CN102196555B - Method for processing idle mode - Google Patents

Method for processing idle mode Download PDF

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Publication number
CN102196555B
CN102196555B CN201010134419.8A CN201010134419A CN102196555B CN 102196555 B CN102196555 B CN 102196555B CN 201010134419 A CN201010134419 A CN 201010134419A CN 102196555 B CN102196555 B CN 102196555B
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China
Prior art keywords
paging
mobile radio
radio station
matrix control
dynamic matrix
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CN102196555A (en
Inventor
陈琳
谢峰
刘扬
陈玉芹
冯成燕
江辉
甘露
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ZTE Corp
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ZTE Corp
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Priority to CN201010134419.8A priority Critical patent/CN102196555B/en
Priority to PCT/CN2010/079560 priority patent/WO2011110040A1/en
Priority to JP2012556366A priority patent/JP2013521733A/en
Publication of CN102196555A publication Critical patent/CN102196555A/en
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    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04W—WIRELESS COMMUNICATION NETWORKS
    • H04W68/00—User notification, e.g. alerting and paging, for incoming communication, change of service or the like

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  • Engineering & Computer Science (AREA)
  • Computer Networks & Wireless Communication (AREA)
  • Signal Processing (AREA)
  • Mobile Radio Communication Systems (AREA)

Abstract

The invention discloses a kind of method for processing idle mode, the method comprises: the Dynamic matrix control being connected to legacy network stands in the paging mark paging mobile station that its first area uses legacy protocol.By the invention solves Dynamic matrix control stand in be linked into legacy network when, Dynamic matrix control station adopts advanced agreement to carry out to mobile radio station the problem that management in idle time likely makes mistakes, and then makes the evolution of idle mode energy adaptive system.

