CN201022221Y - Land wireless access network system supporting evolved general mobile telecom system - Google Patents
Land wireless access network system supporting evolved general mobile telecom system Download PDFInfo
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- CN201022221Y CN201022221Y CNU2006201306443U CN200620130644U CN201022221Y CN 201022221 Y CN201022221 Y CN 201022221Y CN U2006201306443 U CNU2006201306443 U CN U2006201306443U CN 200620130644 U CN200620130644 U CN 200620130644U CN 201022221 Y CN201022221 Y CN 201022221Y
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Abstract
The utility model relates to a terrestrial radio accessing network for supporting an improved universal mobile telecom system (UMTS), comprising a wireless transmitting or receiving unit (WTRU), a universal terrestrial radio accessing network (UTRAN) and an evolution universal telecom radio accessing network (E-UT-RAN), wherein the UTRAN sends a list to the WTRU for obtaining the radio accessing technique within the cover range of the UTRAN and the list contains the information related to the E-UTRAN. The list is received by the WTRU and is considered as a base for a new start. Then the WTRU sends out the E-UTRAN capacity multi-mode information or multi-RAT capacity information to the UTRAN. The UTRAN sends the inspection capacity information to the WTRU, wherein the inspection capacity information comprises the data which is necessary for the inspecting in the E-UTRAN frequency. The WTRU carries out the inspection on the basis of the inspection capacity information and reports the inspecting results to the UTRAN. The UTRAN could start a new exchange to the E-UTRAN on the basis of the inspecting results.
Description
Technical field
The utility model is relevant to wireless communication system, more particularly, the utility model is relevant to a kind of support one evolution universal mobile telecommunications system (universal mobile telecommunication systems, UMTS) land radio access network (terrestrial radio access network) method and system (E-UTRAN).
Background technology
There has been the radio access system of different kenels to be developed service and the ability that different kenels are provided, the example of some radio access systems then comprises, WLAN (wireless local areanetworks, WLANs) (for example, with the network of IEEE 802) as the basis, and cellular network (for example, UNTS land radio access network (terrestrial radio access network) (UTRAN), one global system for mobile communications (GSM)/enhancing data transfer rate GSM evolution (enhanced data rate for GSMevolution, EDGE) radio access network (radio access network) (GERAN), or fellow), and each of these networks is developed for special application is provided and is made to measure.
The proposition of one E-UTRAN (Long Term Evolution of the node-b of UTRAN and evolution (E-Node-B)) has improved wireless network ability, also strengthened usefulness, therefore, described E-UTRAN can provide and surmount the significant advantage of both depositing wireless communication system, and, can also obtain extra service by higher bit rate that described E-UTRAN provided and than low latency (latency).Fig. 1 shows that one comprises the existing integrated wireless communication system 100 of an E UTRAN114, described system 100 comprises an access system layer (accesssystem stratum) 110, one network layer 120, an and multimedia layer 130, wherein, described access system layer 110 comprises a plurality of radio access networks (radio access networks, RANs) 111-115, one core network (core network, CN) 116, and the CN117 of an evolution, and, described RANs111-115 comprises a primary access network (generic access network, GAN), one GERAN112, one UTRAN113, one E-UTRAN 114, and WLAN (the interworking wireless localarea network that interweaves, I-WLAN) 115, in addition, described RANs111-115 is connected to described CN116, or the CN117 of described evolution, (for example will serve, from an internet communication protocol (Internetprotocol, IP) multimedia service of multimedia subsystem (IMS) 131) provide to one or more WTRUs, and simultaneously, then be and an authentication, authorize, account (authent ication, authorization andaccounting, AAA) server 121, one moves IP (MIP) server 122, or among described network system 120 via the integrated General Packet Radio Service (GPRS) of a gateway (gateway) (general packet radioservices, GPRS) support node (GGSN) 118, or a sealed packet data gateway (packet data gateway, PDG) other network entity of 119 produces and influences each other.
At present, obtainable is multimode (multimode) wireless transmission/receive unit (the wireless transmit/receive units of construction to support a plurality of wireless communication systems in addition, WTRUs), and the ability of each described WTRUs then is to change to some extent, for example, when some WTRUs only can support UMTS, other WTRUs can support multiple operator scheme, for example, I-WLAN, GERAN, and/or E-UTRAN, and, also can obtain to support the WTRUs of E-UTRAN in future.
Therefore, it is that the method that a kind of E-UTRAN of support is provided and the needs of system are arranged, so that described WTRUs can receive and utilize so extra E-UTRAN ability and service.
The utility model content
The purpose of this utility model provides a kind of system that is used to support evolution Universal Mobile Telecommunications System (UMTS) land radio access network (E-UTRAN), be (also to be with UMTS as the wireless communication system on basis to existing, UTRAN) be used in the scope support the method for plural mould operation and program to extend, with new technology extra in the back-up system (also promptly, E-UTRAN).
