CN102740459B - Method for receiving downlink message and mobile terminal - Google Patents
Method for receiving downlink message and mobile terminal Download PDFInfo
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- CN102740459B CN102740459B CN201110080396.1A CN201110080396A CN102740459B CN 102740459 B CN102740459 B CN 102740459B CN 201110080396 A CN201110080396 A CN 201110080396A CN 102740459 B CN102740459 B CN 102740459B
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
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- Y02D—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN INFORMATION AND COMMUNICATION TECHNOLOGIES [ICT], I.E. INFORMATION AND COMMUNICATION TECHNOLOGIES AIMING AT THE REDUCTION OF THEIR OWN ENERGY USE
- Y02D30/00—Reducing energy consumption in communication networks
- Y02D30/70—Reducing energy consumption in communication networks in wireless communication networks
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Abstract
The invention discloses a method for receiving a downlink message and a mobile terminal. The method comprises: receiving a broadcast message of a first network and the broadcast message of a second network by a mobile terminal; receiving the downlink message sent by the first network, when the terminal is standby in the first network, a received paging period specified in the first network and carried by the broadcast message of the first network being a first paging read period; determining a second paging read period when the terminal is standby in the second network, according to the received paging period specified in the second network and carried by the broadcast message of the second network, the determined second paging read period being larger than the paging period specified in the second network; and receiving the downlink message sent by the second network according to the determined second paging read period when the terminal is standby in the second network. Using the scheme, power consumption when the terminal is standby is lower than that of a multi-mode and multi-standby mode in prior art, stand-by time is increased, and efficiency of initiating the business is improved compared with the efficiency in a multi-mode and single-standby mode.
Description
Technical field
The present invention relates to wireless communication technology field, relate in particular to a kind of downstream message method of reseptance and mobile terminal.
Background technology
Wireless cellular technology standard can be divided into 3 main epoch at present according to development time sequencing, if GSM is the earliest that wireless technology standard main in the second generation (2G), ensuing CDMA are that wireless technology standard main in the third generation (3G), up-to-date LTE are main wireless technology standard of the 4th generation.
GSM, as unified wireless technology the earliest, worldwide has best covering, obtains the supports of country at most, therefore current terminal all requires to support GSM.And ensuing CDMA is because development time is later than GSM, cover and also may be worse than GSM, simultaneously because CDMA has three kinds of different standards, in order to guarantee that covering bad place at CDMA has wireless network to use, and be the international roaming between the operator of assurance use dissimilar CDMA standard, General Requirements 3G mobile terminal must be supported GSM simultaneously, and this mobile terminal is commonly referred to as dual-mode terminal.The LTE technology of up-to-date introducing, due to can be for user provides better wireless experience, thus cause supporting the mobile terminal of LTE technology must support 2/3G technology, so there is multimode terminal.
At present, the standby mode of multi-module mobile terminal comprises that multi-mode and multi-standby and multimode list treat two kinds:
In multi-mode and multi-standby mode, multi-module mobile terminal standby on a plurality of wireless networks simultaneously, mobile terminal keeps air interface synchronization with a plurality of networks simultaneously, for each network wherein, the paging read cycle of mobile terminal is identical with the paging cycle of this network regulation, mobile terminal, according to the paging read cycle of corresponding each network, reads respectively broadcast and beep-page message on each network in real time, carries out downlink signal quality measurement in real time according to the downlink information reading;
At multimode list, treat in mode, multi-module mobile terminal is standby on a wireless network only, and covering quality and type of service etc. will cause the variation of standby network.Single-standby mobile terminal only keeps air interface synchronization with a network, and according to the identical paging read cycle of the paging cycle with this network regulation, only reads broadcast and beep-page message on this network, only measures in real time the downlink signal quality of this network.
For the mobile terminal of employing multi-mode and multi-standby mode standby, owing to carrying out reading broadcast, beep-page message and carrying out and measure task dispatching processing operation of frequency very high (approximately several seconds) on a plurality of networks simultaneously, in the time of will making mobile terminal standby, power consumption is large, thereby causes stand-by time shorter.
And for adopting multimode list to treat the mobile terminal of mode standby, owing to only reading the message of a network, therefore relatively adopt the mobile terminal of multi-mode and multi-standby mode standby, its power consumption is relatively less, stand-by time is longer; But when needs are initiated business on non-standby network, the air interface synchronization and the broadcast that due to needs, are transformed into new network and realization and new network read, in this process, need the operating procedure of execution more, to make this business initiate overlong time, thereby seriously reduce the efficiency that business is initiated.