Description

Method for processing idle mode
Technical field
The present invention relates to the communications field, in particular to a kind of method for processing idle mode.
Background technology
In a wireless communication system, utilize the wireless channel of specifying to provide wireless coverage in certain geographic range by base station (BaseStation, referred to as BS), this geographic range is called community.Usually, theoretically, base station is positioned at cell centre.According to the size of coverage, base station can be divided into macro base station (MacroBS), micro-base station (PICOBS), femto base station (FEMTOCELLBS).In addition, in order to expand covering or expansion capacity, one or more relay station can be placed at mobile radio station (such as, terminal or mobile terminal) between (MobileStation, referred to as MS) and base station.For mobile radio station, relay station is just equivalent to a base station.When mobile radio station moves to another community from a community, in order to keep communication, switch with regard to needs.
According to supported communication protocol, base station/relay station can be divided into Dynamic matrix control station and Traditional control station, Dynamic matrix control station refers to the base station/relay station (AdvancedBaseStation/AdvancedRelayStation supporting advanced communication protocol, referred to as ABS/ARS), Traditional control station refers to the base station/relay station (YardstickBaseStation/YardstickRelayStation, referred to as YBS/YRS) supporting conventional communication protocols.Considering, in compatible technology, for Dynamic matrix control station, again its frame to be divide into first area and second area.Second area can support conventional communication protocols, therefore can be called traditional area again, and advanced communication protocol can only be supported in first area, therefore can be called first recessed region again.Similarly, for mobile radio station, also advanced mobile radio station (AdvancedMobileStation can be divided into, referred to as AMS) and conventional mobiles (YardstickMobileStation, referred to as YMS), advanced mobile radio station can be operated in first area or second area, and conventional mobiles can only be operated in second area.For conventional mobiles, the second area at Dynamic matrix control station is equivalent to a Traditional control station.In addition, during advanced mobile radio station access Traditional control station work, for Traditional control station, this advanced mobile radio station is exactly a conventional mobiles.Advanced communication protocol also can only be supported in Dynamic matrix control station, and now, Dynamic matrix control station can only have first area.
Be described further for IEEE802.16 standard below.IEEE802.16 standard is the air-interface standard of a kind of advanced person proposed for microwave frequency band, this standard stipulation specification of physical layer (PHY) and medium access control layer (MediaAccessControl, referred to as MAC).The IEEE802.16m comprising relay structure is state-of-the-art standard technique in current IEEE802.16 standard, and IEEE802.16m (hereinafter referred to as 16m) is based upon on the basis of the traditional standard such as IEEE802.16e (hereinafter referred to as 16e), IEEE802.16j (hereinafter referred to as 16j).
Based on above description, in the system supporting IEEE802.16 standard, conventional mobiles (supporting the mobile radio station of 16e agreement) compatiblely can be supported in Dynamic matrix control station (namely supporting the base station/relay station of 16m agreement), similarly, advanced mobile radio station (supporting the mobile radio station of 16m agreement) also should be able to access Traditional control station (support the base station of 16e or support the relay station of 16j).
First area is (also referred to as first recessed region, 16mzone, referred to as MZone) communication protocol of the advanced person that 16m defines can be supported, second area is (also referred to as traditional area, LegacyZone, referred to as LZone) agreement of 16e/16j can be supported.In addition, Dynamic matrix control station also can only have MZone.
In general, when the control station in system evolves to Dynamic matrix control station from Traditional control station, the network (also referred to as access service network, AccessServiceNetwork, referred to as ASN) that control station connects also can evolve to advanced networks from legacy network accordingly.But, in the system of reality, because the development speed of control station and access service network is not necessarily synchronous, or, market development requires using advance technology as early as possible, just there will be control station is Dynamic matrix control station, and access service network is the situation of legacy network, Fig. 1 is the system evolved network design schematic diagram according to correlation technique, as shown in Figure 1, advanced mobile radio station can access Traditional control station, both support that legacy protocol was also supported the mixed mode Dynamic matrix control station of advanced agreement and only supports the Dynamic matrix control station of advanced agreement; And conventional mobiles can access Traditional control station and mixed mode Dynamic matrix control station.Now, if advanced mobile radio station and Dynamic matrix control station eat dishes without rice or wine directly use advanced communication protocol (in FIG, the interface at the advanced mobile radio station of thicker solid line and Dynamic matrix control station), and do not make any change, just likely follow-up with the communication process of legacy network in go wrong.
Such as, in order to power saving, mobile radio station (such as, mobile terminal, terminal) idle (Idle) pattern can be entered, after entering idle mode, mobile radio station is just in the reception downlink broadcast data of discrete gap periods, and between multiple control station in moving process, only upgrade positional information to control station when needed, and without the need to carrying out switching and network reenters.Larger difference is there is in Traditional control station/conventional mobiles and Dynamic matrix control station/advanced mobile radio station in the process of Idle pattern.For 16e and 16m standard, the recognition methods of paged mobile radio station is completely different in two kinds of standards.Support that the control station of 16e agreement is when paging mobile station, comprise MAC Address Hash (MACaddressHash) information of 24 bits calculated according to the MAC Address of institute's paging mobile station in paging broadcast (MOB_PAG-ADV) message sent, and support that the mobile radio station of 16e agreement identifies oneself whether controlled station paging at paging listening intervals according to the MACaddressHash whether comprising correspondence in the MOB_PAG-ADV message received; And support that the mobile radio station of 16m agreement is when request enters Idle pattern, that supports the system of 16m agreement can distribute 10 bits for mobile radio station removes login ID (DID), DID is used to identify mobile radio station in follow-up paging, such as, according to whether including the DID self be assigned with in the advanced paging broadcast message (AAI_PAG-ADV) of the 16m control station transmission received, mobile radio station identifies that whether oneself is paged.
From the above, the access service network of Dynamic matrix control station access, if legacy network, so, if Dynamic matrix control station adopts advanced agreement in the process of the relevant treatment that mobile radio station leaves unused, just likely goes wrong.
Summary of the invention
Main purpose of the present invention is to provide a kind of idle mode processing scheme, at least to solve the problem.
According to an aspect of the present invention, provide a kind of method for processing idle mode, comprising: the Dynamic matrix control being connected to legacy network stands in the paging mark paging mobile station that its first area uses legacy protocol.
Preferably, before advanced control station carries out paging to the mobile radio station being in idle mode, said method also comprises: the paging needing the mobile radio station entering idle mode to use in legacy protocol mark is removed sign-on ID as this mobile radio station by Dynamic matrix control station, and needs to enter the mobile radio station of idle mode in first area by going sign-on ID to send to.
Preferably, before advanced control station carries out paging to the mobile radio station being in idle mode, said method also comprises: Dynamic matrix control station sends indication information, and wherein, the mobile radio station that indication information is used to indicate needs to enter idle mode uses the paging mark used in legacy protocol.
According to a further aspect in the invention, additionally provide a kind of method for processing idle mode, comprise the following steps: the instruction mobile radio station Dynamic matrix control station, Dynamic matrix control station being connected to legacy network only supports that mobile radio station uses legacy protocol to carry out idle mode process at its second area; And Dynamic matrix control stands in second area and uses legacy protocol to carry out paging to the mobile radio station of idle mode.
By the present invention, solve Dynamic matrix control and stand in when being linked into legacy network, Dynamic matrix control station adopts advanced agreement to carry out to mobile radio station the problem that management in idle time likely makes mistakes, and then makes the evolution of idle mode energy adaptive system.
Accompanying drawing explanation
Accompanying drawing described herein is used to provide a further understanding of the present invention, and form a application's part, schematic description and description of the present invention, for explaining the present invention, does not form inappropriate limitation of the present invention.In the accompanying drawings:
Fig. 1 is the system evolved network design schematic diagram according to correlation technique;
Fig. 2 is the flow chart of the method for paging idle mode mobile radio station according to the embodiment of the present invention two;
Fig. 3 is the Dynamic matrix control station process chart according to the preferred embodiment of the present invention one;
Fig. 4 is the Dynamic matrix control station paging mobile station flow chart according to the preferred embodiment of the present invention six;
Fig. 5 is the Dynamic matrix control station process chart according to the preferred embodiment of the present invention seven;
Fig. 6 is the mobile radio station process chart according to the preferred embodiment of the present invention eight;
Fig. 7 enters idle mode process chart according to the mobile radio station of the preferred embodiment of the present invention 13;
Fig. 8 terminates idle mode flow chart according to the mobile radio station of the preferred embodiment of the present invention 13.
Embodiment
Hereinafter also describe the present invention in detail with reference to accompanying drawing in conjunction with the embodiments.It should be noted that, when not conflicting, the embodiment in the application and the feature in embodiment can combine mutually.
Embodiment one
In the present embodiment, provide a kind of method of paging idle mode mobile radio station, the method comprises: the Dynamic matrix control being connected to legacy network stands in the paging mark paging mobile station that its first area uses mobile radio station to use in legacy protocol.
It should be noted that, Dynamic matrix control station can be the Dynamic matrix control station comprised containing first area and second area in the present embodiment, or also can be the Dynamic matrix control station only containing first area.
Due in this embodiment, employ the paging mark that mobile radio station uses in legacy protocol and carry out paging, therefore, can solve and connect conventional access network produced problem, the evolution of idle mode energy adaptive system is normally worked, and the object of power saving can be reached.
In the present embodiment, employ two kinds of modes and realize, below this is described respectively.
Mode one
The paging needing the mobile radio station entering idle mode to use in legacy protocol mark is removed sign-on ID as this mobile radio station by Dynamic matrix control station, and needs to enter the mobile radio station of idle mode in first area by going sign-on ID to send to.It should be noted that, sign-on ID can be carried in Dynamic matrix control station in the message sent to mobile radio station, the object that this goes the message of sign-on ID can both reach identical can be carried, such as, this message can be registration reply message, namely Dynamic matrix control station will go sign-on ID to be carried in registration reply message, and need to enter the mobile radio station of idle mode in first area by going registration reply message to send to.
