CN103650561A - Channel allocation method and equipment - Google Patents

Channel allocation method and equipment Download PDF

Info

Publication number
CN103650561A
CN103650561A CN201380000946.1A CN201380000946A CN103650561A CN 103650561 A CN103650561 A CN 103650561A CN 201380000946 A CN201380000946 A CN 201380000946A CN 103650561 A CN103650561 A CN 103650561A
Authority
CN
China
Prior art keywords
base station
micro
user terminal
channel
community
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Granted
Application number
CN201380000946.1A
Other languages
Chinese (zh)
Other versions
CN103650561B (en
Inventor
刘敬全
冯振杰
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Huawei Technologies Co Ltd
Original Assignee
Huawei Technologies Co Ltd
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Huawei Technologies Co Ltd filed Critical Huawei Technologies Co Ltd
Publication of CN103650561A publication Critical patent/CN103650561A/en
Application granted granted Critical
Publication of CN103650561B publication Critical patent/CN103650561B/en
Active legal-status Critical Current
Anticipated expiration legal-status Critical

Links

Images

Classifications

    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04W—WIRELESS COMMUNICATION NETWORKS
    • H04W72/00—Local resource management
    • H04W72/20—Control channels or signalling for resource management
    • H04W72/23—Control channels or signalling for resource management in the downlink direction of a wireless link, i.e. towards a terminal
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04W—WIRELESS COMMUNICATION NETWORKS
    • H04W48/00—Access restriction; Network selection; Access point selection
    • H04W48/08—Access restriction or access information delivery, e.g. discovery data delivery
    • H04W48/12—Access restriction or access information delivery, e.g. discovery data delivery using downlink control channel
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04W—WIRELESS COMMUNICATION NETWORKS
    • H04W84/00—Network topologies
    • H04W84/02—Hierarchically pre-organised networks, e.g. paging networks, cellular networks, WLAN [Wireless Local Area Network] or WLL [Wireless Local Loop]
    • H04W84/04—Large scale networks; Deep hierarchical networks
    • H04W84/042—Public Land Mobile systems, e.g. cellular systems
    • H04W84/045—Public Land Mobile systems, e.g. cellular systems using private Base Stations, e.g. femto Base Stations, home Node B

Abstract

The invention provides a channel allocation method and is applied to communities based on a macro and micro network structure. The channel allocation method comprises: a micro base station obtains channel allocation information sent by equipment at a network side, the channel allocation information is used for allocating business channels of the micro base station at a carrier of a broadcast control channel (BCCH), the business channels of the micro base station at the carrier of the broadcast control channel (BCCH) and a macro base station of a community at the carrier of the BCCH are separated in a common community, and the micro base station allocates the business channels at the carrier of the BCCH according to the channel allocation information. According to the channel allocation method, the business channels of the micro base station at the carrier of the broadcast control channel (BCCH) and the macro base station of the community at the carrier of the BCCH are separated in the common community so that the micro base station and the macro base station do not reserve resources for accessed users at the business channels at the carrier of the BCCH, the micro base station and the macro base station can be simultaneously allocated to different users at the business channels at the carrier of the BCCH, business data transmission service can be sufficiently provided for new accessed users of a macro network and a micro network, and the business capacity of the community is improved.

Description

Channel arrangement method and equipment
Technical field
The present invention relates to wireless communication technology field, particularly relate to a kind of channel arrangement method and equipment.
Background technology
At present, the pressure bringing to global system for mobile communications (Global System for Mobile Communications, GSM) network capacity in order to alleviate the growth of data service flow, is generally used grand micro-cell networking mode altogether.So-called community altogether refers within Yi Ge community and is provided with a plurality of websites for receiving and transmitting signal or radio-frequency module, and these websites or radio-frequency module are distributed on different location points, have identical cell ID (Identity, ID).This networking mode can utilize the underlying network on Microcell to absorb the business in traffic hot spot area, and strengthens the network coverage to blind area, promotes communication quality and the network capacity of whole network.