Summary of the invention
The embodiment of the present invention provides a kind of downstream message method of reseptance and mobile terminal, power consumption is large when solving the standby existing in multi-mode and multi-standby mode in prior art, the problem that stand-by time is short, and multimode list is treated the lower problem of efficiency that in mode, the business on non-standby network is initiated.
The embodiment of the present invention provides a kind of downstream message method of reseptance, comprising:
Mobile terminal receives the broadcast of first network and the broadcast of second network; And
In first network during standby, the paging cycle of the first network regulation of carrying in the broadcast of the first network that receives of take is the first paging read cycle, receives the downstream message that first network sends; And
According to the paging cycle of the second network regulation of carrying in the broadcast of the second network receiving, the second paging read cycle while determining in second network standby, the second paging read cycle of wherein determining is greater than the paging cycle of second network regulation; And
In second network, during standby, according to described the second paging read cycle of determining, receive the downstream message that second network sends.
The embodiment of the present invention also provides a kind of mobile terminal, comprising:
Receiving element, for receiving the broadcast of first network and the broadcast of second network; And in first network during standby, the paging cycle of the first network regulation of carrying in the broadcast of the first network that receives of take is the first paging read cycle, receives the downstream message that first network sends; And during standby, according to the second paging read cycle of determining, receive the downstream message that second network sends in second network;
Determining unit, the paging cycle of stipulating for the second network carrying according to the broadcast of the second network receiving, the second paging read cycle while determining in second network standby, the second paging read cycle of wherein determining is greater than the paging cycle of second network regulation.
In the method that the embodiment of the present invention provides, mobile terminal receives the broadcast of first network, and the broadcast that receives second network, and this mobile terminal is in the first networking during standby, determine that its first paging read cycle is, the paging cycle of the first network regulation of carrying in the broadcast of the first network receiving, and receive according to this first paging read cycle the downstream message that first network sends, and for second network, this mobile terminal is according to the paging cycle of the second network regulation of carrying in the broadcast of the second network receiving, determine its second paging read cycle during standby in second network, the second paging read cycle of wherein determining is greater than the paging cycle of second network regulation.Adopt scheme provided by the invention, mobile terminal paging read cycle during standby in first network is identical with paging read cycle during standby in prior art, and paging read cycle during standby is larger than paging read cycle during standby in prior art in second network, thereby mobile terminal in second network according to larger paging read cycle, read the broadcast of second network, beep-page message and execution are measured task dispatching and are processed operation, because the paging read cycle in the multi-mode and multi-standby mode in is compared to existing technology large, so it is less that these that carry out are processed operation, and then reduced power consumption, improved stand-by time, and, multimode list is compared to existing technology treated the not standby network in mode, because mobile terminal can receive the broadcast of second network, represent that it registers on second network, and the paging read cycle of corresponding second network that can be based on determining reads and upgrades broadcast, thereby in assurance mobile terminal, the broadcast of storage is effective in real time, when the business of initiation, do not need to read again broadcast, so saved reading the time of broadcast, improved the efficiency that business is initiated.
Accompanying drawing explanation
The flow chart of the downstream message method of reseptance that Fig. 1 provides for the embodiment of the present invention;
In the downstream message method of reseptance that Fig. 2 provides for the embodiment of the present invention 1 in dynamic standby network the comparison schematic diagram of the paging read cycle arranging and the paging read cycle arranging in normal standby network;
In the scheme that Fig. 3 provides for the embodiment of the present invention 1, mobile terminal is initiated the flow process of business and mobile terminal and is treated to initiate in the not standby network in mode the comparison schematic diagram of the flow process of business at the multimode list of prior art in dynamic standby network;
The flow chart of the delivery method of the beep-page message in the dynamic standby network that Fig. 4 provides for the embodiment of the present invention 2;
Fig. 5 is for adopting the beep-page message providing in the embodiment of the present invention 2 to issue the difference schematic diagram of the paging way in multi-mode and multi-standby mode in scheme and prior art;
The structural representation of the mobile terminal that Fig. 6 provides for the embodiment of the present invention 3.