Described existing program be specified in third generation partner program (third generation partnershipproject, 3GPP) among the standard (for example, TS25.331).At this, described system comprises a WTRU, one UTRAN, an and E-UTRAN, one existing UTRAN can get radio access technology (radio access technologies with one in the overlay area of described UTRAN, RATs) tabulation is sent to described WTRU, and described tabulation comprises the information of both depositing the RAT attribute that is relevant to, for example, the technology kenel, bit rate, bandwidth, or fellow, the utility model then is that the information with the described E-UTRAN of being relevant to imports in the described tabulation, then, described WTRU can be during initial access, or during handover procedure, receive this tabulation, and after receiving described tabulation, pass through handover procedure, or system reselects program, the WTRU of one E-UTRAN activation (E-UTRAN capable WTRU) can construction/the described WTRU of construction again, to receive with the E-UTRAN service of described tabulation as the basis, the WTRU of described E-UTRAN activation can (also be in described initial access, applet programme) during, or send when requiring when a system, its multimode/many RAT ability information that comprises described E-UTRAN ability is sent to described UTRAN, and during a normal handover procedure, described UTRAN then sends a measurement capability information to described WTRU, and described measurement capability information is included in to carry out on the E-UTRAN channel measures necessary parameter, afterwards, described WTRU carries out and measures as the basis with described measurement capability information, and measurement result can be reported to described UTRAN, then, described UTRAN just can initial one arrive the handing-over of described E-UTRAN as the basis with described measurement result, in idle operation, the described force information that described WTRU can be received from described WTRU with early the time is as the basis and decision is reselected to described E-UTRAN, described WTRU can use this information to come construction transmitter and receiver bandwidth, bit rate, frequency band, or fellow.
The utility model except can with UMTS as the wireless communication system on basis (also being to existing, UTRAN) be used in the scope support the method for plural mould operation and program to extend, with new technology extra in the back-up system (also be, E-UTRAN), also and then improve wireless transmission/receive unit in the prior art (WTRUs) and can't receive and utilize the extra E-UTRAN ability and the shortcoming of service, and can improve the Wi-Fi ability, also strengthen usefulness, and obtained extra service.
Description of drawings
Of the present utility model one more detailed understanding can by next one as an example the preferred embodiment of the usefulness of explanation narration and be obtained, and, be can be associated with appended graphic and have gained some understanding, wherein:
Fig. 1 is a schematic diagram that shows an existing wireless communications system;
Fig. 2 shows the schematic diagram that carries out a wireless communication system of construction according to the utility model; And
Fig. 3 shows a flow chart that is used to support the program of E-UTRAN according to of the present utility model.
Embodiment
When in after when mentioning, described noun " WTRU " includes, but not limited to a subscriber equipment, one moves platform, a fixing or moving user unit, a calling set, or any other kenel device that can operate in a wireless environment.
Feature of the present utility model can be incorporated in an integrated circuit (integrated circuit, IC) in or can be established in one and be comprised among the circuit of a plurality of interconnective members.
Fig. 2 shows according to the utility model one wireless communication system 200 of in addition construction.Described system 200 comprises a plurality of RANs 210a, 210b, it is deployed under the different RATs, and a core network 220, it can be all the Internet communication protocol (IP) networks (AIPN), wherein, described core network 220 is connected to other network, for example, one public exchanging telephone network (public switching telephonenetwork, PSTN) 230, internet 240, or fellow, in addition, described RANs 210a, each of 210b then can be a GAN, a GERAN, one UTRAN, one E-UTRAN, one with the I-WLAN of IEEE as the basis, or the radio access network of other kenel.
For optimization at diversity (diverse) RANs 210a, mobility between the 210b, described core network 220 provides open interface to mobile management (mobility management, MM) 222, with the operator who allows described core network 220 WTRUs 250 is pointed to optimal RANs 210a, 210b, in addition, described core network 220 also can provide other AIPN service of described WTRUs 250 accesses that allows, for example, conversation control (session control, SC) 224, authentication, authorize, and account (authentication, authorization and accounting, AAA) 226, and policy control 228, open interface.
One WTRU 250 is a multi-mode WTRU, and described multi-mode WTRU is equipped with at least two radio-cells of construction to support that the RATs different with at least two communicates, for example, described WTRU 250 can comprise a radio-cell, communicate with an E-UTRAN being used for, and other radio-cell, communicate with an I-WLAN being used for, in addition, described WTRU 250 set up with one of them of described RANs between one be connected, and, if can when described target RAN meets the handing-over standard, carry out the handing-over that arrives a target RAN.
In described system 200, a handing-over can be manually or is automatically in addition initial.The user by described WTRU 250 in the initial described manual handover procedure, described user can know the alternative RATs on its geographical position now, for example, E-UTRAN, existence, and, (for example can between them, switch, between described UTRAN and described E-UTRAN), then be can be as for described automatic handover procedure by described WTRU 250 or by described RAN 210a, 210b or described core network 220 and in addition initial.