As shown in Figure 1, in community, dispose macro base station 101 and a plurality of micro-base station 102, micro-base station 102 belongs to Yi Ge community with macro base station 101, and have a common community ID, it is micro-base station 102 and macro base station 101 channel in Broadcast Control Channel (Broadcast Control Channel, BCCH) carrier wave and traffic carrier community altogether.Wherein, micro-base station 102 can be applied in some traffic hot spot regions, by single site, launches, and reduces presence of intercell interference, promotes the volume of business in traffic hot spot region, also can be applied in weak overlay area, improves community and covers.In this grand micro-altogether cell networking scheme, the channel on bcch carrier comprises control channel (comprising broadcast channel) and Traffic Channel, in all set of locations of the control channel in itself and traffic carrier in community, launches.In addition, the Traffic Channel in traffic carrier can be launched in all set of locations, also can in the set of locations at grand network and user place, launch.In the time of in a set of locations in user is linked into community, in community, other set of locations or grand network will be the reserved corresponding resource of this user, with guarantee user in macro base station 101 and micro-base station 102 can take over seamlessly when mobile, avoid affecting customer service experience.
Although grand micro-cell networking scheme altogether can promote the communication quality of network, set of locations cannot be used for other users for the reserved resource of the user of the grand network of access or other set of locations, and this makes this networking plan have the problem that resource utilization is low.
Summary of the invention
The invention provides a kind of channel arrangement method, use the inventive method can promote the volume of business of community.
First aspect present invention provides a kind of channel arrangement method, comprising:
Micro-base station obtains the first channel configuration information that network equipment sends, this first channel configuration information is for configuring the Traffic Channel of micro-base station on BCCH channel of broadcast control carrier wave, and the Traffic Channel of the macro base station of the Traffic Channel Yu Gai community of this micro-base station on bcch carrier on bcch carrier be cell separation altogether;
This micro-base station, according to this first channel configuration information, configures the Traffic Channel on bcch carrier.
In conjunction with first aspect, in the possible implementation of the first of first aspect, this micro-base station is positioned in the traffic hot spot regional location group of this community, and this first channel configuration information is also for by micro-base station, the channel on bcch carrier is all configured to Traffic Channel.
In conjunction with first aspect, in the possible implementation of the second of first aspect, this first channel configuration information is also for configuring this control channel of micro-base station on bcch carrier; This micro-base station, according to this first channel configuration information, configures control channel on bcch carrier.
The first or the possible implementation of the second in conjunction with first aspect, first aspect, in the third possible implementation of first aspect, this micro-base station is positioned in the traffic hot spot regional location group of this community or is positioned in the weak overlay area set of locations of this community.
In conjunction with first aspect or first aspect first to the third in any one mode in the cards, in the 4th kind of mode in the cards of first aspect, this first channel configuration information is also for being used radio frequency unit (Radio Frequency Unit by this micro-base station Traffic Channel on bcch carrier at grand network, RFU) be total to community, this macro base station is used RFU receiving and transmitting signal; Or this first channel configuration information is also for being used Remote Radio Unit (Radio Remote Unit, RRU) community altogether by this micro-base station Traffic Channel on bcch carrier at grand network, this macro base station is used RRU receiving and transmitting signal.
In conjunction with any one mode in the cards in first aspect or first aspect first to fourth kind, in the 5th kind of mode in the cards of first aspect, this network equipment obtains the customer volume of this micro-base station carrying, network equipment judges whether the customer volume of this micro-base station carrying is equal to or greater than the first predesignated subscriber and measures thresholding, and judge the whether macro base station of the Yu Gai community Traffic Channel on bcch carrier community altogether of Traffic Channel that this micro-base station configures on bcch carrier, if judgment result is that, the customer volume of this micro-base station carrying is equal to or greater than the first predesignated subscriber and measures thresholding, and the Traffic Channel of the macro base station of the Traffic Channel Yu Gai community that this micro-base station configures on bcch carrier on bcch carrier be community altogether, to this micro-base station, send this first channel configuration information, this first channel configuration information is the cell separation altogether of the Traffic Channel on bcch carrier for the macro base station of the Traffic Channel Yu Gai community on bcch carrier by this micro-base station also, this micro-base station is after obtaining this first channel configuration information of this network equipment transmission, according to this first channel configuration information, the Traffic Channel of the macro base station of the Traffic Channel Yu Gai community by this micro-base station on bcch carrier on bcch carrier be cell separation altogether.
A second aspect of the present invention provides a kind of channel arrangement method, and the method comprises:
Network equipment obtains the customer volume of micro-base station carrying of community;
Network equipment judges whether the customer volume of this micro-base station carrying is equal to or greater than the first predesignated subscriber and measures thresholding, and judge the whether macro base station of the Yu Gai community Traffic Channel on bcch carrier community altogether of Traffic Channel that this micro-base station configures on bcch carrier, if judgment result is that, the customer volume of this micro-base station carrying is equal to or greater than the first predesignated subscriber and measures thresholding, and the Traffic Channel of the macro base station of the Traffic Channel Yu Gai community that described micro-base station configures on bcch carrier on bcch carrier be community altogether, to this micro-base station, send this first channel configuration information, this first channel configuration information is for the macro base station of the Traffic Channel Yu Gai community on the bcch carrier Traffic Channel on the bcch carrier cell separation altogether by this micro-base station.
