.
11, method according to claim 10 is characterized in that, when described multimode network comprises cdma2000 1x system and HRPD system,
The mobile switching centre of described cdma2000 1x system links to each other by the Access Network of predefined signaling interface with the HRPD system, or the base station sub-system of described cdma2000 1x system links to each other by the Access Network of predefined signaling interface with the HRPD system.
12, method according to claim 10 is characterized in that, when described multimode network comprises cdma2000, HRPD system and WCDMA system,
Connect the base station sub-system of cdma2000 and the Access Network of HRPD system by predefined first signaling interface, connect the UTRAN of WCDMA system and the Access Network of HRPD system by predefined second signaling interface, connect the base station sub-system of cdma2000 and the UTRAN of WCDMA system by predefined the 3rd signaling interface.
13, method according to claim 10 is characterized in that, when described multimode network comprises cdma2000, HRPD system and WCDMA system,
Connect the mobile switching centre of cdma2000 and the Access Network of HRPD system by predefined first signaling interface, connect the core net of WCDMA system and the Access Network of HRPD system by predefined second signaling interface, connect the mobile switching centre of cdma2000 and the UTRAN of WCDMA system by predefined the 3rd signaling interface, connect the base station sub-system of cdma2000 and the core net of WCDMA system by predefined the 4th signaling interface.
14, method according to claim 10 is characterized in that, described multimode network comprises cdma2000 1x system and HRPD system, and,
When first system was cdma2000 1x system, cdma2000 1x system was sent to this multimode terminal with receiving and having increased the corresponding signaling message that identifies of second system among the step B;
When first system is the HRPD system, the Access Network of HRPD system will be received and increase the corresponding signaling message that identifies of second system and be sent to this multimode terminal among the step B.
15, method according to claim 8 is characterized in that, second system described in the step B is designated accordingly corresponding to the type of second system and type of message indication.
16, method according to claim 8 is characterized in that, described signaling message is system message or beep-page message.
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| CNB2004100309990A CN1324912C (en) | 2004-04-05 | 2004-04-05 | System and method for realizing receiving multi-net message of multi-mould terminal in same time |
| PCT/CN2005/000449 WO2005099283A1 (en) | 2004-04-05 | 2005-04-05 | System and method for multi-mode terminal simultaneously receiving messages from multiple networks |
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| CNB2004100309990A CN1324912C (en) | 2004-04-05 | 2004-04-05 | System and method for realizing receiving multi-net message of multi-mould terminal in same time |
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| CN1984399B (en) * | 2005-12-12 | 2010-12-01 | 北京三星通信技术研究有限公司 | Terminal for switching to HRPD network according to CDMA 2000 calling message |
| KR100754612B1 (en) * | 2006-01-26 | 2007-09-05 | 삼성전자주식회사 | Handover method for minimizing delay time according to reconnecting of packet call between two mobile communication modes and the multi-mode terminal therefor |
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| CN1681332A (en) | 2005-10-12 |
| WO2005099283A1 (en) | 2005-10-20 |
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