CN102076055B - Cross-carrier downlink control channel indicating method, system and evolution base station - Google Patents
Cross-carrier downlink control channel indicating method, system and evolution base station Download PDFInfo
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- CN102076055B CN102076055B CN200910237698.8A CN200910237698A CN102076055B CN 102076055 B CN102076055 B CN 102076055B CN 200910237698 A CN200910237698 A CN 200910237698A CN 102076055 B CN102076055 B CN 102076055B
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Abstract
The invention discloses a cross-carrier downlink control channel indicating method, a cross-carrier downlink control channel indicating system and a cross-carrier downlink control channel indicating evolution base station, which are applied to a 3GPP LTE-A system. To each user equipment (UE) adopting an aggregated carrier, an eNB distributes numbers for each carrier according to the preset carrier number distributive rule of the UE and a frequency point or a programmable communications interface (PCI) of each carrier centralized by the aggregated carrier of the UE; to each user equipment (UE) adopting the aggregated carrier, the eNB transmits the frequency point or the PCI of each carrier centralized by the aggregated carrier of the UE to the UE; the eNB transmits a downlink control signaling for a second carrier to a first UE on a first carrier, wherein the signaling contains the number of a second carrier; and the first UE receives the downlink control signaling, reads the number of the second carrier from the signaling, determines the frequency point or the PCI of the second carrier according to the number of the second carrier and carries out the content of the downlink control signaling on the second carrier corresponding to the frequency point or the PCI. By the method and through the system and the evolution base station, downlink control information of a plurality of carriers is transmitted on one carrier.
Description
Technical field
The present invention relates to carrier aggregation technology field, be specifically related to across carrier downlink control channel indicating method, system and evolution base station.
Background technology
The 3rd third-generation mobile communication partner program (3GPP, 3
rdgeneration Partnership Project) Long Term Evolution (LTE, Long Term Evolution) follow-up enhancing version be called LTE-Advanced (be called for short LTE-A), wherein introduced many new technology, and carrier aggregation technology is as supporting that more the key technology of high bandwidth transmission is also introduced.The general principle of carrier aggregation is by work that the main carrier of two or more is condensed together, thereby meets higher bandwidth demand.After introducing carrier aggregation technology, the work carrier number in Yi Ge community becomes multiple from one, formed multi-carrier communication scene.
Down control channel is used for transmitting downlink control signal, for example: the schedule information of downlink data transmission, the scheduling of transmitting uplink data are given etc.The each carrier wave that can normally work has the down control channel of oneself.Nearest 3GPP standards meetings has proposed the Downlink Control Information of multiple carrier waves to be placed on the scheme of transmitting on a carrier wave, across carrier downlink control channel indication scheme.But how do not provide this scheme specifically realizes.
Summary of the invention
The invention provides across carrier downlink control channel indicating method, system and evolution base station, to realize, the Downlink Control Information of multiple carrier waves is transmitted on a carrier wave.
Technical scheme of the present invention is achieved in that
A kind of across carrier downlink control channel indicating method, be applied in 3GPP LTE-A system, for the user equipment (UE) of each employing polymerization carrier wave, evolution base station eNB is according to the carrier index allocation rule of this default UE, the frequency of each carrier wave of concentrating according to the polymerization carrier wave of this UE or physical channel mark PCI are each allocation of carriers numbering, and the method comprises:
For the UE of each employing polymerization carrier wave, frequency or the PCI of each carrier wave that eNB concentrates the polymerization carrier wave of this UE send to this UE;
ENB sends the descending control signaling for the second carrier wave, the numbering that comprises the second carrier wave in this signaling to a UE on first carrier;
The one UE receives this descending control signaling, reads the numbering of the second carrier wave from signaling, determines frequency or the PCI of the second carrier wave according to the numbering of the second carrier wave, carries out the content of this descending control signaling on this frequency or the second carrier wave corresponding to PCI.
The frequency of each carrier wave that described eNB concentrates the polymerization carrier wave of this UE or PCI further comprise before sending to this UE:
The carrier index allocation rule of this UE is sent to this UE;
A described UE determines that according to the numbering of the second carrier wave the frequency of the second carrier wave or PCI comprise:
The one UE, according to the carrier index allocation rule of the numbering of the second carrier wave and a UE, determines frequency or the PCI of the second carrier wave.
Frequency or the PCI of each carrier wave that described eNB concentrates the polymerization carrier wave of this UE send to this UE to comprise:
ENB, by one of the frequency of each carrier wave concentrated the polymerization carrier wave of this UE, PCI, sends to this UE together with the carrier index allocation rule of this UE;
A described UE determines that according to the numbering of the second carrier wave the frequency of the second carrier wave or PCI comprise:
The one UE, according to the carrier index allocation rule of the numbering of the second carrier wave and a UE, determines frequency or the PCI of the second carrier wave.