Preferably, mobile radio station first can send to Dynamic matrix control station in first area and go login request message to enter idle mode with request, after Dynamic matrix control stands in and receives login request message, sends remove registration reply message in first area to mobile radio station; Or Dynamic matrix control station also can initiatively send to mobile radio station in first area goes registration reply message to enter idle mode to trigger mobile radio station.
In the manner, if paging is carried out by sending paging broadcast message in Dynamic matrix control station, so, in this paging broadcast message, carry the paging mark needing the mobile radio station of paging to use in legacy protocol.
Mode two
In the manner, before advanced control station carries out paging to the mobile radio station being in idle mode, Dynamic matrix control station sends indication information, and the mobile radio station that this indication information is used to indicate needs to enter idle mode uses the paging mark used in legacy protocol.
Preferably, indication information can be carried in superframe header by Dynamic matrix control station, and sends superframe header, that is, Dynamic matrix control station sends the superframe header comprising the paging identity type information taked at Dynamic matrix control station; The paging identity type paging mobile station that Dynamic matrix control station indicates according to superframe header.This paging identity type comprises conventional art (or being called agreement) paging mark, advanced technology paging mark.Mobile radio station can indicate according to the paging identity type of superframe header, adopts the paging of the paging mark of conventional art or advanced technology mark to carry out paging identification and location updating.
After mobile radio station receives superframe header, can send to Dynamic matrix control station goes login request message to enter idle mode with request, after Dynamic matrix control stands in and receives login request message, send to mobile radio station and remove registration reply message, wherein, Dynamic matrix control stand in registration reply message do not carry mobile radio station remove login ID; Or, also can send by Dynamic matrix control station owner trend mobile radio station the registration reply message that goes of login ID that goes not carrying mobile radio station and enter idle mode to trigger mobile radio station.
If Dynamic matrix control station sends paging broadcast message carry out paging, so, carry the paging mark needing the mobile radio station of paging to use in legacy protocol in this paging broadcast message and be used to indicate the mobile radio station number information that this Dynamic matrix control station uses the paging mark institute paging of legacy protocol.
Preferably, Dynamic matrix control stands in the indication information sent in superframe header can be 1 bit.If this indicating bit is that " 0 " represents the advanced protocol-identifier of use, this indicating bit is that " 1 " represents use legacy protocol mark, and vice versa.The network access Identifier type that when this indication information also can carry out network insertion with mobile radio station, system adopts indicates multiplexing.
In above-mentioned two kinds of modes, Dynamic matrix control station can send paging broadcast message in its first area and second area and carry out paging; Or, Dynamic matrix control station also can obtain the communications zone needing the mobile radio station of paging corresponding, and carry out paging at the communications zone transmission paging broadcast message needing the mobile radio station of paging corresponding, such as, if Dynamic matrix control station gets the corresponding first area of this mobile radio station, so, Dynamic matrix control station just sends paging broadcast message in first area; Again such as, if Dynamic matrix control station can obtain the corresponding counication area information of mobile radio station, then Dynamic matrix control station only sends mobile radio station described in paging broadcast message paging at respective regions; Otherwise Dynamic matrix control station is mobile radio station described in first area and second area paging simultaneously.
Preferably, Dynamic matrix control station can need communications zone corresponding to the mobile radio station of paging by following one of at least acquisition: Dynamic matrix control station needs the paging group of paging group belonging to the mobile radio station of paging to identify or paging cycle obtains communications zone corresponding to paging group according to described; Dynamic matrix control station obtains from paging controller to be needed the mobile radio station of paging to enter idle mode or carries out the communications zone of location updating, and this communications zone is exactly communications zone corresponding to Dynamic matrix control station; Dynamic matrix control station obtains from paging controller needs the communications zone that belonging to the mobile radio station of paging, paging group is corresponding.
Preferably, the different communication region at Dynamic matrix control station is divided into different paging groups, the paging group belonging to different communication region can adopt different paging group marks to distinguish, and such as, adopts the higher bit digit separator first area of paging group identifier and the paging group of second area; The paging group belonging to different communication region also can adopt different paging cycle to distinguish.The paging group of Dynamic matrix control station belonging to institute's paging mobile station can judge the communication zone of required paging mobile station, and carries out paging in corresponding region to mobile radio station.
Be in the mobile radio station of idle mode after receiving paging broadcast message, judge whether to carry in paging broadcast message the paging that legacy protocol use that generate (corresponding to aforesaid way two) or from Dynamic matrix control station receive (corresponding to aforesaid way one) local with it to identify consistent paging and identify, to determine that whether it is paged.That is, in mode one, whether the mobile radio station being in paging listening intervals is according to the paging broadcast message received and pre-assignedly go login ID identification oneself paged.
When the mobile radio station being in idle mode determines that it is paged, the mobile radio station being in idle mode terminates idle mode according to the instruction of paging broadcast message, carries out network reentry; Or the mobile radio station being in idle mode to send the distance measurement request message carrying paging mark (corresponding to aforesaid way one) that this mobile radio station uses in legacy protocol or media access address (corresponding to aforesaid way two) to Dynamic matrix control station according to paging broadcast message; Dynamic matrix control station returns the ranging response message carrying paging mark (corresponding to aforesaid way one) that this mobile radio station uses in legacy protocol or media access address (corresponding to aforesaid way two); The mobile radio station being in idle mode completes location updating.
Preferably, the paging mark that mobile radio station uses in legacy protocol can be media interviews (MediaAccessControl, referred to as MAC) the Address-Hash value of this mobile radio station, such as, and 24 bits.Accordingly, comprise in the system message of login ID and go login ID field extension to the length identical with the MAC Address Hash of mobile radio station, system message comprise following one of at least: remove registration reply message, paging broadcast message, distance measurement request message and ranging response message.
Embodiment two
Dynamic matrix control station refers to the Dynamic matrix control station containing first area and second area in the present embodiment, and Fig. 2 is the flow chart of the method for paging idle mode mobile radio station according to the embodiment of the present invention two, and this flow process comprises the following steps:
Step S202, the instruction mobile radio station Dynamic matrix control station, Dynamic matrix control station being connected to legacy network only supports that mobile radio station uses legacy protocol to carry out idle mode process at its second area; And,
Step S204, Dynamic matrix control stands in second area and uses legacy protocol to carry out paging to the mobile radio station of idle mode.
Due in the present embodiment, Dynamic matrix control stands in second area and uses legacy protocol process, therefore, also can solve and connect conventional access network produced problem, the evolution of idle mode energy adaptive system normally be worked, and can reach the object of power saving.
In step S202, by following one of at least instruction mobile radio station Dynamic matrix control station, Dynamic matrix control station only supports that mobile radio station uses legacy protocol to carry out idle mode process at its second area: Dynamic matrix control station and mobile radio station carry out capability negotiation; Dynamic matrix control station sends indication information.Such as, mobile radio station can carry out capability negotiation with Dynamic matrix control station or know that Dynamic matrix control station only supports that mobile radio station carries out idle mode process in the mode of second area traditionally control station by the indication information that the first-class message of superframe of Dynamic matrix control station broadcast transmission comprises.
Preferably, after advanced control station instruction mobile radio station, mobile radio station enters idle mode at second area.The mode that mobile radio station enters idle mode at second area has two kinds, is described respectively below to this.
Mode one, the mobile radio station being operated in second area enters idle mode at second area.Mode two, the mobile radio station being operated in the first area at Dynamic matrix control station is converted to second area, and enters idle mode at second area, wherein, mobile radio station is converted to second area from first area, and goes login request message to enter idle mode with request at second area to the transmission of Dynamic matrix control station; Or Dynamic matrix control station is triggered mobile radio station and is converted to second area from first area, and registration reply message is gone to enter idle mode to make mobile radio station to mobile radio station transmission.
At mobile radio station after second area enters idle mode, mobile radio station obtains the paging broadcast message that Dynamic matrix control stands in second area transmission, and determine that whether it is paged according to the media access address cryptographic Hash whether carrying mobile radio station in paging broadcast message, namely, at paging listening intervals, mobile radio station obtains the paging broadcast message that Dynamic matrix control stands in second area transmission, and whether according to comprising in paging broadcast message, this mobile radio station MAC Address Hash is paged to judge whether.It should be noted that, Dynamic matrix control station only can send paging broadcast message at its second area.
When mobile radio station determines that it is paged, mobile radio station carries out location updating or network reentry according to the indication information in paging broadcast message at second area.
Preferably, mobile radio station, when completing network and reentrying or in network re-entry procedure, is converted to first area; It can be that mobile radio station initiatively initiates also can be the dynamic initiation of Dynamic matrix control station owner that this region switches.
Below other preferred embodiments of the present invention are described.Wherein, preferred embodiment one to preferred embodiment six is the explanations to the mode one in embodiment one, and the Dynamic matrix control namely connecting conventional access network stands in first area and the MAC Address Hash of mobile radio station is carried out paging identification as removing login ID; Preferred embodiment seven to preferred embodiment 12 is the explanations to the mode two in embodiment one, namely the Dynamic matrix control connecting conventional access network stands in auxiliary superframe header and sends the paging identity type information adopted, and adopts corresponding paging to identify in follow-up paging process.Mobile radio station carries out follow-up paging according to the paging identity type indicated in auxiliary superframe header and judges; Preferred embodiment 13 and 14 is the explanations to embodiment two, and the Dynamic matrix control station namely connecting conventional access network only supports that mobile radio station carries out idle mode process in the mode of second area traditionally control station.Know that Dynamic matrix control station only supports that mobile radio station carries out idle mode process in the mode of second area traditionally control station when capability negotiation is carried out at mobile radio station and Dynamic matrix control station or by the indication information that the superframe header message of Dynamic matrix control station broadcast transmission comprises.