Embodiment
Power consumption while reducing standby for multi-mode and multi-standby mode in providing compared to existing technology, increase stand-by time, and compare the implementation that multimode list is treated the efficiency that mode raising business is initiated, the embodiment of the present invention provides a kind of downstream message method of reseptance and mobile terminal, below in conjunction with Figure of description, the preferred embodiments of the present invention are described, should be appreciated that preferred embodiment described herein, only for description and interpretation the present invention, is not intended to limit the present invention.And in the situation that not conflicting, embodiment and the feature in embodiment in the application can combine mutually.
The embodiment of the present invention provides a kind of downstream message method of reseptance, as shown in Figure 1, comprising:
Step S101, mobile terminal receive the broadcast of first network and the broadcast of second network.
Step S102, in first network during standby, the paging cycle of the first network regulation of carrying in the broadcast of the first network that receives of take is the first paging read cycle, receives the downstream message that first network sends.
Step S103, the paging cycle of stipulating according to the second network carrying in the broadcast of the second network receiving, the second paging read cycle while determining in second network standby, the second paging read cycle of wherein determining is greater than the paging cycle of second network regulation.
Step S104, in second network, during standby, according to described the second paging read cycle of determining, receive the downstream message that second network sends.
Between above-mentioned steps S102 and step S103-104, there is no strict sequencing.
Preferably, in above-mentioned steps S103, specifically can determine the second paging read cycle be second network regulation paging cycle N doubly, and N is greater than 1 integer.
Below in conjunction with accompanying drawing, with specific embodiment, method provided by the invention and device are described in detail.
Embodiment 1:
In the present embodiment 1, to multi-module mobile terminal, the flow process that receives the downstream message that network side sends according to definite paging read cycle when the standby is described in detail, can be with reference to shown in above-mentioned Fig. 1, and its idiographic flow is as follows:
In above-mentioned steps S101, mobile terminal is after start, be enabled in the handling process of registering on a plurality of networks, comprise and realize with the flow process of the air interface synchronization of these a plurality of networks, read the flow process of the broadcast of these a plurality of networks, finally complete on these a plurality of networks and register.
In the process of registration, mobile terminal receives the broadcast of the first network in these a plurality of networks and the broadcast of the second network in these a plurality of networks, for convenience of description and be convenient to the understanding to embodiment of the present invention scheme, follow-up first network is described as to normal standby network, second network is described as to dynamic standby network, and in the embodiment of the present invention, in these a plurality of networks, normal standby network and dynamic standby network all can be not only one.
The flow process that in this step, mobile terminal is registered on a plurality of networks, can be identical with the standby scheme of multi-mode and multi-standby of the prior art, specifically at each, registers on the net and can adopt various scheme of the prior art, at this, is no longer described in detail.
In above-mentioned steps S102, after mobile terminal is registered on these a plurality of networks, from these a plurality of networks, selection portion subnetwork is as normal standby network (being equivalent to above-mentioned first network), determine mobile terminal paging read cycle during standby in selected normal standby network, paging cycle for this normal standby network regulation, specifically describes as follows:
In order to obtain the preferably technique effect of the amount of saving energy, in the present embodiment 1, select a network as normal standby network, specifically can select at random, also can select preassigned network, also can select by the current network environment based on these a plurality of networks, for example, selecting a current demand signal network the best in quality is normal standby network, or to select a widest network of current coverage range be normal standby network, or to select a network that current networking user is maximum be normal standby network etc.
After determining a normal standby network, from the broadcast that the network side of this normal standby network issues, obtain the duration that its paging read cycle that is used to indicate mobile terminal carrying configures, this duration be also the network equipment of this normal standby network send beep-page message based on paging cycle, according to the scheme in currently available technology, this duration is generally second level, and this duration obtaining is defined as to mobile terminal paging read cycle during standby in this normal standby network.
After paging read cycle when determining in first network standby, next in first network, during standby, according to this paging read cycle of determining, receive the downstream message that first network sends, this downstream message comprises beep-page message and broadcast.