Frequency or the PCI of each carrier wave that described eNB concentrates the polymerization carrier wave of this UE send to this UE to comprise:
ENB sends to this UE by one of the frequency of each carrier wave concentrated the polymerization carrier wave of this UE, PCI with the corresponding relation of numbering;
A described UE determines that according to the numbering of the second carrier wave the frequency of the second carrier wave or PCI comprise:
The one UE, according to the numbering of the second carrier wave and described corresponding relation, determines frequency or the PCI of the second carrier wave.
Described carrier index allocation rule is:
Concentrate the frequency of each carrier wave or PCI from small to large according to the polymerization carrier wave of UE, be followed successively by each allocation of carriers numbering;
Or:
Concentrate the frequency of each carrier wave or PCI from big to small according to the polymerization carrier wave of UE, be followed successively by each allocation of carriers numbering;
Or:
According to concentrating the frequency of each carrier wave or PCI to send to the order of this UE the polymerization carrier wave of UE, be followed successively by each carrier index.
Frequency or the PCI of each carrier wave that described eNB concentrates the polymerization carrier wave of this UE send to this UE to be:
ENB is by being carried on dedicated control signaling or the common signaling in RRC signaling, and frequency or the PCI of each carrier wave that the polymerization carrier wave of this UE is concentrated send to this UE.
The described binary digit that is numbered.
One, across carrier downlink control channel indicating method, is applied in 3GPP LTE-A system, and according to preset numbers allocation rule, evolution base station eNB is each allocation of carriers numbering according to the frequency of the each carrier wave in system or physical channel mark PCI, and the method comprises:
The frequency of all carrier waves in system or PCI are broadcast to each user equipment (UE) by eNB;
ENB sends the descending control signaling for the second carrier wave, the numbering that comprises the second carrier wave in this signaling to a UE on first carrier;
The one UE receives this descending control signaling, reads the numbering of the second carrier wave from signaling, determines frequency or the PCI of the second carrier wave according to the numbering of the second carrier wave, carries out the content of this descending control signaling on this frequency or the second carrier wave corresponding to PCI.
Described eNB further comprises before the frequency of all carrier waves in system or PCI are broadcast to each user equipment (UE):
Described numbering allocation rule is broadcast to each UE;
A described UE determines that according to the numbering of the second carrier wave the frequency of the second carrier wave or PCI comprise:
The one UE, according to the numbering of the second carrier wave and described numbering allocation rule, determines frequency or the PCI of the second carrier wave.
Described eNB is broadcast to each user equipment (UE) by the frequency of all carrier waves in system or PCI and comprises:
ENB, by one of the frequency of all carrier waves in system, PCI, is broadcast to each UE together with described numbering allocation rule;
A described UE determines that according to the numbering of the second carrier wave the frequency of the second carrier wave or PCI comprise:
The one UE, according to the numbering of the second carrier wave and described numbering allocation rule, determines frequency or the PCI of the second carrier wave.
Described eNB is broadcast to each UE by the frequency of all carrier waves in system or PCI and comprises:
ENB is broadcast to each UE by one of the frequency of all carrier waves in system, PCI with the corresponding relation of numbering;
A described UE determines that according to the numbering of the second carrier wave the frequency of the second carrier wave or PCI comprise:
The one UE, according to the numbering of the second carrier wave and described corresponding relation, determines frequency or the PCI of the second carrier wave.
Described numbering allocation rule is:
According to the frequency of each carrier wave in system or PCI from small to large, be followed successively by each allocation of carriers numbering;
Or:
According to the frequency of each carrier wave in system or PCI from big to small, be followed successively by each allocation of carriers numbering;
Or:
According to the order that the frequency of each carrier wave in system or PCI is broadcast to UE, be followed successively by each carrier index.
The frequency of all carrier waves in system or PCI are broadcast to each UE by described eNB:
ENB is broadcast to each UE by the system message being carried in radio resource control RRC signaling by the frequency of all carrier waves in system or PCI.
The described binary digit that is numbered.
A kind of across carrier downlink control channel indication mechanism, this system is arranged in 3GPP LTE-A system, should comprise across carrier downlink control channel indication mechanism: eNB and UE, wherein:
ENB, for the UE of each employing polymerization carrier wave, according to the carrier index allocation rule of this default UE, the frequency of each carrier wave of concentrating according to the polymerization carrier wave of this UE or PCI are each allocation of carriers numbering; Frequency or the PCI of each carrier wave that the polymerization carrier wave of each UE is concentrated send to this UE; On first carrier, send the descending control signaling for the second carrier wave, the numbering that comprises the second carrier wave in this signaling to UE;
UE, receives this descending control signaling from first carrier, reads the numbering of the second carrier wave from signaling, determines frequency or the PCI of the second carrier wave according to the numbering of the second carrier wave, carries out the content of this descending control signaling on this frequency or the second carrier wave corresponding to PCI.