In conjunction with a second aspect of the present invention, in the first mode in the cards of second aspect, this first channel configuration information is also for configuring the Traffic Channel of micro-base station on BCCH channel of broadcast control carrier wave.
The first mode in the cards in conjunction with a second aspect of the present invention, in the second mode in the cards of second aspect, this micro-base station is positioned in the traffic hot spot regional location group of this community, and this first channel configuration information is also for being all configured to Traffic Channel by this micro-base station channel on bcch carrier.
A third aspect of the present invention provides a kind of channel arrangement method, and the method comprises:
Network equipment obtains the customer volume of micro-base station carrying of community;
Network equipment judges whether the customer volume of this micro-base station carrying is less than or equal to the second predesignated subscriber and measures thresholding, and judge the whether macro base station of the Yu Gai community Traffic Channel on bcch carrier cell separation altogether of Traffic Channel that this micro-base station configures on bcch carrier, if judgment result is that, the customer volume of this micro-base station carrying is less than or equal to the second predesignated subscriber and measures thresholding, and the Traffic Channel of the macro base station of the Traffic Channel Yu Gai community that this micro-base station configures on bcch carrier on bcch carrier be cell separation altogether, to this micro-base station, send this second channel configuration information, this second channel configuration information is for the macro base station of the Traffic Channel Yu Gai community on the bcch carrier Traffic Channel on the bcch carrier community altogether by this micro-base station.
In conjunction with third aspect present invention, in the first mode in the cards of the third aspect, this micro-base station sends this second channel configuration information and also comprises:
This network equipment judges whether the channel that this micro-base station configures on bcch carrier is Traffic Channel entirely, if the channel that this micro-base station configures on bcch carrier is Traffic Channel entirely, to this micro-base station, send this second channel configuration information, wherein, this second channel configuration information is also for being control channel and Traffic Channel by this micro-base station channel configuration on bcch carrier.
A fourth aspect of the present invention provides a kind of method for switching network, and the method comprises:
Network equipment receives the downstream signal measurement report that user terminal sends, this user terminal is positioned at the set of locations at the place, micro-base station of community, the Traffic Channel of using this micro-base station to configure on bcch carrier, the Traffic Channel of the macro base station of the Traffic Channel Yu Gai community that this micro-base station configures on bcch carrier on bcch carrier be cell separation altogether;
Network equipment is according to this downstream signal measurement report, obtain the downlink signal quality of this user terminal, and whether the downlink signal quality that judges this user terminal is lower than signal quality thresholding, if the downlink signal quality of this user terminal, lower than prearranged signal quality threshold, is switched this user terminal the grand network of Ru Gai community; Or, network equipment is according to this downstream signal measurement report, obtain the downstream signal intensity of this user terminal, and whether the downstream signal intensity that judges this user terminal is lower than signal strength threshold, if the downstream signal intensity of this user terminal, lower than prearranged signal strength threshold, is switched this user terminal the grand network of Ru Gai community.
In conjunction with a fourth aspect of the present invention, in the first mode in the cards of fourth aspect, the downlink signal quality that judges this user terminal at this whether lower than signal quality thresholding after, the method also comprises:
If the downlink signal quality of this user terminal is lower than prearranged signal quality threshold, judge whether this user terminal exists the micronetwork that meets communication quality requirement service can be provided around, if this user terminal exists this micronetwork around, this user terminal is switched into this micronetwork; If this user terminal does not exist this micronetwork around, this user terminal is switched to the grand network of Ru Gai community;
Or, if the downlink signal quality of this user terminal is lower than prearranged signal quality threshold, find the network of optimal communication quality requirement service can be provided for this user terminal, if can be micronetwork for this user terminal provides the network of optimal communication quality requirement service, this user terminal be switched into this micronetwork; If can be grand network for this user terminal provides the network of optimal communication quality requirement service, this user terminal be switched into this grand network;
Or, the downstream signal intensity that judges this user terminal at this whether lower than signal strength threshold after, the method also comprises:
If the downstream signal intensity of this user terminal is lower than prearranged signal strength threshold, judge whether this user terminal exists the micronetwork that meets communication quality requirement service can be provided around, if this user terminal exists this micronetwork around, this user terminal is switched into this micronetwork; If this user terminal does not exist this micronetwork around, this user terminal is switched to the grand network of Ru Gai community;
Or, if the downstream signal intensity of this user terminal, lower than prearranged signal strength threshold, is found, can for this user terminal, provide the network of optimal communication quality requirement service, this network comprises micronetwork and grand network, if this network is micronetwork, this user terminal is switched into this micronetwork; If this network is grand network, this user terminal is switched into this grand network.