In above-mentioned steps S103, after mobile terminal is registered on these a plurality of networks, except selected normal standby network, using all the other networks in these a plurality of networks as improper standby network, also can be described as dynamic standby network (being equivalent to above-mentioned second network), determine mobile terminal paging read cycle during standby in dynamic standby network, integral multiple for the paging cycle that dynamically standby network is stipulated, it is N times, and be greater than the paging cycle of dynamic standby network regulation, be that N is greater than 1 integer, take and determine that the paging read cycle of mobile terminal in a dynamic standby network is example, specifically describe as follows:
From the broadcast that the network side of this dynamic standby network issues, obtain the duration that its paging read cycle that is used to indicate mobile terminal carrying configures, this duration be also the network equipment of this dynamic standby network send beep-page message based on paging cycle, according to the scheme in currently available technology, this duration is generally a second level.After obtaining this paging cycle of this dynamic standby network, can determine strategy according to the predefined cycle, determine mobile terminal paging read cycle during standby in this dynamic standby network, for the N of the paging cycle that obtains doubly, and N is greater than 1 integer, for example, in order to obtain the preferably technique effect of the amount of saving energy, this paging read cycle can be set to a minute level.
Wherein, for the predefined cycle, determine tactful, can be to preset the multiple that required definite paging read cycle is the paging cycle that carries in broadcast, after arranging, except adopting paging cycle as paging read cycle under normal standby mode, under its improper standby mode, keeping paging read cycle is that this multiple of paging cycle is constant; Preferably, in order to obtain preferably standby effect, also can be according to situation of current network condition or mobile terminal self etc., paging read cycle is arranged, and change according to circumstances, the set paging read cycle of dynamic change, proposes following three kinds of concrete modes of determining N value in the present embodiment 1:
First kind of way: determine according to the signal quality of current network.
Mobile terminal detects the signal quality of current dynamic standby network, and based on signal quality and N value, meet the relation of predefined increasing function, according to the signal quality detecting, determine corresponding N value, wherein, it is larger that relationships of increase function has characterized the better N of signal quality value, therefore, according to this, determine strategy, determine the paging read cycle of mobile terminal when signal quality is good, be greater than the paging read cycle of mobile terminal when poor signal quality, when signal quality improves, determine that paging read cycle becomes large, when signal quality variation, determine that paging read cycle diminishes.
For example, when signal quality is better, can determines that paging read cycle is for minute rank, and when signal quality is poor, determine that paging read cycle is for a second rank.
Specifically also signal quality can be divided into a plurality of grades, corresponding different signal quality grades, determines paging read cycle, and the higher expression signal quality of credit rating is better, determines that corresponding paging read cycle is larger.
During due to poor signal quality, may will there is cell reselection, and so determine less paging read cycle, can obtain faster the situation of change of channel condition by reading broadcast, thereby can carry out timely cell reselection.
In the manner, to the determining of paging read cycle, can be periodically, also can be triggered by condition, for example, when signal quality being detected and change, trigger etc.
The second way: determine according to the translational speed of mobile terminal.
Mobile terminal detects the translational speed of self, and based on translational speed and N value, meet the relation of predefined subtraction function, according to the translational speed detecting, determine corresponding N value, wherein, subtraction function relation has characterized translational speed, and more N value is less, therefore, according to this, determine strategy, determine the paging read cycle of mobile terminal when translational speed is large, be less than the paging read cycle at translational speed hour mobile terminal,, when translational speed is large, determine that paging read cycle diminishes, when translational speed hour, determine that paging read cycle becomes large.
For example, when translational speed is larger, can determine that paging read cycle is for a second rank, and when translational speed hour, determine that paging read cycle is for minute rank.
Specifically also translational speed can be divided into a plurality of grades, corresponding different speed class, determines paging read cycle, and the higher expression translational speed of speed class is larger, determines that corresponding paging read cycle is less.
In the manner, mobile terminal can adopt the whole bag of tricks of the prior art to the measurement of self translational speed, and for example, the Doppler effect by measuring down channel is to know the translational speed information of self
Because translational speed is when larger, may there is fast cell change, so determine less paging read cycle, can obtain faster the situation of change of channel condition by reading broadcast, thereby can carry out timely cell reselection.
In the manner, to the determining of paging read cycle, can be periodically, also can be triggered by condition, for example, when translational speed being detected and change, trigger etc.
The third mode: cell reselection or switching state according to mobile terminal in normal standby network are determined.