Described by WTRU in the initial handing-over, described WTRU 250 (for example detects alternative RATs, one E-UTRAN) existence, and with the user's of described WTRU 250 preference as the basis and an initial handover procedure, then, described WTRU 250 can be from described network (for example, one RAN 210a, or described core network 220) receives necessary information (for example, handing-over policy, resource status, or fellow), then, 250 of described WTRU can follow the trail of described RANs 210a, the position of the overlay area of 210b, and, can be with the handing-over standard that is predetermined as the basis and initial described handover procedure.
A system in the initial handing-over, described core network 220 (, or described RAN 210a, 210b) can identify, described WTRU 250 can support multiple RATs (comprising E-UTRAN), and can (for example require necessary information from described WTRU 250, power measurement (power measurements)), then, described core network 220 (or described RAN 210a, 210b) position of described WTRU 250 is followed the trail of in meeting, and, in case described WTRU 250 drops within the described coverage of a target RAN, described core network 220 will be with one group of standard (for example, mobility of described WTRU 250, desired bandwidth, use, load balance, user's performance data (subscriber ' s profile), the measurement report that described WTRU250 provided, or fellow) as the basis and initial described handover procedure.
Fig. 3 is a flow chart that shows according to the program 300 of a support one E-UTRAN of the present utility model.At first, one WTRU 352 can listen attentively on described UTRAN 354 a channel (for example, one broadcasting control channel (broadcast control channel, BCCH)) (step 302), then, described UTRAN354 can (for example can get the RATs tabulation with one at the interior of described coverage of described UTRAN 354, E-UTRAN 356RAT) is sent to described WTRU 352 (step 304), wherein, be preferably, the described RATs of getting tabulation is sent via a UTRAN cell information list information (broadcasting or indication), yet described tabulation can be sent via the information of any kenel.
Described UTRAN cell information list information comprises the information of cell between cell between cell in the relevant frequency, frequency and RAT, described existing UTRAN cell information list information can be modified to comprise new information element (the information elements that is used for described E-UTRAN 356, IEs), and described E-UTRAN 356 can be with the orthogonal frequency division multitask (orthogonal frequency divisionmultiplexing, OFDM) or the air interface of any other kenel (air interface).In the example of OFDM, described UTRAN cell information list can comprise that OFDM selects and reselect information, base transceiver station station identification code (base transceiver station identity code, BSIC), the distinctive metrical information of system, or the fellow, wherein, the distinctive metrical information of described system then is to comprise frequency, bandwidth, power output or the fellow who is supported.Table 1 demonstration comprises the new IEs exemplary UTRAN cell information list information of (showing with runic) according to of the present utility model one.
| Information element/group name | Demand | Many (Multi) | Kenel and reference | Semantic narration |
| Cell information in the frequency | OP | 1..<maxC ellMeas> | ||
| ＞chosen position state (position status) | MP | |||
| ＞＞take | ||||
| ＞＞＞cell information | MP | Cell information 10.3.7.2 | ||
| ＞＞idle Vacant | Free of data | |||
| Cell information in the frequency | OP | 1..<maxC ellMeas> | ||
| ＞chosen position state (position status) | MP | |||
| ＞＞take | ||||
| ＞＞＞frequency information | MP | Frequency information 10.3.6.36 |
| Information element/group name | Demand | Many (Multi) | Kenel and reference | Semantic narration |
| ＞＞＞cell information | MP | Cell information 10.3.7.2 | ||
| ＞＞idle t | Free of data | |||
| Cell information list between RAT | OP | |||
| Cell information between＞RAT | OP | 1..<maxC ellMeas> | ||
| ＞＞chosen position state (position status) | MP | |||
| ＞＞＞takies (Occupied) | ||||
| ＞＞＞＞selection radio access skill y (art Radio Access Technolog) | ||||
| ＞＞＞＞＞GSM | ||||
| ＞＞＞＞＞＞＞＞＞＞＞＞cell selects and reselects | M P | Information 10.3.2.4 is selected and reselected to the cell of SIB11/12 |
1 of table 1-2
| Information element/group name | Need | Many (Multi) | Kenel and reference | Semantic narration |
| ＞＞＞＞＞＞BSIC | MP | BSIC 10.3.8.2 | ||
| ＞＞＞＞＞＞BCCH ARFCN | MP | Integer (0..1023) | ||
| ＞＞＞＞＞IS-2000 | ||||
| ＞＞＞＞＞＞the distinctive metrical information of system | Do not enumerate person's (frequency, time slot, colour code, power output, PN are offset (PN offset)) | To IS-2000, use from TIA/EIA/IS-2000.5 the field of subclause 3.7.3.3.2.27, Candidate Frequency Neighbour List |
| Information element/group name | Need | Many (Multi) | Kenel and reference | Semantic narration |