Preferred embodiment one
Mobile radio station is linked into Dynamic matrix control station, and this Dynamic matrix control station is the Dynamic matrix control station only containing first area, and this Dynamic matrix control station is connected to conventional access network.Owing to temporarily not having data transfer demands, mobile radio station wishes to enter idle mode.Mobile radio station initiatively sends and goes login request message (AAI_DREG-REQ) to Dynamic matrix control station, and request enters idle mode.Fig. 3 is the Dynamic matrix control station process chart according to the preferred embodiment of the present invention one, and the process at Dynamic matrix control station comprises the following steps:
Step S302, after Dynamic matrix control station receives this request, generates the MAC Address Hash of 24 bits according to the MAC Address of mobile radio station;
Step S304, MAC Address Hash is sent to mobile radio station as removing login ID (DID) by removing registration reply message (AAI_DREG-RSP) by Dynamic matrix control station.
This goes also to comprise in registration reply message the paging group information distributing to mobile radio station, such as, and paging group identifier, paging controller identifier, paging cycle, the information such as paging offset.After mobile radio station enters idle mode, according to distribute paging cycle and paging offset property information cycle at paging listening intervals paging receiving broadcast (AAI_PAG-ADV).
Paging broadcast message is periodically sent by Dynamic matrix control station, and this message includes needs the mobile radio station sending to mobile radio station or require location updating to go login ID information (being equivalent to mobile radio station MAC Address Hash).Mobile radio station according to whether include in the paging broadcast message received mate with oneself to go login ID to judge whether paged.If mobile radio station is paged, then mobile radio station carries out the operation of location updating or network reentry according to the instruction in beep-page message.If network is reentried, then mobile radio station terminates idle mode.In addition, when mobile radio station has data to need to send, mobile radio station can carry out network reentry at any time, terminates idle mode in advance.
Preferred embodiment two
Mobile radio station is linked into Dynamic matrix control station, and this Dynamic matrix control station is the Dynamic matrix control station only containing first area, and this Dynamic matrix control station is connected to conventional access network.Owing to temporarily not having data transfer demands, Dynamic matrix control station wishes that mobile radio station enters idle mode.
Dynamic matrix control station generates the MAC Address Hash of 24 bits according to the MAC Address of mobile radio station, and as go login ID (DID) by go registration reply message (AAI_DREG-RSP) send to mobile radio station (step and Fig. 3 similar, in preferred embodiment one, carried out explanation, do not repeat them here).
Go the information also comprising the paging group distributing to mobile radio station in registration reply message, as paging group identifier, paging controller identifier, paging cycle, the information such as paging offset.After mobile radio station receives registration reply message, send and go login request message (AAI_DREG-REQ) to Dynamic matrix control station, confirm to enter idle mode.After mobile radio station enters idle mode, according to distribute paging cycle and paging offset property information cycle at paging listening intervals paging receiving broadcast (AAI_PAG-ADV).
Paging broadcast message is periodically sent by Dynamic matrix control station, and message includes needs the mobile radio station sending to mobile radio station or require location updating to go login ID information (being equivalent to mobile radio station MAC Address Hash).Mobile radio station according to whether include in the paging broadcast message received mate with oneself to go login ID to judge whether paged.If mobile radio station is paged, then mobile radio station carries out the operation of location updating or network reentry according to the instruction in beep-page message.If network is reentried, then mobile radio station terminates idle mode.In addition, when mobile radio station has data to need to send, mobile radio station can carry out network reentry at any time, terminates idle mode in advance.
Preferred embodiment three
Mobile radio station is linked into Dynamic matrix control station, and this Dynamic matrix control station is the Dynamic matrix control station containing first area and second area, and this Dynamic matrix control station is connected to conventional access network.The current first area being linked into Dynamic matrix control station of mobile radio station, owing to temporarily not having data transfer demands, mobile radio station wishes to enter idle mode.
Mobile radio station initiatively sends in first area and goes login request message (AAI_DREG-REQ) to Dynamic matrix control station, and request enters idle mode.After Dynamic matrix control station receives this request, the MAC Address Hash of 24 bits is generated according to the MAC Address of mobile radio station, and as go login ID (DID) by go registration reply message (AAI_DREG-RSP) send to mobile radio station (step and Fig. 3 similar, in preferred embodiment one, carried out explanation, do not repeat them here).
This goes also to comprise in registration reply message the paging group information distributing to mobile radio station, as paging group identifier, and paging controller identifier, paging cycle, the information such as paging offset.In addition also can stand in first area by the mode of similar preferred embodiment two by Dynamic matrix control initiatively to initiate to allow mobile radio station enter idle mode.
After mobile radio station enters idle mode, according to distribute paging cycle and paging offset property information cycle at paging listening intervals in first area paging receiving broadcast (AAI_PAG-ADV).Paging broadcast message is periodically sent by Dynamic matrix control station, and this message includes needs the mobile radio station sending to mobile radio station or require location updating to go login ID information (being equivalent to mobile radio station MAC Address Hash).
Mobile radio station according to whether include in the paging broadcast message received mate with oneself to go login ID to judge whether paged.If mobile radio station is paged, then mobile radio station carries out the operation of location updating or network reentry according to the instruction in beep-page message.If network is reentried, then mobile radio station terminates idle mode.In addition, when mobile radio station has data to need to send, mobile radio station can carry out network reentry at any time, terminates idle mode in advance.
Preferred embodiment four
After entering idle mode according to the mode mobile radio station of preferred embodiment one, two, three, mobile radio station according to distribute paging cycle and paging offset property information cycle at paging listening intervals in first area paging receiving broadcast (AAI_PAG-ADV).
Paging broadcast message is periodically sent by Dynamic matrix control station, and message includes needs the mobile radio station sending to mobile radio station or require location updating to go login ID information (being equivalent to mobile radio station MAC Address Hash).Mobile radio station according to whether include in the paging broadcast message received mate with oneself to go login ID to judge whether paged.If mobile radio station is paged, then mobile radio station carries out the operation of location updating or network reentry according to the instruction in beep-page message.If location updating, then mobile radio station sends distance measurement request message (AAI_RNG-REQ) to Dynamic matrix control station, login ID is wherein gone to expand to 24 bits, accordingly, what also contains 24 bits in the ranging response message (AAI_RNG-RSP) that control station is replied removes login ID.After mobile radio station receives ranging response message, complete location updating, can continue to enter idle mode.
Preferred embodiment five
Mobile radio station is linked into Dynamic matrix control station, and this Dynamic matrix control station is the Dynamic matrix control station containing first area and second area, and this Dynamic matrix control station is connected to conventional access network.The current second area being linked into Dynamic matrix control station of mobile radio station, owing to temporarily not having data transfer demands, mobile radio station wishes to enter idle mode.
Mobile radio station initiatively sends at second area and goes login request message (DREG-REQ) to Dynamic matrix control station, and request enters idle mode.After Dynamic matrix control station receives this request, traditionally the agreement of control station sends and goes log-in command message (DREG-CMD) to send to mobile radio station.In addition also can stand in second area by Dynamic matrix control initiatively to initiate to allow mobile radio station enter idle mode.After mobile radio station enters idle mode, according to distribute paging cycle and paging offset property information cycle at paging listening intervals in second area paging receiving broadcast (MOB_PAG-ADV).Paging broadcast message is periodically sent by Dynamic matrix control station, and message includes the MAC Address Hash needing the mobile radio station sending to mobile radio station or require location updating.Mobile radio station judges whether paged according to whether including the MAC Address Hash information of mating with oneself in the paging broadcast message received.If mobile radio station is paged, then mobile radio station carries out the operation of location updating or network reentry according to the instruction in beep-page message.If network is reentried, then mobile radio station terminates idle mode.In addition, when mobile radio station has data to need to send, mobile radio station can carry out network reentry at any time, terminates idle mode in advance.
Preferred embodiment six
Mobile radio station is linked into Dynamic matrix control station, and this Dynamic matrix control station is the Dynamic matrix control station containing first area and second area, and this Dynamic matrix control station is connected to conventional access network.Preferred embodiment three and five, mobile radio station can enter idle mode by first area, also can enter idle mode by second area, mobile radio station according to distribute paging cycle and paging offset property information cycle at paging listening intervals corresponding areas accept paging broadcast message (AAI_PAG-ADV).And paging broadcast message is periodically sent by Dynamic matrix control station.Fig. 4 is the Dynamic matrix control station paging mobile station flow chart according to the preferred embodiment of the present invention six, and this flow process comprises the steps:
Step S402, Dynamic matrix control station determines whether to get the corresponding first area of relevant paging group or the informational message of second area from paging controller or to need the corresponding first area of the mobile radio station of paging or the information of second area;
Step S404, if can get, then only comprises the mobile station information of needs at this area paging at respective regions when Dynamic matrix control stands in first area and second area transmission paging broadcast message;
Step S406, if Dynamic matrix control station cannot get above-mentioned information, then the paging broadcast message that first area, Dynamic matrix control station and second area send comprises the paged mobile radio station of all needs.
The different communication region at Dynamic matrix control station is divided into different paging groups, the paging group belonging to different communication region can adopt different paging group marks to distinguish, such as, adopt the higher bit digit separator first area of paging group identifier and the paging group of second area, the highest-order bit of paging group identifier is the paging group that 0 first area, expression Dynamic matrix control station is formed, and the highest-order bit of paging group identifier is the paging group that 1 expression Dynamic matrix control station second area and Traditional control station are formed, vice versa.In addition the paging group belonging to different communication region also can adopt different paging cycle to distinguish.The paging group identifier of Dynamic matrix control station belonging to institute's paging mobile station and/or paging cycle can judge the communication zone of required paging mobile station, and carry out paging in corresponding region to mobile radio station.