Described eNB further comprises:
Send to the module of this UE for one of frequency, PCI of each carrier wave that the polymerization carrier wave of each UE is concentrated and the corresponding relation of numbering;
And described UE, according to the numbering of the second carrier wave and described corresponding relation, determines frequency or the PCI of the second carrier wave.
A kind of across carrier downlink control channel indication mechanism, this system is arranged in 3GPP LTE-A system, should comprise across carrier downlink control channel indication mechanism: eNB and UE, wherein:
ENB, according to preset numbers allocation rule, is each allocation of carriers numbering according to the frequency of each carrier wave of LTE-A system or PCI; The frequency of all carrier waves in LTE-A system or PCI are broadcast to each UE; On first carrier, send the descending control signaling for the second carrier wave, the numbering that comprises the second carrier wave in this signaling to UE;
UE, receives descending control signaling from first carrier, reads the numbering of the second carrier wave from signaling, determines frequency or the PCI of the second carrier wave according to the numbering of the second carrier wave, carries out the content of this descending control signaling on this frequency or the second carrier wave corresponding to PCI.
Described eNB further comprises:
For numbering allocation rule being broadcast to the module of each UE;
And described UE, according to the numbering of the second carrier wave and described numbering allocation rule, determines frequency or the PCI of the second carrier wave.
Described eNB further comprises:
For one of the frequency of all carrier waves of LTE-A system, PCI are broadcast to the module of each UE with the corresponding relation of numbering;
And described UE, according to the numbering of the second carrier wave and described corresponding relation, determines frequency or the PCI of the second carrier wave.
A kind of eNB, is arranged in 3GPP LTE-A system, comprising:
The first module, for the UE of each employing polymerization carrier wave, according to the carrier index allocation rule of this default UE, the frequency of each carrier wave of concentrating according to the polymerization carrier wave of this UE or PCI are each allocation of carriers numbering;
The second module, frequency or the PCI of each carrier wave that the polymerization carrier wave of each UE is concentrated send to this UE;
The 3rd module sends the descending control signaling for the second carrier wave, the numbering that comprises the second carrier wave in this signaling to UE on first carrier.
A kind of eNB, is arranged in 3GPP LTE-A system, comprising:
The first module, according to preset numbers allocation rule, is each allocation of carriers numbering according to the frequency of each carrier wave in LTE-A system or PCI;
The second module, is broadcast to each UE by the frequency of all carrier waves in LTE-A system or PCI;
The 3rd module sends the descending control signaling for the second carrier wave, the numbering that comprises the second carrier wave in this signaling to UE on first carrier.
Compared with prior art, in the present invention, eNB is allocation of carriers numbering according to the frequency of carrier wave or PCI, in the time sending for the descending control signaling of the second carrier wave to a UE on first carrier, in this signaling, put into the numbering of the second carrier wave, like this, a UE just can determine according to the numbering of the second carrier wave frequency or the PCI of the second carrier wave, then on this frequency or the second carrier wave corresponding to PCI, carries out the content of this descending control signaling.The present invention has realized to be transmitted the Downlink Control Information of multiple carrier waves on a carrier wave.
Brief description of the drawings
Fig. 1 for the embodiment of the present invention one provide across carrier downlink control channel indicating method flow chart;
Fig. 2 for the embodiment of the present invention two provide across carrier downlink control channel indicating method flow chart;
Fig. 3 for the embodiment of the present invention one provide across carrier downlink control channel indication mechanism composition diagram.
Embodiment
Below in conjunction with drawings and the specific embodiments, the present invention is further described in more detail.
Fig. 1 for the embodiment of the present invention one provide across carrier downlink control channel indicating method flow chart, as shown in Figure 1, its concrete steps are as follows:
Step 101: evolution base station (eNB, Evolution Node Base) according to the frequency of each carrier wave in LTE-A system, according to preset numbers allocation rule, for unique numbering of allocation of carriers of each frequency, this allocation rule is broadcast to all subscriber equipmenies (UE, User Equipment) in system.
Preset numbers allocation rule can be pre-configured on eNB, can be also that eNB and all UE make an appointment.
The numbering of carrier wave can adopt N (N is nonnegative integer) bit-binary digital watch to show.
Numbering allocation rule can be as follows:
Rule one, according to frequency from small to large or from big to small, by the carrier index of each frequency be successively 0,1,2,3 ....
Rule two, determine and will in step 102, be broadcast to the order of each frequency of UE according to eNB, by the carrier index of each frequency be successively 0,1,2,3 ..., for example: if having frequency a, b, c, d, eNB determines that the order that each frequency is broadcast to UE in step 102 is b, c, a, d, and the numbering of the carrier wave of frequency b, c, a, d is respectively 0,1,2,3.
Step 102:eNB is to the frequency of all carrier waves in all UE broadcast systems in system.
In this step, eNB can be broadcast to UE by the frequency of all carrier waves in system by system message, and system message can be carried in Radio Resource control (RRC, Radio Resource Control) signaling.