When there is cell reselection or switching in mobile terminal in normal standby network, reduce the paging read cycle of mobile terminal in dynamic standby network, and the paging read cycle after reducing is still the integral multiple of the paging cycle of second network regulation, now can be reduced to identical with the paging cycle of second network regulation, why reduce to adjust, this is may adopt the planning of identical cell coverage area due to these a plurality of networks that mobile terminal is registered, the overlay area that is this plurality of networks small area is identical, so when there is cell reselection or switching in mobile terminal in normal standby network, it dynamically also may need to occur cell reselection in standby network, therefore, determine less paging read cycle, can be by reading broadcast, obtain faster the situation of change of channel condition, thereby can carry out timely cell reselection.
In the manner, when the paging read cycle of mobile terminal in dynamic standby network reduces, and complete after cell reselection in this dynamic standby network, or after reducing paging read cycle, surpass scheduled duration, can increase the current paging read cycle of mobile terminal in this dynamic standby network, for example, revert to and reduce to adjust previous paging read cycle.
Above-mentioned three kinds of modes can be used separately, also can be combined with, and specifically can select according to actual conditions, at this, are no longer described in detail.
The scheme that adopts above-described embodiment 1 to provide, mobile terminal is in normal standby network during standby, identical with the standby scheme of mobile terminal in multi-mode and multi-standby scheme in prior art, and mobile terminal is in all the other dynamic standby networks during standby, different from the standby scheme of mobile terminal in multi-mode and multi-standby scheme in prior art, its paging read cycle when standby becomes large, and preferably in scheme, can also dynamically adjust according to the situation of network condition and mobile terminal self, as shown in Figure 2, because paging read cycle becomes large, so mobile terminal reads broadcast during standby in dynamic standby network, beep-page message and the message based on reading are carried out and are measured task dispatching processing operation minimizing, and then reduced power consumption, improved the stand-by time of mobile terminal.When the paging read cycle when standby in dynamic standby network is defined as minute rank, when this paging read cycle is approximately normal standby, tens times of paging read cycle are arrived hundred times, so compare the mobile terminal that adopts multi-mode and multi-standby scheme, approximately can save the standby energy of half, prolongs standby time approaches one times.
And, mobile terminal in dynamic standby network, initiate the flow process of business treat scheme from multimode list in prior art in mobile terminal in standby network not, to initiate the flow process of business different, as shown in Figure 3, at multimode list, treat in the not standby network in scheme, mobile terminal is if initiation business, needs to experience frequency search, terminal and Network Synchronization, reads broadcast and business starts the flow processs such as foundation.And in the present embodiment 1, when mobile terminal is initiated business in dynamic standby network, owing to dynamically registering on standby network, and can be according to paging read cycle reading gating message, and then the synchronizeing of realization and network, double synchronous between, if larger variation does not occur in the position of mobile terminal, it can keep and synchronize of network, so when initiation business, can skip synchronous flow process, thus the time of saving and Network Synchronization; And can the paging read cycle based on definite read and upgrade broadcast, effective in real time to guarantee the broadcast of storing in mobile terminal, when the business of initiation, do not need to read again broadcast, thereby also saved reading the time of broadcast, directly enter the flow process that business is set up, and then improved the efficiency that business is initiated.
Embodiment 2:
The standby scheme of the mobile terminal described in employing above-described embodiment 1, because the paging read cycle of mobile terminal is greater than the paging cycle of the network equipment of dynamic standby network, so, when needing this mobile terminal of paging in dynamic standby network, if direct network equipment this mobile terminal of paging when paging cycle arrives by dynamic standby network, mobile terminal possibly cannot receive this beep-page message, thereby causes paging failure.
In order to address this problem, in the present embodiment 2, propose for need to be handed down to the beep-page message of this mobile terminal in dynamic standby network, the scheme being issued by the normal standby network at its place, its detailed handling process as shown in Figure 4, specifically comprises:
The network equipment of step S401, dynamic standby network is determined the mobile terminal transmission beep-page message that need to adopt wherein dynamic standby.
Based on beep-page message, specifically comprise service paging message and system information update notification message, when other mobile terminal is when in this dynamic standby network, initiation business is called out this mobile terminal, the network equipment that triggers dynamic standby network is determined and need to be sent service paging message to this mobile terminal, while having system information to upgrade, will trigger that determine need to be to this mobile terminal transmitting system information updating notification message in this dynamic network.