| Message (neighbor candidate list of frequency information) | ||||
| ＞＞＞＞＞OFDM | ||||
| ＞＞＞＞＞＞OFDM selects and reselects information | MP | |||
| ＞＞＞＞＞＞BSIC | MP | |||
| ＞＞＞＞＞＞the distinctive metrical information of system | MP | Do not enumerate person's (frequency, bandwidth, power output) | ||
| Cell message indicator between the RAT of＞＞＞ | OP | Integer (0..3) | ||
| ＞＞do not occur Not present | Free of data |
2 of table 1-2
Please consult Fig. 3 again, described WTRU 352 can receive described tabulation, and it can be stored (step 306), then, with present user's hobby as the basis, described WTRU 352 can be sent to described UTRAN 354 (step 308) with its multimode/many RAT ability information, and wherein, described multimode/many RAT ability information can be indicated the support of E-UTRAN and/or other RATs.For example, described multimode/many RAT ability information can be indicated support, OFDM wireless frequency (RF) ability, OFDM measurement capability or the fellow of the handing-over of a support about OFDM, a relevant E-UTRAN to UTRAN, wherein, the support of described OFDM (for example can be enumerated the OFDM channel bandwidth supported, 1.25MHz, 2.5MHz, 5MHz, 10MHz, 15MHz, 20MHz), the support as for the handing-over of described E-UTRAN to UTRAN then is preferably to be the Boolean (Booleanvalue) of the ability like this of the described WTRU of an indication.
Described OFDM RF ability and OFDM measurement capability can be indicated OFDM RF ability and the OFDM measurement capability of described WTRU to described UTRAN, one OFDM channel can have different bandwidth, required bit rate and the delay depending on system architecture and be associated with some service, for example, the highest order rate that allows in order to reach (for example, 100Mbps), described E-UTRAN (for example must utilize the described high bandwidth that allows, 20MHz) transmit and receive, and described E-UTRAN is several combinations that can carry out these services (different bandwidth that is used for different WTRUs), therefore, the handing-over that arrives described E-UTRAN just should describedly be that described OFDM RF ability with described WTRU is triggered as the basis, during joining, when described WTRU carries out measurement, then be preferably, described WTRU can be adjusted and be configured as the peculiar bandwidth that a specific channel frequency and is used for described measurement, in addition, as described WTRU during to the described measurement of described UTRAN report, described UTRAN can make the described physical attribute generation of described measurement and described E-UTRAN channel related, and this then is to guarantee that described handing-over meeting correctly arrives the correct target E-UTRAN channel of supporting described required bit rate and delay requirement.
Described multimode/many RAT ability information system can send via existing UTRAN WTRU multimode/many RAT ability information, WTRU wireless access capability information, WTRU wireless access capability extension information or the information of any other pattern.Table 2-4 system shows that respectively exemplary UTRANWTRU multimode/many RAT ability information, a WTRU wireless access capability and a WTRU wireless access capability extends information, comprises according to new IEs of the present utility model (showing with boldface letter).
| Information element/group name | Demand | Many (Multi) | Kenel and reference | Semantic narration |
| Many RAT ability | ||||
| GSM supports | MP | Boolean (Boolean) | ||
| Multicarrier is supported | MP | Boolean (Boolean) | ||
| The multimode ability | MP | Do not enumerate the person (TDD, FDD, FDD/TDD) | ||
| The support of UTRAN to GERAN NACC | CV-not_iRAT_H oInfo | Boolean (Boolean) | ||
| Support OFDM | MP | Do not enumerate person (1.25M, 2.5M, 5M, 10M, 15M, 20MHz, or scope) | ||
| Supporting E-UTRAN to UTRAN joins | Boolean (Boolean) |
Table 2
| Information element/group name | Demand | Many (Multi) | Kenel and reference | Semantic narration |
| Level of access (Access stratum) discharges designator | MP | Do not enumerate person Enumerated (R99) | Indicate the release of described UE, the release of the described RRC transfer syntax that described IE also indicates described UE and supported. | |
| CV-not _ rrc_co nnectio nSetup Comple te | Do not enumerate the person (REL-4, | Need 13 unnecessary numerical value | ||
| REL-5 | ||||
| REL-6) |
| Information element/group name | Demand | Many (Multi) | Kenel and reference | Semantic narration |
| The DL ability of simultaneous HS-DSCH framework | OP | Do not enumerate the person (32kbps, 64kbps, 128kbps, 384kbps) | ||
| The PDCP ability | MP | PDCP ability 10.3.3.24 | ||
| The RLC ability | MP | RLC ability 10.3.3.34 | ||
| Transmit the channel ability | MP | Transmit channel ability 10.3.3.40 | ||
| RF ability FDD | OP | RF ability FDD 10.3.3.33 | ||