If adopt numbering allocation rule one, eNB can not consider the broadcast order of frequency; If adopt numbering allocation rule two, eNB need to, determining after the broadcast order of each frequency, record the frequency of each carrier wave and the corresponding relation of numbering, using as the follow-up foundation that issues descending control signaling.
Step 103:UE receives and records the frequency of all carrier waves in the system that eNB sends.
Step 104:eNB will transmit the descending control signaling for carrier wave A to UE1 on carrier wave B, puts into the numbering of carrier wave A in this descending control signaling, and this descending control signaling is carried on carrier wave B and sends to UE1.
Step 105:UE1 receives this descending control signaling, from signaling, read the numbering of carrier wave A, according to the frequency of all carrier waves in the system of record in numbering allocation rule and step 103, determine the frequency of carrier wave A, on carrier wave A corresponding to this frequency, carry out the content in this descending control signaling.
In actual applications, if numbering allocation rule is to be configured on eNB by administrative staff in advance, in step 101, eNB also can not be broadcast to this allocation rule all UE in system, but in step 102, this allocation rule is broadcast to all UE together with the frequency of all carrier waves in system, or, directly in step 102, the corresponding relation of the frequency of each carrier wave and numbering is broadcast to all UE.
If eNB is broadcast to all UE by the corresponding relation of the frequency of each carrier wave and numbering in step 102, UE need to record the frequency of each carrier wave and the corresponding relation of numbering, and in step 105, UE1 can directly find the frequency of carrier wave A according to this corresponding relation.
Fig. 2 for the embodiment of the present invention two provide across carrier downlink control channel indicating method flow chart, as shown in Figure 2, its concrete steps are as follows:
Step 201: for the UE of each employing polymerization carrier wave in LTE-A system, eNB concentrates the frequency of each carrier wave according to the polymerization carrier wave of this UE, according to the carrier index allocation rule of this default UE, for unique numbering of allocation of carriers of the concentrated each frequency of the polymerization carrier wave of this UE, the carrier index allocation rule of this UE is sent to this UE.
The default carrier index allocation rule of each UE can be pre-configured on eNB, can be also that eNB appoints with each UE respectively.
The carrier index allocation rule of each UE can be identical, also can be different.
Equally, the numbering of the carrier wave of each UE can adopt N (N is nonnegative integer) bit-binary digital watch to show.
Numbering allocation rule can be as follows:
Rule one, according to the frequency of the concentrated carrier wave of the polymerization carrier wave of UE from small to large or from big to small, by the carrier index of each frequency be successively 0,1,2,3 ....
Rule two, determine and will in step 202, send to the order of each frequency of this UE according to eNB, by the carrier index of each frequency be successively 0,1,2,3 ....For example: if the frequency of the concentrated carrier wave of the polymerization carrier wave of UE is a, b, c, d, eNB determines that the frequency of each carrier wave being sent to the order of UE in step 202 is b, c, a, d, and the numbering of the carrier wave of frequency b, c, a, d is respectively 0,1,2,3.
Step 202: for each UE, eNB sends the frequency of the concentrated carrier wave of the polymerization carrier wave of this UE to this UE.
In this step, eNB can, by common signaling as system message, also can send to UE by the frequency of carrier wave by dedicated control signaling, and common signaling or dedicated control signaling can be carried in RRC signaling.
Step 203:UE receives and the frequency of the carrier wave that the polymerization carrier wave of minute book UE is concentrated.
Step 204:eNB will transmit the descending control signaling for carrier wave A to UE1 on carrier wave B, puts into the numbering of carrier wave A in this descending control signaling, and this descending control signaling is carried on carrier wave B and sends to UE1.
Step 205:UE1 receives this descending control signaling, from this signaling, read the numbering of carrier wave A, according to the frequency of the concentrated carrier wave of the polymerization carrier wave of the UE1 of record in numbering allocation rule and step 203, determine the frequency of carrier wave A, on carrier wave A corresponding to this frequency, carry out the content in this descending control signaling.
Equally, in actual applications, if the carrier index allocation rule of each UE is to be configured on eNB by administrative staff in advance, in step 201, eNB also can not send to corresponding UE by the carrier index allocation rule of each UE, but in step 202, the allocation rule of each UE is sent to corresponding UE together with the frequency of the concentrated carrier wave of the polymerization carrier wave of this UE, or, directly in step 202, the corresponding relation of the frequency of carrier wave concentrated the polymerization carrier wave of each UE and numbering is sent to corresponding UE.
If eNB sends to corresponding UE by the carrier index allocation rule of each UE together with the frequency of the concentrated carrier wave of the polymerization carrier wave of this UE in step 202, each UE needs the concentrated frequency of carrier wave and the corresponding relation of numbering of polymerization carrier wave of minute book UE, and, in step 205, UE1 can directly find the frequency of carrier wave A according to this corresponding relation.