Mobile radio station only carry out monitoring in the region entering idle mode and according to whether include in the paging broadcast message that receives mate with oneself to go login ID to judge whether paged.If mobile radio station is paged, then mobile radio station carries out the operation of location updating or network reentry according to the instruction in beep-page message.If mobile radio station find paging group mark be not oneself distribute paging group mark thus carry out location updating time, Dynamic matrix control station can identify according to the paging group of the current use of mobile radio station, and other paging groups of the same type belonging to Dynamic matrix control station are recommended paging controller.If paging controller is recommended as mobile radio station according to Dynamic matrix control station and is assigned with the paging group of the same type with current paging group, then new paging group information is sent to mobile radio station by Dynamic matrix control station, otherwise Dynamic matrix control station requires that mobile radio station carries out region and is switched to communication zone corresponding to new paging group, and then mobile radio station re-starts access.
If paging controller support distributes new paging group according to the paging group type of the current correspondence of mobile radio station, namely mobile radio station is current belongs to first area paging group, then the new paging group that paging controller distributes also should be first area paging group.In this case, mobile radio station directly can complete location updating.
Need the mobile radio station of paging to enter idle mode or carry out the communications zone of location updating or Dynamic matrix control station to obtain from paging controller and need the communications zone that belonging to the mobile radio station of paging, paging group is corresponding if Dynamic matrix control station directly can obtain from paging controller in addition, then Dynamic matrix control device is directly at corresponding communication zone paging mobile station.
If network is reentried, then mobile radio station terminates idle mode.In addition, when mobile radio station has data to need to send, mobile radio station can carry out network reentry at any time, terminates idle mode in advance.
Preferred embodiment seven
Mobile radio station is linked into Dynamic matrix control station, and this Dynamic matrix control station is the Dynamic matrix control station only containing first area, and this Dynamic matrix control station is connected to conventional access network.Mobile radio station gets the paging mark indication information supported at Dynamic matrix control station by the superframe header of Dynamic matrix control station broadcast transmission when accessing Dynamic matrix control station.Paging mark is designated as 1 bit, can indicate separately, also can indicate multiplexing with network access Identifier type, is used to indicate and adopts conventional art mark or advanced technology mark to carry out paging process.If instruction adopts legacy identification, then mobile radio station adopts MAC Address Hash to carry out paging judgement.If mobile radio station wishes to enter idle mode, initiatively send and go login request message (AAI_DREG-REQ) to Dynamic matrix control station, request enters idle mode.Fig. 5 is the Dynamic matrix control station process chart according to the preferred embodiment of the present invention seven, and this flow process comprises the steps:
Step S502, after Dynamic matrix control station receives this request, is going not send login ID (DID) in registration reply message (AAI_DREG-RSP) to mobile radio station;
Step S504, Dynamic matrix control station is according to MAC Address Hash paging mobile station.
In above-mentioned steps, go registration reply message to comprise and distribute to the relevant informations such as a paging group of mobile radio station, such as, paging group identifier, paging controller identifier, paging cycle, the information such as paging offset.
After mobile radio station enters idle mode, according to distribute paging cycle and paging offset property information cycle at paging listening intervals paging receiving broadcast (AAI_RAG-ADV).Paging broadcast message is periodically sent by Dynamic matrix control station, and message includes this Dynamic matrix control station of instruction and uses the mobile radio station number information of legacy protocol paging mark institute paging and need to send to mobile radio station to require the mobile radio station MAC Address Hash information that location updating or network are reentried.Mobile radio station according to whether include in the paging broadcast message received mate with oneself to go login ID to judge whether paged.If mobile radio station is paged, then mobile radio station carries out the operation of location updating or network reentry according to the instruction in beep-page message.If network is reentried, then mobile radio station terminates idle mode.In addition, when mobile radio station has data to need to send, mobile radio station can carry out network reentry at any time, terminates idle mode in advance.
Preferred embodiment eight
Mobile radio station is linked into Dynamic matrix control station, and this Dynamic matrix control station is the Dynamic matrix control station only containing first area, and this Dynamic matrix control station is connected to conventional access network.Mobile radio station gets the paging mark indication information supported at Dynamic matrix control station by the superframe header of Dynamic matrix control station broadcast transmission when accessing Dynamic matrix control station.Paging mark is designated as 1 bit, can indicate separately, also can indicate multiplexing with network access Identifier type, is used to indicate and adopts conventional art mark or advanced technology mark to carry out paging process.If instruction adopts conventional art mark, then mobile radio station adopts MAC Address Hash to carry out paging judgement.
If Dynamic matrix control station wishes that mobile radio station enters idle mode.Dynamic matrix control station will not comprise login ID (DID) and send to mobile radio station by removing registration reply message (AAI_DREG-RSP), this goes registration reply message to comprise to distribute to the information of a paging group of mobile radio station, as paging group identifier, paging controller identifier, paging cycle, the information such as paging offset.After mobile radio station receives registration reply message, send and go login request message (AAI_DREG-REQ) to Dynamic matrix control station, confirm to enter idle mode.
After mobile radio station enters idle mode, according to distribute paging cycle and paging offset property information cycle at paging listening intervals paging receiving broadcast (AAI_PAG-ADV).Paging broadcast message is periodically sent by Dynamic matrix control station, and this message includes this Dynamic matrix control station of instruction and uses the mobile radio station number information of legacy protocol paging mark institute paging and need to send to mobile radio station to require the mobile radio station MAC Address Hash information that location updating or network are reentried.
Fig. 6 is the mobile radio station process chart according to the preferred embodiment of the present invention eight, and the process of mobile radio station comprises the steps:
Step S602, mobile radio station knows that Dynamic matrix control station adopts the idle mode not distributing login ID;
Step S604, mobile radio station judges whether paged according to whether including the MAC Address Hash mated with oneself in the paging broadcast message received.
If mobile radio station is paged, then mobile radio station carries out the operation of location updating or network reentry according to the instruction in beep-page message.If network is reentried, then mobile radio station terminates idle mode.In addition, when mobile radio station has data to need to send, mobile radio station can carry out network reentry at any time, terminates idle mode in advance.
Preferred embodiment nine
Mobile radio station is linked into Dynamic matrix control station, and this Dynamic matrix control station is the Dynamic matrix control station containing first area and second area, and this Dynamic matrix control station is connected to conventional access network.Mobile radio station gets the paging mark indication information supported at Dynamic matrix control station by the superframe header of Dynamic matrix control station broadcast transmission when accessing Dynamic matrix control station.Paging mark is designated as 1 bit, can indicate separately, also can indicate multiplexing with network access Identifier type, is used to indicate and adopts conventional art mark or advanced technology mark to carry out paging process.If instruction adopts conventional art mark, then mobile radio station adopts MAC Address Hash to carry out paging judgement.
If mobile radio station wishes to enter idle mode.Mobile radio station initiatively sends in first area and goes login request message (AAI_DREG-REQ) to Dynamic matrix control station, and request enters idle mode.Dynamic matrix control station will not comprise login ID (DID) and send to mobile radio station by removing registration reply message (AAI_DREG-RSP).This goes registration reply message to comprise to distribute to a paging group information of mobile radio station, as paging group identifier, and paging controller identifier, paging cycle, the information such as paging offset.In addition also can stand in first area by the mode of similar example 7 by Dynamic matrix control initiatively to initiate to allow mobile radio station enter idle mode.
After mobile radio station enters idle mode, according to distribute paging cycle and paging offset property information cycle at paging listening intervals in first area paging receiving broadcast (AAI_PAG-ADV).Paging broadcast message is periodically sent by Dynamic matrix control station, and this message includes this Dynamic matrix control station of instruction and uses the mobile radio station number information of legacy protocol paging mark institute paging and need to send to mobile radio station to require the mobile radio station MAC Address Hash information that location updating or network are reentried.
Mobile radio station judges whether paged according to whether including the MAC Address Hash mated with oneself in the paging broadcast message received.If mobile radio station is paged, then mobile radio station carries out the operation of location updating or network reentry according to the instruction in beep-page message.If network is reentried, then mobile radio station terminates idle mode.In addition, when mobile radio station has data to need to send, mobile radio station can carry out network reentry at any time, terminates idle mode in advance.
Preferred embodiment ten
After entering idle mode according to the mode mobile radio station of preferred embodiment seven, eight, nine, mobile radio station according to distribute paging cycle and paging offset property information cycle at paging listening intervals in first area paging receiving broadcast (AAI_PAG-ADV).Mobile radio station judges whether paged according to whether including the MAC Address Hash mated with oneself in the paging broadcast message received.If mobile radio station is paged, then mobile radio station carries out the operation of location updating or network reentry according to the instruction in beep-page message.If location updating, then mobile radio station sends distance measurement request message (AAI_RNG-REQ) to control station, wherein comprises the MAC Address Hash of 24 bits for allowing this mobile radio station of control station identification.Accordingly, also contains the MAC Address Hash information of 24 bits in the ranging response message (AAI_RNG-RSP) that control station is replied.After mobile radio station receives ranging response message, complete location updating, can continue to enter idle mode.
Preferred embodiment 11
Mobile radio station is linked into Dynamic matrix control station, and this Dynamic matrix control station is the Dynamic matrix control station containing first area and second area, and this Dynamic matrix control station is connected to conventional access network.Mobile radio station gets the paging mark indication information supported at Dynamic matrix control station by the superframe header of Dynamic matrix control station broadcast transmission when accessing Dynamic matrix control station.Paging mark is designated as 1 bit, can indicate separately, also can indicate multiplexing with network access Identifier type, is used to indicate and adopts conventional art mark or advanced technology mark to carry out paging process.If instruction adopts conventional art mark, then mobile radio station adopts MAC Address Hash to carry out paging judgement.Be linked into the second area at Dynamic matrix control station as mobile radio station is current, owing to temporarily not having data transfer demands, mobile radio station is wished to enter idle mode or Dynamic matrix control and is stood in second area and initiatively initiate to allow mobile radio station enter idle mode.After this process is identical with the process in preferred embodiment four, repeats no more herein.
Preferred embodiment 12