Step S402, determining and need to send after beep-page message to mobile terminal, this beep-page message that dynamically network equipment of standby network sends needs, send to the network equipment of the normal standby network at this mobile terminal place, specifically can adopt following two kinds of modes:
First kind of way: in order to make the network equipment of dynamic standby network, the network equipment that can find accurately this mobile terminal to belong in normal standby network, in these a plurality of networks, all preserve the current location information of this mobile terminal, when the current location information of mobile terminal changes, first mobile terminal carries out position renewal in the normal standby network at its place, concrete scheme can adopt position of the prior art update scheme, after renewal completes, this normal standby network is by the current location information of this mobile terminal, be updated in other dynamic standby network, the renewal of the current location information that completes mobile terminal in these a plurality of networks.
The current location information of the network equipment of dynamic standby network based on this mobile terminal, determine the network equipment that in normal standby network overlay area has comprised this current location information, and need to send to the beep-page message of this mobile terminal, send to this network equipment in the normal standby network of determining.
The second way: in order to make the network equipment of dynamic standby network, the network equipment that can find accurately this mobile terminal to belong in normal standby network, presets the band of position of normal standby network and the dynamic corresponding relation of the band of position of standby network between these a plurality of networks.
The corresponding relation of the network equipment of dynamic standby network based on the band of position between predefined above-mentioned network, determine the band of position of the normal standby network corresponding with its overlay area, and determine the network equipment that is positioned at the normal standby network in determined correspondence position region in normal standby network, and need to send to the beep-page message of this mobile terminal, send to this network equipment in the normal standby network of determining.
After the beep-page message that the network equipment of step S403, normal standby network sends at the network equipment that receives dynamic standby network, the paging cycle based on normal standby network, is handed down to this mobile terminal by this beep-page message.
Step S404, corresponding, this mobile terminal reads message based on its paging during standby in normal standby network, receives this beep-page message that the network equipment of normal standby network sends.
Step S405, this mobile terminal, after receiving this beep-page message, can carry out corresponding handling process based on this beep-page message.
For example, when this beep-page message is service paging message, this mobile terminal can be initiated corresponding business based on this service paging message on this dynamic standby network;
And for example, when this beep-page message is system information update notification message, this mobile terminal can reduce its paging read cycle during standby in dynamic standby network, and carries out the system information renewal process of this dynamic standby network.
Adopt the beep-page message providing in the above embodiment of the present invention 2 to issue scheme, with the difference schematic diagram of paging way in multi-mode and multi-standby mode in prior art as shown in Figure 5, by this programme, can guarantee that mobile terminal real-time response is from the paging on dynamic standby network, to carry out, follow-up business is initiated or the renewal of system information.
Embodiment 3:
Based on same inventive concept, the downstream message method of reseptance providing according to the above embodiment of the present invention, correspondingly, another embodiment of the present invention also provides a kind of mobile terminal, and its structural representation as shown in Figure 6, specifically comprises:
Receiving element 601, for receiving the broadcast of first network and the broadcast of second network; And in first network during standby, the paging cycle of the first network regulation of carrying in the broadcast of the first network that receives of take is the first paging read cycle, receives the downstream message that first network sends; And during standby, according to the second paging read cycle of determining, receive the downstream message that second network sends in second network;
Determining unit 602, the paging cycle of stipulating for the second network carrying according to the broadcast of the second network receiving, the second paging read cycle while determining in second network standby, the second paging read cycle of wherein determining is greater than the paging cycle of second network regulation.
Preferably, determining unit 602, specifically for determine the second paging read cycle be second network regulation paging cycle N doubly, and N is greater than 1 integer.
Preferably, determining unit 602, specifically for determining in the following manner N value:
Detect the signal quality of second network; And the relation that meets predefined increasing function based on signal quality and N value, according to the signal quality detecting, determine corresponding N value; Or
Detect the translational speed of this mobile terminal; And the relation that meets predefined subtraction function based on translational speed and N value, according to the translational speed detecting, determine corresponding N value.
Preferably, determining unit 602, also for when this mobile terminal is when first network cell reselection occurs or switches, the second paging read cycle that reduces to determine, and the second paging read cycle after reducing is the integral multiple of the paging cycle of second network regulation;
Receiving element 601, also for when the second network standby, according to the second paging read cycle after reducing, receives the downstream message that second network sends.