| RF ability TDD | OP | RF ability TDD 10.3.3.33b | Each chip-rate ability that obtains support is all answered and describedly will be comprised " TDD RF ability " entity. | |
| 1 to 2 | ||||
| RF ability OFDM (E-UTRAN) | OP | OFDM RF ability x.x.x | ||
| The physical channels ability | MP | Physical channels ability 10.3.3.25 | ||
| UE multimode/many RAT ability | MP | UE multimode/many RAT ability 10.3.3.41 | ||
| Security capabilities | MP | Security capabilities 10.3.3.37 | ||
| The UE stationkeeping ability | MP | UE stationkeeping ability 10.3.3.45 | ||
| Measurement capability | CH-fdd _ req_su p | Measurement capability 10.3.3.21 |
Table 3
| Information element/group name | Demand | Many (Multi) | Kenel and reference | Semantic narration |
| The distinctive capabilities list of frequency band | MP | 1 to＜maxFreq bandsFD D＞ | ||
| ＞frequency band | MP | Do not enumerate person (band I, band II | Need a unnecessary numerical value | |
| Band III Band III, | ||||
| Band VI, band IV, band V, OFDM band) | ||||
| ＞ |
OP | Do not enumerate person (extending designator OFDM band) | This IE system can indicate the frequency band of being supported except band VIII (still undefined).Need 15 unnecessary numerical value | |
| ＞RF ability FDD extends | MD | RF ability FDD extends 10.3.3.33a | Described default value be with at described directly the same numerical value in preceding IE " RF ability FDD extension "; First incident is MP. | |
| ＞measurement capability is extended | MP | Measurement capability is extended 10.3.3.21a | ||
| ＞RF ability OFDM | MD | RF ability OFDM | ||
| ＞measurement capability OFDM | MP | Measurement capability OFDM |
Table 4
Please consult Fig. 3 again, described UTRAN 354 can receive described WTRU multimode/many RAT ability information (step 310), then, described UTRAN 354 can send a measurement capability information to described WTRU352 (step 312), wherein, described measurement capability information is to define the necessary described parameter of described measurement, the new IEs that is used for described E-UTRAN can be included in described existing measurement capability information, and describedly (for example be used for described E-UTRAN parameter, the OFDM measurement parameter that is used for each frequency band) measurement capability is extended information, in addition, described measurement capability information and described measurement capability extend information in each IE is a Boolean (Boolean value), need be to be used to indicate whether in order to carry out the down link of measuring on each frequency band, or uplink compressed mode.
Table 5 and table 6 show an exemplary UTRAN measurement capability information and a measurement capability extension information respectively, and the described new IEs that imports according to the utility model shows with boldface letter.
| Information element/group name | Demand | Many (Multi) | Kenel and reference | Semantic narration |
| The demand of downlink compressed mode | ||||
| FDD measures | MP | Boolean Boolean | On behalf of described UE, TRUE need the DL compact model, to carry out the measurement on FDD | |
| 3.84Mcps TDD measures | CV-3.8 4_Mcps _tdd_su p | Boolean Boolean | On behalf of described UE, TRUE need the DL compact model, to carry out the measurement on 3.84Mcps TDD | |
| 1.28Mcps TDD measures | CV-1.2 8_Mcps _tdd_su p | Boolean Boolean | On behalf of described UE, TRUE need the DL compact model, to carry out the measurement on 1.28Mcps TDD | |
| GSM measures | CV-gs m_sup | |||
| ＞GSM 900 | MP | Boolean Boolean | On behalf of described UE, TRUE need the DL compact model, to carry out the measurement on GSM 900 | |
| ＞DCS 1800 | MP | Boolean Boolean | On behalf of described UE, TRUE need the DL compact model, to carry out the measurement on DCS 1800 | |
| ＞GSM 1900 | MP | Boolean Boolean | On behalf of described UE, TRUE need the DL compact model, to carry out the measurement on GSM 1900 | |
| Multicarrier is measured | CV-mc _sup | Boolean Boolean | On behalf of described UE, TRUE need the DL compact model, to carry out the measurement on multicarrier | |
| OFDM E-UTRAN measures | ||||
| ＞1.25MHz | MP | Boolean Boolean | On behalf of described UE, TRUE need the DL compact model, to carry out the measurement on 1.25MHz OFDM | |
| ＞2.5MHz | MP | Boolean Boolean | On behalf of described UE, TRUE need the DL compact model, to carry out the measurement on 2.5MHz OFDM | |
| ＞5MHz | MP | Boolean Boolean | On behalf of described UE, TRUE need the DL compact model, to carry out the measurement on 5MHz OFDM | |
| ＞10MHz | MP | Boolean Boolean | On behalf of described UE, TRUE need the DL compact model, to carry out on 10MHz OFDM |
| Information element/group name | Demand | Many (Multi) | Kenel and reference | Semantic narration |
| Measure |
1 of table 5-3
| Information element/group name | Demand | Many (Multi) | Kenel and reference | Meaning of one's words narration |
| ＞15MHz | MP | Boolean Boolean | On behalf of described UE, TRUE need the DL compact model, to carry out the measurement on 15MHz OFDM | |