Mobile radio station is linked into Dynamic matrix control station, and this Dynamic matrix control station is the Dynamic matrix control station containing first area and second area, and this Dynamic matrix control station is connected to conventional access network.Mobile radio station gets the paging mark indication information supported at Dynamic matrix control station by the superframe header of Dynamic matrix control station broadcast transmission when accessing Dynamic matrix control station.Paging mark is designated as 1 bit, can indicate separately, also can indicate multiplexing with network access Identifier type, is used to indicate and adopts conventional art mark or advanced technology mark to carry out paging process.If instruction adopts conventional art mark, then mobile radio station adopts MAC Address Hash to carry out paging judgement.
According to preferred embodiment seven and preferred embodiment eight, mobile radio station can enter idle mode by first area, also can enter idle mode by second area, mobile radio station according to distribute paging cycle and paging offset property information cycle at paging listening intervals corresponding areas accept paging broadcast message (AAI_PAG-ADV or MOB_PAG-ADV).
If Dynamic matrix control station can get the corresponding first area of relevant paging group or the informational message of second area from paging controller or need the corresponding first area of the mobile radio station of paging or the information of second area, then only comprise the mobile station information of needs at this area paging at respective regions when Dynamic matrix control stands in first area and second area transmission paging broadcast message.If Dynamic matrix control station cannot get above-mentioned information, then the paging broadcast message that first area, Dynamic matrix control station and second area send comprises the paged mobile radio station of all needs.
The different communication region at Dynamic matrix control station is divided into different paging groups, the paging group belonging to different communication region can adopt different paging group marks to distinguish, as the paging group of the higher bit digit separator first area and second area that adopt paging group identifier, the highest-order bit of paging group identifier is the paging group that 0 first area, expression Dynamic matrix control station is formed, and the highest-order bit of paging group identifier is the paging group that 1 expression Dynamic matrix control station second area and Traditional control station are formed, vice versa.In addition the paging group belonging to different communication region also can adopt different paging cycle to distinguish.The paging group identifier of Dynamic matrix control station belonging to institute's paging mobile station and/or paging cycle can judge the communication zone of required paging mobile station, and carry out paging in corresponding region to mobile radio station.
Mobile radio station only carry out monitoring in the region entering idle mode and according to whether include in the paging broadcast message that receives mate with oneself to go login ID to judge whether paged.If mobile radio station is paged, then mobile radio station carries out the operation of location updating or network reentry according to the instruction in beep-page message.If mobile radio station find paging group mark be not oneself distribute paging group mark thus carry out location updating time, Dynamic matrix control station can identify according to the paging group of the current use of mobile radio station, and other paging groups of the same type belonging to Dynamic matrix control station are recommended paging controller.If paging controller is recommended as mobile radio station according to Dynamic matrix control station and is assigned with the paging group of the same type with current paging group, then new paging group information is sent to mobile radio station by Dynamic matrix control station, otherwise Dynamic matrix control station requires that mobile radio station carries out region and is switched to communication zone corresponding to new paging group, and then mobile radio station re-starts access.
If paging controller support distributes new paging group according to the paging group type of the current correspondence of mobile radio station, namely mobile radio station is current belongs to first area paging group, then the new paging group that paging controller distributes also should be first area paging group.In this case, mobile radio station directly can complete location updating.
Need the mobile radio station of paging to enter idle mode or carry out the communications zone of location updating or Dynamic matrix control station to obtain from paging controller and need the communications zone that belonging to the mobile radio station of paging, paging group is corresponding if Dynamic matrix control station directly can obtain from paging controller in addition, then Dynamic matrix control device is directly at corresponding communication zone paging mobile station.
Mobile radio station only carries out monitoring in the region entering idle mode and judges whether paged according to whether including the MAC Address Hash mated with oneself in the paging broadcast message received.If mobile radio station is paged, then mobile radio station carries out the operation of location updating or network reentry according to the instruction in beep-page message.If network is reentried, then mobile radio station terminates idle mode.In addition, when mobile radio station has data to need to send, mobile radio station can carry out network reentry at any time, terminates idle mode in advance.
Preferred embodiment 13
Mobile radio station is linked into Dynamic matrix control station, and this Dynamic matrix control station is the Dynamic matrix control station containing first area and second area, and this Dynamic matrix control station is connected to conventional access network.Mobile radio station gets Dynamic matrix control station and only supports that mobile radio station carries out idle mode process in the mode of second area traditionally control station when accessing Dynamic matrix control station.This information obtains by the superframe header of Dynamic matrix control station broadcast transmission, or handling capacity consults to obtain.Fig. 7 enters idle mode process chart according to the mobile radio station of the preferred embodiment of the present invention 13, and mobile radio station enters idle mode process and comprises the steps:
Step S702, the current first area being linked into Dynamic matrix control station of mobile radio station, owing to temporarily not having data transfer demands, mobile radio station wishes to enter idle mode;
Step S704, whether mobile radio station judges current in first area, then performs step S706 if the judgment is Yes, then performs step S708 if the judgment is No;
Step S706, mobile radio station is initiatively switched to second area by region switching from first area;
Step S708, after mobile radio station is switched to second area, mobile radio station initiatively sends at second area and goes login request message (DREG-REQ) to Dynamic matrix control station, and request enters idle mode.
After Dynamic matrix control station receives this request, traditionally the agreement of control station sends and goes log-in command message (DREG-CMD) to send to mobile radio station.After mobile radio station enters idle mode, according to distribute paging cycle and paging offset property information cycle at paging listening intervals in second area paging receiving broadcast (MOB_PAG-ADV).Paging broadcast message is periodically sent at second area by Dynamic matrix control station, and message includes the MAC Address Hash needing the mobile radio station sending to mobile radio station or require location updating.Mobile radio station judges whether paged according to whether including the MAC Address Hash information of mating with oneself in the paging broadcast message received.If mobile radio station is paged, then mobile radio station carries out the operation of location updating or network reentry according to the instruction in beep-page message.Fig. 8 terminates idle mode flow chart according to the mobile radio station of the preferred embodiment of the present invention 13, and mobile radio station terminates idle mode and comprises the steps:
Step S802, if indicate in beep-page message be network reentry, then mobile radio station terminates idle mode, carries out network reentry, in addition, when mobile radio station have data need send when, mobile radio station can carry out network reentry at any time, terminates idle mode in advance;
Step S804, mobile radio station starts network insertion at second area;
Step S806, mobile radio station carries out active area to be switched to first area in the process of network reentry at second area, also can move initiation by Dynamic matrix control station owner and allow mobile radio station be switched to first area from second area to carry out subsequent communications.
Preferred embodiment 14
Mobile radio station is linked into Dynamic matrix control station, and this Dynamic matrix control station is the Dynamic matrix control station containing first area and second area, and this Dynamic matrix control station is connected to conventional access network.Mobile radio station gets Dynamic matrix control station and only supports that mobile radio station carries out idle mode process in the mode of second area traditionally control station when accessing Dynamic matrix control station.This information obtains by the superframe header of Dynamic matrix control station broadcast transmission, or handling capacity consults to obtain.
The current first area being linked into Dynamic matrix control station of mobile radio station, owing to temporarily not having data transfer demands, Dynamic matrix control station wishes that mobile radio station enters idle mode, and sending zone switches message to mobile radio station.Mobile radio station is switched to second area from first area after receiving message.When mobile radio station incision second area switch after, Dynamic matrix control station traditionally control station agreement second area send go log-in command message (DREG-CMD) to send to mobile radio station.Mobile radio station sends at second area and goes login request message (DREG-REQ) to Dynamic matrix control station, enters idle mode.
After mobile radio station enters idle mode, according to distribute paging cycle and paging offset property information cycle at paging listening intervals in second area paging receiving broadcast (MOB_PAG-ADV).Paging broadcast message is periodically sent at second area by Dynamic matrix control station, and message includes the MAC Address Hash needing the mobile radio station sending to mobile radio station or require location updating.
Mobile radio station judges whether paged according to whether including the MAC Address Hash information of mating with oneself in the paging broadcast message received.If mobile radio station is paged, then mobile radio station carries out the operation of location updating or network reentry according to the instruction in beep-page message.If network is reentried, then mobile radio station terminates idle mode.In addition, when mobile radio station has data to need to send, mobile radio station can carry out network reentry at any time, terminates idle mode in advance.Mobile radio station carries out in the process of network reentry at second area, active area can be switched to first area, also can move initiation by Dynamic matrix control station owner and allow mobile radio station be switched to first area from second area to carry out subsequent communications.
In sum, by the above embodiment of the present invention, can solve and connect conventional access network produced problem, the evolution of idle mode energy adaptive system normally be worked, thus realizes the object of power saving.
Obviously, those skilled in the art should be understood that, above-mentioned of the present invention each module or each step can realize with general calculation element, they can concentrate on single calculation element, or be distributed on network that multiple calculation element forms, alternatively, they can realize with the executable program code of calculation element, thus, they can be stored and be performed by calculation element in the storage device, and in some cases, step shown or described by can performing with the order be different from herein, or they are made into each integrated circuit modules respectively, or the multiple module in them or step are made into single integrated circuit module to realize.Like this, the present invention is not restricted to any specific hardware and software combination.
The foregoing is only the preferred embodiments of the present invention, be not limited to the present invention, for a person skilled in the art, the present invention can have various modifications and variations.Within the spirit and principles in the present invention all, any amendment done, equivalent replacement, improvement etc., all should be included within protection scope of the present invention.