A fifth aspect of the present invention provides a kind of method for switching network, comprising:
Network equipment receives the downstream signal measurement report that user terminal sends, wherein, the access of this user terminal on the grand network of community, the Traffic Channel of using the macro base station of this community to configure on bcch carrier, and this user terminal is positioned at the set of locations at the place, micro-base station of this community; The Traffic Channel of the macro base station of the Traffic Channel Yu Gai community that micro-base station of this community configures on bcch carrier on bcch carrier be cell separation altogether,
Network equipment is according to this downstream signal measurement report, obtain the downlink signal quality of this user terminal, and whether the downlink signal quality that judges this user terminal is lower than signal quality thresholding, if the downlink signal quality of this user terminal, lower than prearranged signal quality threshold, is switched this user terminal the micronetwork into this place, micro-base station; Or, network equipment is according to this downstream signal measurement report, obtain the downstream signal intensity of this user terminal, and whether the downstream signal intensity that judges this user terminal is lower than signal strength threshold, if the downstream signal intensity of this user terminal, lower than prearranged signal strength threshold, is switched this user terminal the micronetwork into this place, micro-base station.
A sixth aspect of the present invention provides a kind of method for switching network, comprising:
Network equipment receives the downstream signal measurement report that user terminal sends, wherein, this user terminal is positioned at this overlapping region, the Traffic Channel that first micro-base station of use community configures on bcch carrier, this community also comprises second micro-base station, the Traffic Channel that this first micro-base station configures on bcch carrier and this Traffic Channel of second micro-base station on bcch carrier be cell separation altogether, and the set of locations at the set of locations at this place, first micro-base station and this place, second micro-base station has overlapped region;
Network equipment is according to this downstream signal measurement report, obtain the downlink signal quality of this user terminal, and whether the downlink signal quality that judges this user terminal is lower than signal quality thresholding, if the downlink signal quality of this user terminal, lower than prearranged signal quality threshold, is switched this user terminal the micronetwork into this place, second micro-base station; Or, network equipment is according to this downstream signal measurement report, obtain the downstream signal intensity of this user terminal, and whether the downstream signal intensity that judges this user terminal is lower than signal strength threshold, if the downstream signal intensity of this user terminal, lower than prearranged signal strength threshold, is switched this user terminal the micronetwork into this place, second micro-base station.
A seventh aspect of the present invention provides a kind of micro-base station, comprising:
Acquiring unit, the first channel configuration information sending for obtaining network equipment, this first channel configuration information is for configuring the Traffic Channel of micro-base station on BCCH channel of broadcast control carrier wave, and the Traffic Channel of the macro base station of the Traffic Channel Yu Gai community of this micro-base station on bcch carrier on bcch carrier be cell separation altogether;
Dispensing unit, for this first channel configuration information obtaining according to this acquiring unit, the Traffic Channel on configuration bcch carrier.
In conjunction with a seventh aspect of the present invention, in the first mode in the cards aspect the 7th, this micro-base station is positioned in the traffic hot spot regional location group of this community, and this first channel configuration information is also for by micro-base station, the channel on bcch carrier is all configured to Traffic Channel.
In conjunction with a seventh aspect of the present invention, in the second mode in the cards aspect the 7th, this first channel configuration information is also for configuring this control channel of micro-base station on bcch carrier; This dispensing unit is this first channel configuration information for obtaining according to this acquiring unit also, configures control channel on bcch carrier.
In conjunction with the second mode in the cards of a seventh aspect of the present invention, in the third mode in the cards aspect the 7th, this micro-base station is positioned in the traffic hot spot regional location group of this community or is positioned in the weak overlay area set of locations of this community.