| ＞20MHz | MP | Boolean Boolean | On behalf of described UE, TRUE need the DL compact model, to carry out the measurement on 20MHz OFDM | |
| The demand of uplink compressed mode | ||||
| FDD measures | MP | Boolean Boolean | On behalf of described UE, TRUE need the UL compact model, to carry out the measurement on FDD | |
| 3.84Mcps TDD measures | CV-3.84 Mcps_tdd_ sup | Boolean Boolean | On behalf of described UE, TRUE need the UL compact model, to carry out the measurement on 3.84Mcps TDD | |
| 1.28Mcps TDD measures | CV-1.28_ Mcps_tdd_ sup | Boolean Boolean | On behalf of described UE, TRUE need the DL compact model, to carry out the measurement on 1.28Mcps TDD | |
| GSM measures | CV-gsm_s up | |||
| ＞GSM 900 | MP | Boolean Boolean | On behalf of described UE, TRUE need the UL compact model, to carry out the measurement on GSM 900 | |
| ＞DCS 1800 | MP | Boolean Boolean | On behalf of described UE, TRUE need the UL compact model, to carry out the measurement on DSC 1800 | |
| ＞GSM 1900 | MP | Boolean Boolean | On behalf of described UE, TRUE need the UL compact model, to carry out the measurement on GSM 1900 | |
| Multi-carrier measurement | CV-mc_su p | Boolean Boolean | On behalf of described UE, TRUE need the UL compact model, to carry out the measurement on 10MHz OFDM | |
| OFDM E- |
| UTRAN measures | ||||
| ＞l.25MHz | MP | Boolean Boolean | On behalf of described UE, TRUE need the UL compact model, to carry out the measurement on 1.25MHz OFDM | |
| ＞2.5MHz | MP | Boolean Boolean | On behalf of described UE, TRUE need the UL compact model, to carry out the measurement on 2.5MHz OFDM | |
| ＞5MHz | MP | Boolean Boolean | On behalf of described UE, TRUE need the UL compact model, to carry out the measurement on 5MHz OFDM |
2 of table 5-3
| Information element/group name | Demand | Many (Multi) | Kenel and reference | Meaning of one's words narration |
| ＞l0MHz | MP | Boolean Boolean | On behalf of described UE, TRUE need the DL compact model, to carry out the measurement on 10MHz OFDM | |
| ＞15MHz | MP | Boolean Boolean | On behalf of described UE, TRUE need the DL compact model, to carry out the measurement on 15MHz OFDM | |
| ＞20MHz | MP | Boolean Boolean | On behalf of described UE, TRUE need the DL compact model, to carry out the measurement on 20MHz OFDM |
3 of table 5-3
| Information element/group name | Demand | Many (Multi) | Kenel and reference | Semantic narration |
| FF measures | MP | 1 to＜maxFreqB andsFDD 〉 | ||
| ＞FDD frequency band | MD | Do not enumerate the person (band I, the band II, | Described default value is to be same as included described IE " frequency band " the indicated person in lining in described IE " extension of UE wireless access capability ".Need a unnecessary numerical value. | |
| Band III, | ||||
| Band VI, band IV, band V) | If when not comprising the described IE " |
|||
| ＞ |
MD | Do not enumerate person's (extension designator) | If when not comprising the described IE " FDD frequency band " of top, described default value system can be same as described IE " |
1 of table 6-4
| Information element/group name | Demand | Many (Multi) | Kenel and reference | Semantic narration |
| The needs of＞DL compact model are asked | MP | Boolean Boolean | On behalf of described UE, TRUE need the DL compact model, to carry out the measurement on the indicated described FDD frequency band of described IE " FDD frequency band " | |
| The demand of＞UL compact model | MP | Boolean Boolean | On behalf of described UE, TRUE need the UL compact model, to carry out the measurement on the indicated described FDD frequency band of described IE " FDD frequency band " | |
| TDD measures | CV-t dd_s up | 1 to＜maxFreqB andsTDD 〉 | ||
| ＞TDD frequency band | MP | Do not enumerate the person (a, b, c) |
| The demand of＞DL compact model | MP | Boolean Boolean | On behalf of described UE, TRUE need the DL compact model, to carry out the measurement on the indicated described TDD frequency band of described IE " TDD frequency band " | |
| The demand of＞UL compact model | MP | Boolean Boolean | On behalf of described UE, TRUE need the UL compact model, to carry out the measurement on the indicated described TDD frequency band of described IE " TDD frequency band " | |
| GSM measures | CV-g sm_s up | 1 to＜maxFreqB andsGSM 〉 | ||
| ＞GSM frequency band | MP | Do not enumerate the person (GSM450, GSM480, GSM850, GSM900P, GSM900E, GSM1800, GSM1900) | Need 9 unnecessary numerical value | |
| The demand of＞DL compact model | MP | Boolean Boolean | On behalf of described UE, TRUE need the DL compact model, to carry out the measurement on the indicated described GSM frequency band of described IE " GSM frequency band " |
2 of table 6-4
| Information element/group name | Demand | Many (Multi) | Kenel and reference | Semantic narration |
| The needs of＞UL compact model | MP | Boolean Boolean | On behalf of described UE, TRUE need the UL compact model, to carry out the measurement on the indicated described GSM frequency band of described IE " GSM frequency band " | |