In Fig. 1,2 illustrated embodiments, to be allocation of carriers numbering according to the frequency of carrier wave, in actual applications, also can be according to the physical channel mark (PCI of carrier wave, Physical Channel Identifier) be allocation of carriers numbering, now, " frequency " in Fig. 1,2 illustrated embodiments all need to be replaced with to " PCI ", simultaneously, " UE1 reads the numbering of carrier wave A from this signaling " in step 105 afterwards, UE1 need to be synchronizeed with the carrier wave in system, to obtain the PCI of each carrier wave; " UE 1 reads the numbering of carrier wave A from this signaling " in step 205 afterwards, the carrier wave that UE1 need to be concentrated with the polymerization carrier wave of UE1 is synchronizeed, to obtain the PCI of each carrier wave.
Fig. 3 for the embodiment of the present invention one provide across carrier downlink control channel indication mechanism composition diagram, this system is arranged in 3GPP LTE-A system, as shown in Figure 3, should comprise across carrier downlink control channel indication mechanism: eNB and UE, wherein:
ENB: according to preset numbers allocation rule, be each allocation of carriers numbering according to the frequency of each carrier wave of LTE-A system or PCI; The frequency of all carrier waves in LTE-A system or PCI are broadcast to each UE; On first carrier, send the descending control signaling for the second carrier wave, the numbering that comprises the second carrier wave in this signaling to UE.
UE: receive descending control signaling from first carrier, read the numbering of the second carrier wave from signaling, determine frequency or the PCI of the second carrier wave according to the numbering of the second carrier wave, carry out the content of this descending control signaling on this frequency or the second carrier wave corresponding to PCI.
In addition, eNB also can comprise: for numbering allocation rule being broadcast to the module of each UE;
And UE, according to the numbering of the second carrier wave and described numbering allocation rule, determines frequency or the PCI of the second carrier wave.
Or eNB also can comprise: for one of the frequency of all carrier waves of LTE-A system, PCI are broadcast to the module of each UE with the corresponding relation of numbering;
And UE, according to the numbering of the second carrier wave and described corresponding relation, determines frequency or the PCI of the second carrier wave.
Below provide that the embodiment of the present invention two provides across carrier downlink control channel indication mechanism, this system is arranged in 3GPP LTE-A system, should comprise across carrier downlink control channel indication mechanism: eNB and UE, wherein:
ENB: for the UE of each employing polymerization carrier wave, according to the carrier index allocation rule of this default UE, the frequency of each carrier wave of concentrating according to the polymerization carrier wave of this UE or PCI are each allocation of carriers numbering; Frequency or the PCI of each carrier wave that the polymerization carrier wave of each UE is concentrated send to this UE; On first carrier, send the descending control signaling for the second carrier wave, the numbering that comprises the second carrier wave in this signaling to UE.
UE: receive this descending control signaling from first carrier, read the numbering of the second carrier wave from signaling, determine frequency or the PCI of the second carrier wave according to the numbering of the second carrier wave, carry out the content of this descending control signaling on this frequency or the second carrier wave corresponding to PCI.
In addition, eNB also can comprise: the module that sends to this UE for one of frequency, PCI of each carrier wave that the polymerization carrier wave of each UE is concentrated and the corresponding relation of numbering;
And UE, according to the numbering of the second carrier wave and described corresponding relation, determines frequency or the PCI of the second carrier wave.
The structure that below provides the eNB that the embodiment of the present invention one provides, this eNB is arranged in 3GPP LTE-A system, and eNB comprises:
The first module: according to preset numbers allocation rule, be each allocation of carriers numbering according to the frequency of each carrier wave in LTE-A system or PCI.
The second module: the frequency of all carrier waves in LTE-A system or PCI are broadcast to each UE.
The 3rd module: send the descending control signaling for the second carrier wave, the numbering that comprises the second carrier wave in this signaling to UE on first carrier.
The structure that below provides the eNB that the embodiment of the present invention two provides, this eNB is arranged in 3GPP LTE-A system, and eNB comprises:
The first module: for the UE of each employing polymerization carrier wave, according to the carrier index allocation rule of this default UE, the frequency of each carrier wave of concentrating according to the polymerization carrier wave of this UE or PCI are each allocation of carriers numbering.
The second module: frequency or the PCI of each carrier wave that the polymerization carrier wave of each UE is concentrated send to this UE.
The 3rd module: send the descending control signaling for the second carrier wave, the numbering that comprises the second carrier wave in this signaling to UE on first carrier.
Technical scheme provided by the invention can be applicable in 3GPP LTE-A system.
The foregoing is only process of the present invention and embodiment of the method, not in order to limit the present invention, all any amendments of making within the spirit and principles in the present invention, be equal to replacement, improvement etc., within all should being included in protection scope of the present invention.