First to the 3rd any one mode in the cards in conjunction with a seventh aspect of the present invention or the 7th aspect, in the 4th kind of mode in the cards aspect the 7th, this first channel configuration information is also for this micro-base station Traffic Channel on bcch carrier is used to RFUGong community at grand network, and this macro base station is used RFU receiving and transmitting signal; Or this first channel configuration information is also for this micro-base station Traffic Channel on bcch carrier is used to RRUGong community at grand network, this macro base station is used RRU receiving and transmitting signal.
First to fourth any one mode in the cards in conjunction with a seventh aspect of the present invention or the 7th aspect, in the 5th kind of mode in the cards aspect the 7th, this first channel configuration information is the cell separation altogether of the Traffic Channel on bcch carrier for the macro base station of the Traffic Channel Yu Gai community on bcch carrier by this micro-base station also; This dispensing unit is also for according to this first channel configuration information, and the Traffic Channel of the macro base station of the Traffic Channel Yu Gai community by this micro-base station on bcch carrier on bcch carrier be cell separation altogether.
Eighth aspect present invention provides a kind of network system, and it comprises network equipment and micro-base station as above, and this network equipment is for sending this first channel configuration information to this micro-base station.
Ninth aspect present invention provides a kind of network system, comprising:
Macro base station, for configuration service channel on bcch carrier;
Micro-base station, for the configuration service channel on bcch carrier, the Traffic Channel that the Traffic Channel that this micro-base station configures on bcch carrier and this macro base station configure on bcch carrier is cell separation altogether.
In conjunction with ninth aspect present invention, in the first mode in the cards aspect the 9th, this micro-base station is positioned in the traffic hot spot regional location group of this community, and the channel that this micro-base station configures on bcch carrier is Traffic Channel entirely.
In conjunction with ninth aspect present invention, in the second mode in the cards aspect the 9th, the channel that this micro-base station configures on bcch carrier comprises Traffic Channel and control channel.
In conjunction with the second mode in the cards of ninth aspect present invention, in the third mode in the cards aspect the 9th, this micro-base station is positioned in the traffic hot spot regional location group of this community or is positioned in the weak overlay area set of locations of this community.
First to the 3rd any one mode in the cards in conjunction with ninth aspect present invention or the 9th aspect, aspect the 9th in the 4th kind of mode in the cards, this micro-base station is for making the Traffic Channel on bcch carrier use RFUGong community at grand network, and this macro base station is for passing through RFU receiving and transmitting signal; Or this micro-base station is for making the Traffic Channel on bcch carrier use RRUGong community at grand network, this macro base station is for passing through RRU receiving and transmitting signal.
Tenth aspect present invention provides a kind of network equipment, comprising:
Acquiring unit, for obtaining the customer volume of this micro-base station carrying;
Judging unit, for judging whether the customer volume of this micro-base station carrying that this acquiring unit obtains is equal to or greater than the first predesignated subscriber and measures thresholding, and judge the whether macro base station of the Yu Gai community Traffic Channel on bcch carrier community altogether of Traffic Channel that this micro-base station configures on bcch carrier
Transmitting element, if judge that for this judging unit the customer volume of this micro-base station carrying is equal to or greater than the first predesignated subscriber and measures thresholding, the Traffic Channel of the macro base station of the Traffic Channel Yu Gai community that this micro-base station configures on bcch carrier on bcch carrier be community altogether, to this micro-base station, send this first channel configuration information, this first channel configuration information is for the macro base station of the Traffic Channel Yu Gai community on the bcch carrier Traffic Channel on the bcch carrier cell separation altogether by this micro-base station.
In conjunction with a tenth aspect of the present invention, in the first mode in the cards aspect the tenth, this first channel configuration information is also for configuring the Traffic Channel of micro-base station on BCCH channel of broadcast control carrier wave.
The first mode in the cards in conjunction with a tenth aspect of the present invention, in the second mode in the cards aspect the tenth, this micro-base station is positioned in the traffic hot spot regional location group of this community, and this first channel configuration information is also for being all configured to Traffic Channel by this micro-base station channel on bcch carrier.
A eleventh aspect of the present invention provides a kind of network equipment, comprising:
Acquiring unit, for obtaining the customer volume of micro-base station carrying of community;
Judging unit, for judging whether the customer volume of this micro-base station carrying that this acquiring unit obtains is less than or equal to the second predesignated subscriber and measures thresholding, and judge the whether macro base station of the Yu Gai community Traffic Channel on bcch carrier cell separation altogether of Traffic Channel that this micro-base station configures on bcch carrier;
Transmitting element, if judge that for this judging unit the customer volume of this micro-base station carrying is less than or equal to the second predesignated subscriber and measures thresholding, and the Traffic Channel of the macro base station that judges the Traffic Channel Yu Gai community that this micro-base station configures on bcch carrier on bcch carrier cell separation altogether, to this micro-base station, send this second channel configuration information, this second channel configuration information is for the macro base station of the Traffic Channel Yu Gai community on the bcch carrier Traffic Channel on the bcch carrier community altogether by this micro-base station.