Preferably, determining unit 602, also for surpassing scheduled duration after the second paging read cycle when reducing to determine, or this mobile terminal occurs after cell reselection in second network, increase the second current paging read cycle, and the second paging read cycle after increasing is the integral multiple of the paging cycle of second network regulation;
Receiving element 601, also for when the second network standby, according to the second paging read cycle increasing, receives the downstream message that second network sends.
Preferably, receiving element 601, also for based on described the first paging read cycle, receives the beep-page message of the second network that the first network side apparatus of first network sends.
Preferably, determining unit 602, also for when described beep-page message is system information update notification message, the second paging read cycle that reduces to determine, and the second paging read cycle after reducing is the integral multiple of the paging cycle of second network regulation;
Above-mentioned mobile terminal, also comprises:
Processing unit 603, upgrades for carrying out the system information of second network; And when described beep-page message is service paging message, based on described service paging message initiation business on second network.
In sum, the scheme that the embodiment of the present invention provides, comprising: mobile terminal receives the broadcast of first network and the broadcast of second network; And in first network during standby, the paging cycle of the first network regulation of carrying in the broadcast of the first network that receives of take is the first paging read cycle, receives the downstream message that first network sends; And according to the paging cycle of the second network regulation of carrying in the broadcast of the second network receiving, the second paging read cycle while determining in second network standby, the second paging read cycle of wherein determining is greater than the paging cycle of second network regulation; And during standby, according to described the second paging read cycle of determining, receive the downstream message that second network sends in second network.The scheme that adopts the embodiment of the present invention to provide, power consumption when middle multi-mode and multi-standby mode has reduced standby compared to existing technology, has increased stand-by time, and compares multimode list and treat that mode has improved the efficiency that business is initiated.
Obviously, those skilled in the art can carry out various changes and modification and not depart from the spirit and scope of the present invention the present invention.Like this, if within of the present invention these are revised and modification belongs to the scope of the claims in the present invention and equivalent technologies thereof, the present invention is also intended to comprise these changes and modification interior.
Claims (11)
1. a downstream message method of reseptance, is characterized in that, comprising:
Mobile terminal receives the broadcast of first network and the broadcast of second network; And
In first network during standby, the paging cycle of the first network regulation of carrying in the broadcast of the first network that receives of take is the first paging read cycle, receives the downstream message that first network sends; And
According to the paging cycle of the second network regulation of carrying in the broadcast of the second network receiving, the second paging read cycle while determining in second network standby, the second paging read cycle of wherein determining is greater than the paging cycle of second network regulation; And
In second network, during standby, according to described the second paging read cycle of determining, receive the downstream message that second network sends;
The second paging read cycle while determining in second network standby, specifically comprises:
Determine the second paging read cycle be second network regulation paging cycle N doubly, and N is greater than 1 integer;
Determine in the following manner N value:
Mobile terminal detects the signal quality of second network; And the relation that meets predefined increasing function based on signal quality and N value, according to the signal quality detecting, determine corresponding N value; Or
Mobile terminal detects the translational speed of self; And the relation that meets predefined subtraction function based on translational speed and N value, according to the translational speed detecting, determine corresponding N value.
2. the method for claim 1, is characterized in that, also comprises:
When there is cell reselection or switching in mobile terminal in first network, the second paging read cycle that reduces to determine, and the second paging read cycle after reducing is the integral multiple of the paging cycle of second network regulation; And
In second network, during standby, according to the second paging read cycle after reducing, receive the downstream message that second network sends.
3. method as claimed in claim 2, is characterized in that, also comprises:
After the second paging read cycle that is reducing to determine, surpass scheduled duration, or mobile terminal occurs after cell reselection in second network, increase the second current paging read cycle, and the second paging read cycle after increasing is the integral multiple of the paging cycle of second network regulation; And
In second network, during standby, according to the second paging read cycle increasing, receive the downstream message that second network sends.
4. the method for claim 1, is characterized in that, also comprises:
Mobile terminal is based on described the first paging read cycle, receives the beep-page message of the second network that the first network side apparatus of first network sends.
5. method as claimed in claim 4, is characterized in that, receives after the beep-page message of described second network at described mobile terminal, also comprises:
When described beep-page message is service paging message, described mobile terminal is based on described service paging message initiation business on second network;
When described beep-page message is system information update notification message, the second paging read cycle that described mobile terminal reduces to determine, and the second paging read cycle after reducing is the integral multiple of the paging cycle of second network regulation; And
Carrying out the system information of second network upgrades.