Claims (10)
1. across a carrier downlink control channel indicating method, be applied in the follow-up enhancing version 3GPP LTE-A system of the 3rd third-generation mobile communication partner program Long Term Evolution, it is characterized in that, the method comprises:
For the user equipment (UE) of each employing polymerization carrier wave, frequency or the Physical Cell Identifier PCI of each carrier wave that evolution base station eNB is concentrated the polymerization carrier wave of this UE send to this UE;
ENB sends the descending control signaling for the second carrier wave, the numbering that comprises the second carrier wave in this signaling to a UE on first carrier;
The one UE receives this descending control signaling, reads the numbering of the second carrier wave from signaling, determines frequency or the PCI of the second carrier wave according to the numbering of the second carrier wave, carries out the content of this descending control signaling on this frequency or the second carrier wave corresponding to PCI;
The frequency of each carrier wave that described eNB concentrates the polymerization carrier wave of this UE or PCI further comprise before sending to this UE: for the UE of each employing polymerization carrier wave, eNB is according to the carrier index allocation rule of this default UE, the frequency of each carrier wave of concentrating according to the polymerization carrier wave of this UE or PCI are each allocation of carriers numbering, and the carrier index allocation rule of this UE is sent to this UE; And a described UE determines that according to the numbering of the second carrier wave the frequency of the second carrier wave or PCI comprise: a UE, according to the carrier index allocation rule of the numbering of the second carrier wave and a UE, determines frequency or the PCI of the second carrier wave;
Or frequency or the PCI of each carrier wave that described eNB concentrates the polymerization carrier wave of this UE send to this UE to comprise: eNB, by one of the frequency of each carrier wave concentrated the polymerization carrier wave of this UE, PCI, sends to this UE together with the carrier index allocation rule of this UE; And a described UE determines that according to the numbering of the second carrier wave the frequency of the second carrier wave or PCI comprise: a UE, according to the carrier index allocation rule of the numbering of the second carrier wave and a UE, determines frequency or the PCI of the second carrier wave;
Or frequency or the PCI of each carrier wave that described eNB concentrates the polymerization carrier wave of this UE send to this UE to comprise: eNB sends to this UE by one of the frequency of each carrier wave concentrated the polymerization carrier wave of this UE, PCI with the corresponding relation of numbering; And a described UE determines that according to the numbering of the second carrier wave the frequency of the second carrier wave or PCI comprise: a UE, according to the numbering of the second carrier wave and described corresponding relation, determines frequency or the PCI of the second carrier wave;
Described carrier index allocation rule is:
Concentrate the frequency of each carrier wave or PCI from small to large according to the polymerization carrier wave of UE, be followed successively by each allocation of carriers numbering;
Or:
Concentrate the frequency of each carrier wave or PCI from big to small according to the polymerization carrier wave of UE, be followed successively by each allocation of carriers numbering;
Or:
According to concentrating the frequency of each carrier wave or PCI to send to the order of this UE the polymerization carrier wave of UE, be followed successively by each carrier index.
2. the method for claim 1, is characterized in that, frequency or the PCI of each carrier wave that described eNB concentrates the polymerization carrier wave of this UE send to this UE to be:
ENB is by being carried on dedicated control signaling or the common signaling in RRC signaling, and frequency or the PCI of each carrier wave that the polymerization carrier wave of this UE is concentrated send to this UE.
3. the method for claim 1, is characterized in that, described in be numbered binary digit.
4. across a carrier downlink control channel indicating method, be applied in the follow-up enhancing version 3GPP LTE-A system of the 3rd third-generation mobile communication partner program Long Term Evolution, it is characterized in that, the method comprises:
The frequency of all carrier waves in system or Physical Cell Identifier PCI are broadcast to each user equipment (UE) by evolution base station eNB;
ENB sends the descending control signaling for the second carrier wave, the numbering that comprises the second carrier wave in this signaling to a UE on first carrier;
The one UE receives this descending control signaling, reads the numbering of the second carrier wave from signaling, determines frequency or the PCI of the second carrier wave according to the numbering of the second carrier wave, carries out the content of this descending control signaling on this frequency or the second carrier wave corresponding to PCI;
Described eNB further comprises before the frequency of all carrier waves in system or PCI are broadcast to each user equipment (UE): according to preset numbers allocation rule, eNB is each allocation of carriers numbering according to the frequency of the each carrier wave in system or PCI, and described numbering allocation rule is broadcast to each UE; And a described UE determines that according to the numbering of the second carrier wave the frequency of the second carrier wave or PCI comprise: a UE, according to the numbering of the second carrier wave and described numbering allocation rule, determines frequency or the PCI of the second carrier wave;
Or described eNB is broadcast to each user equipment (UE) by the frequency of all carrier waves in system or PCI and comprises: eNB, by one of the frequency of all carrier waves in system, PCI, is broadcast to each UE together with described numbering allocation rule; And a described UE determines that according to the numbering of the second carrier wave the frequency of the second carrier wave or PCI comprise: a UE, according to the numbering of the second carrier wave and described numbering allocation rule, determines frequency or the PCI of the second carrier wave;
Or described eNB is broadcast to each UE by the frequency of all carrier waves in system or PCI and comprises: eNB is broadcast to each UE by one of the frequency of all carrier waves in system, PCI with the corresponding relation of numbering; And a described UE determines that according to the numbering of the second carrier wave the frequency of the second carrier wave or PCI comprise: a UE, according to the numbering of the second carrier wave and described corresponding relation, determines frequency or the PCI of the second carrier wave;
Described numbering allocation rule is:
According to the frequency of each carrier wave in system or PCI from small to large, be followed successively by each allocation of carriers numbering;
Or:
According to the frequency of each carrier wave in system or PCI from big to small, be followed successively by each allocation of carriers numbering;
Or:
According to the order that the frequency of each carrier wave in system or PCI is broadcast to UE, be followed successively by each carrier index.