In conjunction with the present invention the tenth on the one hand, in the first mode in the cards of the tenth one side, this judging unit is also for judging whether the channel that this micro-base station configures on bcch carrier is Traffic Channel entirely;
If this transmitting element also judges that for this judging unit the channel that this micro-base station configures on bcch carrier is Traffic Channel entirely, to this micro-base station, send this second channel configuration information, wherein, this second channel configuration information is also for being control channel and Traffic Channel by this micro-base station channel configuration on bcch carrier.
The present invention the 12 aspect provides a kind of network equipment, comprising:
Receiving element, the downstream signal measurement report sending for receiving user terminal, this user terminal is positioned at the set of locations at the place, micro-base station of community, the Traffic Channel of using this micro-base station to configure on bcch carrier, the Traffic Channel of the macro base station of the Traffic Channel Yu Gai community that this micro-base station configures on bcch carrier on bcch carrier be cell separation altogether;
Processing unit, for this downstream signal measurement report receiving according to this receiving element, obtain the downlink signal quality of this user terminal, and whether the downlink signal quality that judges this user terminal is lower than signal quality thresholding, if the downlink signal quality of this user terminal, lower than prearranged signal quality threshold, is switched this user terminal on the grand network of Ru Gai community; Or, for this downstream signal measurement report receiving according to this receiving element, obtain the downstream signal intensity of this user terminal, and whether the downstream signal intensity that judges this user terminal is lower than signal strength threshold, if the downstream signal intensity of this user terminal, lower than prearranged signal strength threshold, is switched this user terminal the grand network of Ru Gai community.
In conjunction with the present invention the 12 aspect, in the first mode in the cards aspect the 12, this processing unit also for the downlink signal quality that judges this user terminal at this whether lower than after signal quality thresholding, if the downlink signal quality of this user terminal is lower than prearranged signal quality threshold, judge whether this user terminal exists the micronetwork that meets communication quality requirement service can be provided around, if this user terminal exists this micronetwork around, this user terminal is switched into this micronetwork; If this user terminal does not exist this micronetwork around, this user terminal is switched to the grand network of Ru Gai community;
Or, this processing unit also for the downlink signal quality that judges this user terminal at this whether lower than after signal quality thresholding, if the downlink signal quality of this user terminal is lower than prearranged signal quality threshold, find the network of optimal communication quality requirement service can be provided for this user terminal, if can be micronetwork for this user terminal provides the network of optimal communication quality requirement service, this user terminal be switched into this micronetwork; If can be grand network for this user terminal provides the network of optimal communication quality requirement service, this user terminal be switched into this grand network;
Or, this processing unit also for the downstream signal intensity that judges this user terminal at this whether lower than signal strength threshold after, if the downstream signal intensity of this user terminal is lower than prearranged signal strength threshold, judge whether this user terminal exists the micronetwork that meets communication quality requirement service can be provided around, if this user terminal exists this micronetwork around, this user terminal is switched into this micronetwork; If this user terminal does not exist this micronetwork around, this user terminal is switched to the grand network of Ru Gai community;
Or, this processing unit also for the downstream signal intensity that judges this user terminal at this whether lower than signal strength threshold after, if the downstream signal intensity of this user terminal is lower than prearranged signal strength threshold, find the network of optimal communication quality requirement service can be provided for this user terminal, this network comprises micronetwork and grand network, if this network is micronetwork, this user terminal is switched into this micronetwork; If this network is grand network, this user terminal is switched into this grand network.
The present invention's the tenth three aspects: provides a kind of network equipment, comprising:
Receiving element, the downstream signal measurement report sending for receiving user terminal, wherein, this user terminal access is on the grand network of community, the Traffic Channel of using the macro base station of this community to configure on bcch carrier, and this user terminal is positioned at the set of locations at the place, micro-base station of this community, the common cell separation of the Traffic Channel of the macro base station of the Traffic Channel Yu Gai community that this micro-base station configures on bcch carrier on bcch carrier;
Processing unit, for this downstream signal measurement report receiving according to this receiving element, obtain the downlink signal quality of this user terminal, and whether the downlink signal quality that judges this user terminal is lower than signal quality thresholding, if the downlink signal quality of this user terminal, lower than prearranged signal quality threshold, is switched this user terminal the micronetwork into this place, micro-base station; Or, this downstream signal measurement report that network equipment receives according to this receiving element, obtain the downstream signal intensity of this user terminal, and whether the downstream signal intensity that judges this user terminal is lower than signal strength threshold, if the downstream signal intensity of this user terminal, lower than prearranged signal strength threshold, is switched this user terminal the micronetwork into this place, micro-base station.