Claims (18)

1. a method for processing idle mode, is characterized in that, comprising:
The Dynamic matrix control being connected to legacy network stands in the paging mark paging mobile station that its first area uses legacy protocol, and described first area is first recessed region, and wherein, described first recessed region is support the region Mzone of advanced communication protocol.
2. method according to claim 1, is characterized in that, before paging is carried out to the mobile radio station being in idle mode in described Dynamic matrix control station, described method also comprises:
The paging needing the mobile radio station entering idle mode to use in legacy protocol mark is removed sign-on ID as this mobile radio station by described Dynamic matrix control station, and goes sign-on ID to send to need to enter the mobile radio station of idle mode by described in described first area.
3. method according to claim 2, is characterized in that, described Dynamic matrix control station is gone sign-on ID to send to need the mobile radio station entering idle mode to comprise by described:
Described Dynamic matrix control stand in registration reply message carry described in remove sign-on ID, and go registration reply message to send to need to enter the mobile radio station of idle mode by described in described first area.
4. method according to claim 3, is characterized in that, described Dynamic matrix control stands in described in the transmission of described first area and goes registration reply message to comprise:
Described mobile radio station sends to described Dynamic matrix control station in described first area and goes login request message to enter idle mode with request, described Dynamic matrix control stand in receive described in go login request message after, remove registration reply message described in sending to described mobile radio station in described first area; Or,
Described Dynamic matrix control stands in described first area and goes registration reply message to enter idle mode to trigger described mobile radio station described in described mobile radio station transmission.
5. method according to claim 2, is characterized in that, described Dynamic matrix control station is carried out paging and comprised:
Described Dynamic matrix control station sends paging broadcast message and carries out paging, wherein, carries the paging mark needing the mobile radio station of paging to use in legacy protocol in described paging broadcast message.
6. method according to claim 1, is characterized in that, before paging is carried out to the mobile radio station being in idle mode in described Dynamic matrix control station, described method also comprises:
Described Dynamic matrix control station sends indication information, and wherein, the mobile radio station that described indication information is used to indicate needs to enter idle mode uses the paging mark used in legacy protocol.
7. method according to claim 6, is characterized in that, described Dynamic matrix control station sends described indication information and comprises:
Described indication information is carried in superframe header by described Dynamic matrix control station, and sends described superframe header.
8. method according to claim 7, is characterized in that, after described Dynamic matrix control station sends described superframe header, described method also comprises:
Described mobile radio station is after receiving described superframe header, sending to described Dynamic matrix control station goes login request message to enter idle mode with request, described Dynamic matrix control stand in receive described in go login request message after, send to described mobile radio station and remove registration reply message, wherein, described Dynamic matrix control stand in described in remove not carry in registration reply message described mobile radio station remove login ID; Or,
Described Dynamic matrix control station sends to described mobile radio station the registration reply message that goes of login ID that goes not carrying described mobile radio station and enters idle mode to trigger described mobile radio station.
9. method according to claim 6, is characterized in that, described Dynamic matrix control station is carried out paging and comprised:
Described Dynamic matrix control station sends paging broadcast message and carries out paging, wherein, carry the paging mark needing the mobile radio station of paging to use in legacy protocol in described paging broadcast message and be used to indicate the mobile radio station number information that this Dynamic matrix control station uses the paging of legacy protocol paging mark institute.
10. method according to claim 6, is characterized in that, the network access Identifier type that when described indication information and mobile radio station carry out network insertion, system adopts indicates multiplexing.
11. methods according to claim 5 or 9, is characterized in that, carry out paging comprise at described Dynamic matrix control station:
Described Dynamic matrix control stands in its first area, or, send described paging broadcast message in described first area and second area and carry out paging.
12. methods according to claim 11, is characterized in that, carry out paging comprise at described Dynamic matrix control station:
Described Dynamic matrix control station obtains and describedly needs the communications zone that the mobile radio station of paging is corresponding, and needs communications zone corresponding to the mobile radio station of paging to send described paging broadcast message to carry out paging described.
13. methods according to claim 12, is characterized in that, described Dynamic matrix control station obtains that described to need communications zone corresponding to the mobile radio station of paging at least to comprise one of following:
Described Dynamic matrix control station obtains communications zone corresponding to described paging group according to the described paging group of paging group belonging to the mobile radio station of paging mark and/or the paging cycle of needing;
Described Dynamic matrix control station needs the mobile radio station of paging to enter idle mode from paging controller acquisition is described or carries out the communications zone of location updating;
Described Dynamic matrix control station needs from described paging controller acquisition is described the communications zone that belonging to the mobile radio station of paging, paging group is corresponding.
14. methods according to claim 13, it is characterized in that, described Dynamic matrix control station needs the paging group of paging group belonging to the mobile radio station of paging to identify and/or before paging cycle obtains communications zone corresponding to described paging group, described method also comprises according to described:
The different communication region at described Dynamic matrix control station is divided into different paging groups;
The paging group belonging to different communication region adopts different paging group marks and/or paging cycle to distinguish.
15. methods according to claim 5 or 9, is characterized in that, send at described Dynamic matrix control station after paging broadcast message carries out paging, described method also comprises:
Be in the mobile radio station of idle mode after receiving described paging broadcast message, judge whether to carry in described paging broadcast message the paging that legacy protocol use that generate or from described Dynamic matrix control station receive local with it to identify consistent paging and identify, to determine that whether it is paged.
16. methods according to claim 5, is characterized in that, when the described mobile radio station being in idle mode determines that it is paged, described method also comprises:
The described mobile radio station being in idle mode terminates idle mode according to the instruction of described paging broadcast message, carries out network reentry; Or,
The described mobile radio station being in idle mode sends the distance measurement request message carrying the paging mark that this mobile radio station uses in legacy protocol to described Dynamic matrix control station according to described paging broadcast message; Described Dynamic matrix control station returns the ranging response message carrying the paging mark that this mobile radio station uses in legacy protocol; The described mobile radio station being in idle mode completes location updating.
17. methods according to claim 9, is characterized in that, when the described mobile radio station being in idle mode determines that it is paged, described method also comprises:
The described mobile radio station being in idle mode terminates idle mode according to the instruction of described paging broadcast message, carries out network reentry; Or,
The described mobile radio station being in idle mode sends the distance measurement request message carrying the media access address of this mobile radio station to described Dynamic matrix control station according to described paging broadcast message; Described Dynamic matrix control station returns the ranging response message of the media access address carrying this mobile radio station; The described mobile radio station being in idle mode completes location updating.
18. methods according to claim 1, is characterized in that, the paging that mobile radio station uses in legacy protocol is designated the media access address cryptographic Hash of this mobile radio station.
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Families Citing this family (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
WO2013134259A2 (en) 2012-03-06 2013-09-12 Interdigital Patent Holdings Inc. Supporting a large number of devices in wireless communications
CN105451222B (en) * 2014-07-31 2019-10-22 华为技术有限公司 A kind of terminal establishes the method, apparatus and system of connection