6. method as claimed in claim 4, it is characterized in that, described beep-page message is the current location information of the second network side apparatus that belongs in second network of described mobile terminal based on described mobile terminal, determine the first network side apparatus that can cover described current location information in described first network, and need to send to the beep-page message of described mobile terminal to send to definite described first network side apparatus; Or
Described beep-page message is the corresponding relation of the band of position of the band of position of the second network side apparatus that belongs in second network of described mobile terminal based on predefined described second network and described first network, determine the band of position of the first network corresponding with the overlay area of described second network side apparatus, and determine in described first network network and be positioned at the first network side apparatus of this band of position, and need to send to the beep-page message of described mobile terminal to send to described first network side apparatus.
7. a mobile terminal, is characterized in that, comprising:
Receiving element, for receiving the broadcast of first network and the broadcast of second network; And in first network during standby, the paging cycle of the first network regulation of carrying in the broadcast of the first network that receives of take is the first paging read cycle, receives the downstream message that first network sends; And during standby, according to the second paging read cycle of determining, receive the downstream message that second network sends in second network;
Determining unit, the paging cycle of stipulating for the second network carrying according to the broadcast of the second network receiving, the second paging read cycle while determining in second network standby, the second paging read cycle of wherein determining is greater than the paging cycle of second network regulation;
Described determining unit, specifically for determine the second paging read cycle be second network regulation paging cycle N doubly, and N is greater than 1 integer;
Described determining unit, specifically for determining in the following manner N value:
Detect the signal quality of second network; And the relation that meets predefined increasing function based on signal quality and N value, according to the signal quality detecting, determine corresponding N value; Or
Detect the translational speed of this mobile terminal; And the relation that meets predefined subtraction function based on translational speed and N value, according to the translational speed detecting, determine corresponding N value.
8. mobile terminal as claimed in claim 7, it is characterized in that, described determining unit, also for when this mobile terminal is when first network cell reselection occurs or switches, the the second paging read cycle that reduces to determine, and the second paging read cycle after reducing is the integral multiple of the paging cycle of second network regulation;
Described receiving element, also for when the second network standby, according to the second paging read cycle after reducing, receives the downstream message that second network sends.
9. mobile terminal as claimed in claim 8, it is characterized in that, described determining unit, also for surpassing scheduled duration after the second paging read cycle when reducing to determine, or this mobile terminal occurs after cell reselection in second network, increase the second current paging read cycle, and the second paging read cycle after increasing is the integral multiple of the paging cycle of second network regulation;
Described receiving element, also for when the second network standby, according to the second paging read cycle increasing, receives the downstream message that second network sends.
10. mobile terminal as claimed in claim 7, is characterized in that, described receiving element, also for based on described the first paging read cycle, receives the beep-page message of the second network that the first network side apparatus of first network sends.
11. mobile terminals as claimed in claim 10, it is characterized in that, described determining unit, also for when described beep-page message is system information update notification message, the the second paging read cycle that reduces to determine, and the second paging read cycle after reducing is the integral multiple of the paging cycle of second network regulation;
Described mobile terminal, also comprises:
Processing unit, upgrades for carrying out the system information of second network; And when described beep-page message is service paging message, based on described service paging message initiation business on second network.
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| US9160515B2 (en) * | 2013-04-04 | 2015-10-13 | Intel IP Corporation | User equipment and methods for handover enhancement using scaled time-to-trigger and time-of-stay |
| CN106162880B (en) * | 2015-03-31 | 2019-08-09 | 展讯通信（上海）有限公司 | A kind of communication means and device |
| CN108632995B (en) * | 2017-01-24 | 2022-04-15 | 中兴通讯股份有限公司 | Paging optimization method and device |
| MX2020004983A (en) * | 2017-11-14 | 2020-08-24 | Guangdong Oppo Mobile Telecommunications Corp Ltd | Wireless communication method and device. |
| WO2019095121A1 (en) | 2017-11-14 | 2019-05-23 | Oppo广东移动通信有限公司 | Radio communication method and device |
| CN108601068B (en) | 2018-03-28 | 2019-12-24 | 维沃移动通信有限公司 | UE capability detection method, reporting method, mobile terminal and server |
| CN108541002B (en) * | 2018-03-28 | 2019-12-03 | 维沃移动通信有限公司 | A kind of monitor method of paging message, mobile terminal and server |
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