The present invention the 14 aspect provides a kind of network equipment, comprising:
Receiving element, the downstream signal measurement report sending for receiving user terminal, wherein, this user terminal is positioned at this overlapping region, the Traffic Channel that first micro-base station of use community configures on bcch carrier, the second Traffic Channel of micro-base station on bcch carrier of the Traffic Channel Yu Gai community that this first micro-base station configures on bcch carrier be cell separation altogether, and the set of locations at the set of locations at this place, first micro-base station and this place, second micro-base station has overlapped region;
Processing unit, for this downstream signal measurement report receiving according to this receiving element, obtain the downlink signal quality of this user terminal, and whether the downlink signal quality that judges this user terminal is lower than signal quality thresholding, if the downlink signal quality of this user terminal, lower than prearranged signal quality threshold, is switched this user terminal the micronetwork into this place, second micro-base station; Or, this downstream signal measurement report that network equipment receives according to this receiving element, obtain the downstream signal intensity of this user terminal, and whether the downstream signal intensity that judges this user terminal is lower than signal strength threshold, if the downstream signal intensity of this user terminal, lower than prearranged signal strength threshold, is switched this user terminal the micronetwork into this place, second micro-base station.
In the present invention, the Traffic Channel of the macro base station of the Traffic Channel Yu Gai community of this micro-base station on bcch carrier on bcch carrier be cell separation altogether, make the user for access in the mutual not Traffic Channel on bcch carrier of this micro-base station and this macro base station reserve resource, this micro-base station traffic channel resource on bcch carrier is fully discharged, on grand like this network and micronetwork, the Traffic Channel of bcch carrier can be used to respectively different users simultaneously, can be fully for new access user on grand network and micronetwork provides business data transmission service, improve the volume of business of community.
Accompanying drawing explanation
Fig. 1 is a kind of subzone network structural representation of the prior art;
Fig. 2 is the schematic flow sheet of a kind of channel arrangement method of providing of embodiment 1;
Fig. 3 is a kind of subzone network structural representation of the present invention;
Fig. 4 is the channel architecture schematic diagram on bcch carrier;
Fig. 5 is the schematic flow sheet of a kind of channel arrangement method of providing of embodiment 2;
Fig. 6 is the schematic flow sheet of a kind of channel arrangement method of providing of embodiment 3;
Fig. 7 is the schematic flow sheet of a kind of method for switching network of providing of embodiment 4;
Fig. 8 is the schematic flow sheet of a kind of method for switching network of providing of embodiment 5;
Fig. 9 is the schematic flow sheet of a kind of method for switching network of providing of embodiment 6;
Figure 10 is the structured flowchart of a kind of micro-base station of providing of embodiment 7;
Figure 11 is the structural representation of a kind of network system of providing of embodiment 8;
Figure 12 is the structural representation of a kind of network system of providing of embodiment 9;
Figure 13 is the structural representation of the another kind of network system that provides of embodiment 9;
Figure 14 is the structured flowchart of a kind of network equipment of providing of embodiment 10;
Figure 15 is the structured flowchart of a kind of network equipment of providing of embodiment 11;
Figure 16 is the structured flowchart of a kind of network equipment of providing of embodiment 12;
Figure 17 is the structured flowchart of a kind of network equipment of providing of embodiment 13;
Figure 18 is the structured flowchart of a kind of network equipment of providing of embodiment 14;
Figure 19 is the structured flowchart of a kind of micro-base station of providing of embodiment 15;
Figure 20 is the structured flowchart of a kind of network equipment of providing of embodiment 16;
Figure 21 is the structured flowchart of a kind of network equipment of providing of embodiment 17;
Figure 22 is the structured flowchart of a kind of network equipment of providing of embodiment 18;
Figure 23 is the structured flowchart of a kind of network equipment of providing of embodiment 19;
Figure 24 is the structured flowchart of a kind of network equipment of providing of embodiment 20.