| Multicarrier is measured | CV- mc_s up | |||
| The needs of＞DL compact model | MP | Boolean Boolean | On behalf of described UE, TRUE need the DL compact model, to carry out the measurement on multicarrier | |
| The needs of＞UL compact model | MP | Boolean Boolean | On behalf of described UE, TRUE need the UL compact model, to carry out the measurement on multicarrier | |
| OFDM E-UTRAN measures | ||||
| ＞1.25MHz band | MP | Do not enumerate the person (x, y, z) |
| The needs of＞DL compact model | MP | Boolean Boolean | On behalf of described UE, TRUE need the DL compact model, to carry out the measurement on 1.25MHz OFDM | |
| The needs of＞UL compact model | MP | Boolean Boolean | On behalf of described UE, TRUE need the UL compact model, to carry out the measurement on 1.25MHz OFDM | |
| ＞＞2.5MHz band | MP | Do not enumerate the person (x, y, z) | ||
| The needs of＞DL compact model | MP | Boolean Boolean | On behalf of described UE, TRUE need the DL compact model, to carry out the measurement on 2.5MHz OFDM | |
| The needs of＞UL compact model | MP | Boolean Boolean | On behalf of described UE, TRUE need the UL compact model, to carry out the measurement on 2.5MHz OFDM | |
| ＞＞5MHz band | MP | Do not enumerate the person (x, y, z) | ||
| The needs of＞DL compact model | MP | Boolean Boolean | On behalf of described UE, TRUE need the DL compact model, to carry out the measurement on 2.5MHz OFDM | |
| The needs of＞UL compact model | MP | Boolean Boolean | On behalf of described UE, TRUE need the UL compact model, to carry out the measurement on 5MHz OFDM |
3 of table 6-4
| Information element/group name | Demand | Many (Multi) | Kenel and reference | Semantic narration |
| ＞＞10MHz band | MP | Do not enumerate the person (x, y, z) | ||
| The needs of＞DL compact model | MP | Boolean Boolean | On behalf of described UE, TRUE need the DL compact model, to carry out the measurement on 10MHz OFDM | |
| The needs of＞UL compact model | MP | Boolean Boolean | On behalf of described UE, TRUE need the UL compact model, to carry out the measurement on 10MHz OFDM | |
| ＞＞15MHz band | MP | Do not enumerate the person (x, y, z) |
| The needs of＞DL compact model | MP | Boolean Boolean | On behalf of described UE, TRUE need the DL compact model, to carry out the measurement on 15MHz OFDM | |
| The needs of＞UL compact model | MP | Boolean Boolean | On behalf of described UE, TRUE need the UL compact model, to carry out the measurement on 15MHz OFDM | |
| ＞＞20MHz band | MP | Do not enumerate the person (x, y, z) | ||
| The needs of＞DL compact model | MP | Boolean Boolean | On behalf of described UE, TRUE need the DL compact model, to carry out the measurement on 20MHz OFDM | |
| The needs of＞UL compact model | MP | Boolean Boolean | On behalf of described UE, TRUE need the UL compact model, to carry out the measurement on 20MHz OFDM |
4 of table 6-4
Please consult Fig. 3 once more, described WTRU 352 can receive described measurement capability information, then, described WTRU 352 understands on the E-UTRAN channel specified in described measurement capability information described E-UTRAN signal 315 execution measurements, and can be to described UTRAN 354 report measurement results (step 314), moreover described UTRAN 354 can initial one arrive the handing-over of described E-UTRAN 356 as the basis with described measurement report.
Though described feature of the present utility model and assembly are to narrate by the described preferred embodiment of specific combination, but each feature or assembly can be used individually or can be used under the situation of described further feature that does not need described preferred embodiment and assembly to the various combination of further feature of the present utility model and assembly or do not combine with it.
Claims (4)
1. the wireless communication system of the Universal Mobile Telecommunications System land radio access network of supporting to evolve is characterized in that described system comprises:
One evolution Universal Mobile Telecommunications System land radio access network;
One Universal Mobile Telecommunications System land radio access network, be configured to can get the tabulation of radio access technology in order to send one in an overlay area of described Universal Mobile Telecommunications System land radio access network, described tabulation comprises and the relevant information of described evolution Universal Mobile Telecommunications System land radio access network; And
One wireless transmission/receive unit, it communicates to connect to this evolution Universal Mobile Telecommunications System land radio access network and this Universal Mobile Telecommunications System land radio access network, and this wireless transmission/receive unit is configured in order to receiving described tabulation, and receives with described tabulation and serve as the evolution Universal Mobile Telecommunications System land radio access network on basis.