Citations (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN101002488A (en) * 2004-08-09 2007-07-18 Lg电子株式会社 Method of transmitting network information in broadband wireless access system

Family Cites Families (8)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN101350936A (en) * 2007-07-19 2009-01-21 华为技术有限公司 Paging method and apparatus for radio communication system
CN101472226A (en) * 2007-12-27 2009-07-01 华为技术有限公司 Method, equipment and system for implementing paging
US8340667B2 (en) * 2008-06-26 2012-12-25 Lemko Corporation System and method to control wireless communications
US9014714B2 (en) * 2008-07-03 2015-04-21 Lg Electronics Inc. Method of providing location privacy
US8259747B2 (en) * 2008-07-07 2012-09-04 Samsung Electronics Co., Ltd. Effective idle mode for advanced wireless system
KR20100019300A (en) * 2008-08-10 2010-02-18 엘지전자 주식회사 Method of performing location update in idle mode
CN101827432B (en) * 2009-03-03 2014-03-12 中兴通讯股份有限公司 Processing method and system in idle mode
CN101541036B (en) * 2009-04-27 2015-05-20 中兴通讯股份有限公司 Working method and system of enhanced long-term evolution system terminal

Patent Citations (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN101002488A (en) * 2004-08-09 2007-07-18 Lg电子株式会社 Method of transmitting network information in broadband wireless access system

Non-Patent Citations (3)

* Cited by examiner, † Cited by third party
Title
Idle mode modification for the smooth evolution from 16e to 16m;Lin Chen;《IEEE C80216m-10_0463r3》;20090512;第1-3节 *
Text Proposal for Changes to AAI_PAG-ADV to Support Upgrade of the air interface from 802.16e to 802.16m without impacting the deployed ASN-GWs and CSN;Muthaiah Venkatachalam;《IEEE C802.16m-09/3093》;20091231;第3节 *
The Idle mode message cleanup to support legacy ASN;Lin Chen;《IEEE C80216m-10_0721》;20090709;第1节 *

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