5. method as claimed in claim 4, is characterized in that, described eNB is broadcast to each UE by the frequency of all carrier waves in system or PCI and is:
ENB is broadcast to each UE by the system message being carried in radio resource control RRC signaling by the frequency of all carrier waves in system or PCI.
6. method as claimed in claim 4, is characterized in that, described in be numbered binary digit.
7. across a carrier downlink control channel indication mechanism, this system is arranged in 3GPP LTE-A system, it is characterized in that, should comprise across carrier downlink control channel indication mechanism: eNB and UE, wherein:
ENB, frequency or the Physical Cell Identifier PCI of each carrier wave that the polymerization carrier wave of each UE is concentrated send to this UE; On first carrier, send the descending control signaling for the second carrier wave, the numbering that comprises the second carrier wave in this signaling to UE;
UE, receives this descending control signaling from first carrier, reads the numbering of the second carrier wave from signaling, determines frequency or the PCI of the second carrier wave according to the numbering of the second carrier wave, carries out the content of this descending control signaling on this frequency or the second carrier wave corresponding to PCI;
Described eNB further comprises: for the UE for each employing polymerization carrier wave, according to the carrier index allocation rule of this default UE, the frequency of each carrier wave of concentrating according to the polymerization carrier wave of this UE or PCI are the module of each allocation of carriers numbering, the carrier index allocation rule of this UE is sent to this UE by described eNB, described UE is according to the carrier index allocation rule of the numbering of the second carrier wave and this UE, determine frequency or the PCI of the second carrier wave, described carrier index allocation rule is: concentrate the frequency of each carrier wave or PCI from small to large according to the polymerization carrier wave of UE, be followed successively by each allocation of carriers numbering, or, concentrate the frequency of each carrier wave or PCI from big to small according to the polymerization carrier wave of UE, be followed successively by each allocation of carriers numbering, or, according to concentrating the frequency of each carrier wave or PCI to send to the order of this UE the polymerization carrier wave of UE, be followed successively by each carrier index,
Or, described eNB further comprises: the module that sends to this UE for one of frequency, PCI of each carrier wave that the polymerization carrier wave of each UE is concentrated and the corresponding relation of numbering, and described UE, according to the numbering of the second carrier wave and described corresponding relation, determines frequency or the PCI of the second carrier wave.
8. across a carrier downlink control channel indication mechanism, this system is arranged in 3GPP LTE-A system, it is characterized in that, should comprise across carrier downlink control channel indication mechanism: eNB and UE, wherein:
ENB, is broadcast to each UE by the frequency of all carrier waves in LTE-A system or Physical Cell Identifier PCI; On first carrier, send the descending control signaling for the second carrier wave, the numbering that comprises the second carrier wave in this signaling to UE;
UE, receives descending control signaling from first carrier, reads the numbering of the second carrier wave from signaling, determines frequency or the PCI of the second carrier wave according to the numbering of the second carrier wave, carries out the content of this descending control signaling on this frequency or the second carrier wave corresponding to PCI;
Described eNB further comprises: for according to preset numbers allocation rule, be the module of each allocation of carriers numbering according to the frequency of each carrier wave of LTE-A system or PCI, with the module for numbering allocation rule being broadcast to each UE, and, described UE is according to the numbering of the second carrier wave and described numbering allocation rule, determine frequency or the PCI of the second carrier wave, described numbering allocation rule is: according to the frequency of each carrier wave in system or PCI from small to large, be followed successively by each allocation of carriers numbering, or, according to the frequency of each carrier wave in system or PCI from big to small, be followed successively by each allocation of carriers numbering, or, according to the order that the frequency of each carrier wave in system or PCI is broadcast to UE, be followed successively by each carrier index,
Or, described eNB further comprises: for one of the frequency of all carrier waves of LTE-A system, PCI are broadcast to the module of each UE with the corresponding relation of numbering, and described UE, according to the numbering of the second carrier wave and described corresponding relation, determines frequency or the PCI of the second carrier wave.