2. the wireless communication system of the Universal Mobile Telecommunications System land radio access network of supporting to evolve is characterized in that described system comprises:
Use an evolution Universal Mobile Telecommunications System land radio access network of orthogonal frequency division multitask;
One Universal Mobile Telecommunications System land radio access network, be configured to can get the tabulation of radio access technology in order to send one in an overlay area of described Universal Mobile Telecommunications System land radio access network, described tabulation comprises and the relevant information of described evolution Universal Mobile Telecommunications System land radio access network; And
One wireless transmission/receive unit, its its communicate to connect to this evolution Universal Mobile Telecommunications System land radio access network and this Universal Mobile Telecommunications System land radio access network, and this wireless transmission/receive unit is configured in order to receiving described tabulation, and receives with described tabulation and serve as the evolution Universal Mobile Telecommunications System land radio access network on basis.
3. the wireless communication system of the Universal Mobile Telecommunications System land radio access network of supporting to evolve is characterized in that described system comprises:
One evolution Universal Mobile Telecommunications System land radio access network;
One Universal Mobile Telecommunications System land radio access network, be configured to can get the tabulation of radio access technology in order to send one in an overlay area of described Universal Mobile Telecommunications System land radio access network, described tabulation comprises and the relevant information of described evolution Universal Mobile Telecommunications System land radio access network; And
One wireless transmission/receive unit, it communicates to connect to this evolution Universal Mobile Telecommunications System land radio access network and this Universal Mobile Telecommunications System land radio access network, and this wireless transmission/receive unit is configured in order to receive described tabulation, and its multimode/many radio access technical capability is sent to described Universal Mobile Telecommunications System land radio access network, and receives with described tabulation and serve as the evolution Universal Mobile Telecommunications System land radio access network on basis.
4. the wireless communication system of the Universal Mobile Telecommunications System land radio access network of supporting to evolve is characterized in that described system comprises:
One evolution Universal Mobile Telecommunications System land radio access network;
One Universal Mobile Telecommunications System land radio access network, be configured to can get the tabulation of radio access technology in order to send one in an overlay area of described Universal Mobile Telecommunications System land radio access network, described tabulation comprises and the relevant information of described evolution Universal Mobile Telecommunications System land radio access network; And
One wireless transmission/receive unit, it communicates to connect to this evolution Universal Mobile Telecommunications System land radio access network and this Universal Mobile Telecommunications System land radio access network, and this wireless transmission/receive unit is configured in order to receive described tabulation, and receive, and rise and start from described Universal Mobile Telecommunications System land radio access network to the handing-over of described tabulation as basic described evolution Universal Mobile Telecommunications System land radio access network with the evolution Universal Mobile Telecommunications System land radio access network service of described tabulation as the basis.
Applications Claiming Priority (3)
| Application Number | Priority Date | Filing Date | Title |
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| US70079905P | 2005-07-20 | 2005-07-20 | |
| US60/700,799 | 2005-07-20 | ||
| US11/444,846 | 2006-05-31 |
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| CN200680026488.9A Active CN101228714B (en) | 2005-07-20 | 2006-07-17 | Method and system for supporting an evolved UTRAN |
| CNU2006201306443U Expired - Lifetime CN201022221Y (en) | 2005-07-20 | 2006-07-20 | Land wireless access network system supporting evolved general mobile telecom system |
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| US20120088499A1 (en) * | 2010-10-12 | 2012-04-12 | Tom Chin | Td-scdma measurement in a dual td-scdma and gsm mobile station |
| US9226136B2 (en) * | 2011-01-18 | 2015-12-29 | Samsung Electronics Co., Ltd. | UE capability report method and apparatus in mobile communication system |
| CN108541069B (en) * | 2012-02-17 | 2022-07-12 | 华为技术有限公司 | Method and device for configuring carrier |
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| GB2352586B (en) * | 1999-06-07 | 2004-03-10 | Nec Corp | Handover between mobile networks |
| DE10036141B4 (en) * | 2000-07-25 | 2005-09-08 | Siemens Ag | Method for improved selection of a communication network for a station |
| ATE350868T1 (en) * | 2001-05-10 | 2007-01-15 | Nortel Networks Ltd | SYSTEM AND METHOD FOR DIRECTING COMMUNICATIONS BETWEEN MOBILE TELECOMMUNICATIONS NETWORKS USING DIFFERENT RADIO ACCESS TECHNOLOGIES |
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| CN101228714A (en) | 2008-07-23 |
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