9. an eNB, is arranged in 3GPP LTE-A system, it is characterized in that, comprising:
The first module, frequency or the Physical Cell Identifier PCI of each carrier wave that the polymerization carrier wave of each UE is concentrated send to this UE;
The second module sends the descending control signaling for the second carrier wave, the numbering that comprises the second carrier wave in this signaling to UE on first carrier;
The 3rd module, for the UE of each employing polymerization carrier wave, according to the carrier index allocation rule of this default UE, the frequency of each carrier wave of concentrating according to the polymerization carrier wave of this UE or PCI are each allocation of carriers numbering, described carrier index allocation rule is: concentrate the frequency of each carrier wave or PCI from small to large according to the polymerization carrier wave of UE, be followed successively by each allocation of carriers numbering, or, concentrate the frequency of each carrier wave or PCI from big to small according to the polymerization carrier wave of UE, be followed successively by each allocation of carriers numbering, or, according to concentrating the frequency of each carrier wave or PCI to send to the order of this UE the polymerization carrier wave of UE, be followed successively by each carrier index,
The carrier index allocation rule of this UE is sent to this UE by described eNB, described UE is according to the carrier index allocation rule of the numbering of the second carrier wave and this UE, determine frequency or the PCI of the second carrier wave, or, described eNB sends to this UE by one of the frequency of each carrier wave concentrated the polymerization carrier wave of this UE, PCI with the corresponding relation of numbering, described UE, according to the numbering of the second carrier wave and described corresponding relation, determines frequency or the PCI of the second carrier wave.
10. an eNB, is arranged in 3GPP LTE-A system, it is characterized in that, comprising:
The first module, is broadcast to each UE by the frequency of all carrier waves in LTE-A system or Physical Cell Identifier PCI;
The second module sends the descending control signaling for the second carrier wave, the numbering that comprises the second carrier wave in this signaling to UE on first carrier;
The 3rd module, according to preset numbers allocation rule, be each allocation of carriers numbering according to the frequency of each carrier wave in LTE-A system or PCI, described numbering allocation rule is: according to the frequency of each carrier wave in system or PCI from small to large, be followed successively by each allocation of carriers numbering, or, according to the frequency of each carrier wave in system or PCI from big to small, be followed successively by each allocation of carriers numbering, or, according to the order that the frequency of each carrier wave in system or PCI is broadcast to UE, be followed successively by each carrier index;
Numbering allocation rule is broadcast to UE by described eNB, described UE is according to the numbering of the second carrier wave and described numbering allocation rule, determine frequency or the PCI of the second carrier wave, or, described eNB is broadcast to UE by one of the frequency of all carrier waves in LTE-A system, PCI with the corresponding relation of numbering, described UE, according to the numbering of the second carrier wave and described corresponding relation, determines frequency or the PCI of the second carrier wave.
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| CN102932923B (en) * | 2011-08-11 | 2018-05-11 | 中兴通讯股份有限公司 | 3G network and 4G network carriers polymerization and system |
| CN103313404B (en) * | 2012-03-16 | 2017-06-13 | 华为技术有限公司 | A kind of control channel resource transmission method, user equipment and base station |
| CN108270540B (en) | 2012-03-23 | 2021-03-09 | 寰发股份有限公司 | Multipoint carrier aggregation configuration and data forwarding method |
| CN103812625B (en) * | 2012-11-07 | 2017-11-24 | 上海贝尔股份有限公司 | A kind of method and apparatus for determining Downlink Control Information based on carrier aggregation |
| CA3082913C (en) * | 2017-11-15 | 2022-08-23 | Guangdong Oppo Mobile Telecommunications Corp., Ltd. | Method for determining non-contention random access resource, network device and terminal device |
| CN111869269B (en) * | 2018-03-15 | 2022-05-24 | 华为技术有限公司 | Communication method, communication device and system |
| CN111901837A (en) * | 2020-02-14 | 2020-11-06 | 中兴通讯股份有限公司 | Transmission method of control signaling and communication node |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101166346A (en) * | 2006-10-18 | 2008-04-23 | 鼎桥通信技术有限公司 | Method and device for informing user equipment of auxiliary carrier frequency point information |
| CN101540978A (en) * | 2009-04-27 | 2009-09-23 | 中兴通讯股份有限公司 | Downlink component carrier wave identification method, synchronous downlink component carrier wave reporting method and device |
| CN101541029A (en) * | 2009-04-27 | 2009-09-23 | 中兴通讯股份有限公司 | Sending method and device of measure-reference signal under state of carrier aggregation |
-
2009
- 2009-11-23 CN CN200910237698.8A patent/CN102076055B/en active Active
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101166346A (en) * | 2006-10-18 | 2008-04-23 | 鼎桥通信技术有限公司 | Method and device for informing user equipment of auxiliary carrier frequency point information |
| CN101540978A (en) * | 2009-04-27 | 2009-09-23 | 中兴通讯股份有限公司 | Downlink component carrier wave identification method, synchronous downlink component carrier wave reporting method and device |
| CN101541029A (en) * | 2009-04-27 | 2009-09-23 | 中兴通讯股份有限公司 | Sending method and device of measure-reference signal under state of carrier aggregation |
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