Embodiment
The embodiment of the present invention provides a kind of channel arrangement method, and the method, the method for switching network that promote accordingly volume of business.Below describe in detail.
As shown in Figure 2, the embodiment of the present invention 1 provides a kind of channel arrangement method, is applied to the community based on grand micronetwork structure, comprising:
201, micro-base station obtains the first channel configuration information that network equipment sends, described the first channel configuration information is for configuring the Traffic Channel of micro-base station on BCCH channel of broadcast control carrier wave, the Traffic Channel common cell separation of the macro base station of the Traffic Channel of described micro-base station on bcch carrier and described community on bcch carrier.
Described micro-base station can be the micro-base station being positioned in the traffic hot spot regional location group of described community, can be also the micro-base station being positioned in the weak overlay area set of locations of described community.
202, described micro-base station, according to described the first channel configuration information, configures the Traffic Channel on bcch carrier.
In the present embodiment, the Traffic Channel that described micro-base station configures on bcch carrier and the Traffic Channel of described macro base station on bcch carrier be cell separation altogether, make the user for access in the mutual not Traffic Channel on bcch carrier of described micro-base station and described macro base station reserve resource, the traffic channel resource of described micro-base station on bcch carrier fully discharged, can be applied to fully the business data transmission on grand network, improve the volume of business of community.
In the present embodiment, described micro-base station can be positioned in the traffic hot spot regional location group of described community, improves the volume of business of position, described micro-base station group.
In the present embodiment, if in order further to improve the volume of business of position, described micro-base station group, described the first channel configuration information can also, for the channel on bcch carrier is all configured to Traffic Channel by micro-base station, make described micro-base station be further increased according to the quantity of the Traffic Channel of described the first channel configuration information configuration.
In the present embodiment, before implementation step 201, for the macro base station that makes the Traffic Channel of described micro-base station on bcch carrier and the described community Traffic Channel on bcch carrier cell separation altogether, described channel arrangement method can also comprise following implementation step:
Described network equipment obtains the customer volume of described micro-base station carrying.In the ordinary course of things, described network equipment can real-time statistics described in the customer volume of micro-base station carrying.
After described network equipment obtains the customer volume of described micro-base station carrying, described network equipment judges whether the customer volume of described micro-base station carrying is equal to or greater than the first predesignated subscriber and measures thresholding, and judge the whether community altogether of the Traffic Channel on bcch carrier with the macro base station of described community of Traffic Channel that described micro-base station configures on bcch carrier, if judgment result is that, the customer volume of described micro-base station carrying is equal to or greater than the first predesignated subscriber and measures thresholding, and the Traffic Channel that described micro-base station configures on bcch carrier and the Traffic Channel of the macro base station of described community on bcch carrier be community altogether, to described micro-base station, send described the one the first channel configuration informations, described the one the first channel configuration informations are the cell separation altogether of the Traffic Channel on bcch carrier for the macro base station of the Traffic Channel on bcch carrier and described community by described micro-base station also,
Described micro-base station is after described the one the first channel configuration informations that obtain that described network equipment sends, according to described the one the first channel configuration informations, the Traffic Channel by described micro-base station on bcch carrier and the Traffic Channel of the macro base station of described community on bcch carrier be cell separation altogether.
In above-mentioned steps, the customer volume of described micro-base station carrying is equal to or greater than the first predesignated subscriber while measuring thresholding, and it is nervous that this situation shows that described micro-base station can be used for carrying user's resource, is badly in need of discharging traffic channel resource and meets consumers' demand.In order to solve the nervous problem of described micro-BTS service channel resource, need to be by described micro-base station the macro base station of the Traffic Channel on bcch carrier and the described community common cell separation of Traffic Channel on bcch carrier.Traffic Channel in described micro-base station on bcch carrier and the Traffic Channel of the macro base station of described community on bcch carrier are total to after cell separation, user for access in the mutual not Traffic Channel on bcch carrier of described micro-base station and described macro base station reserves resource, the described micro-base station originally reserved traffic channel resource on bcch carrier is fully discharged, can be applied to fully the business data transmission on grand network, improve the volume of business of community.
In the present embodiment, if in order to guarantee the covering of control channel to position, described micro-base station group, described the first channel configuration information can also be for configuring the control channel of micro-base station on bcch carrier.Described micro-base station, according to described the first channel configuration information, can also configure control channel on bcch carrier.Concrete, described micro-base station can configure control channel and Traffic Channel according to described the first channel configuration information on bcch carrier simultaneously, and the part time slot configuration on part BCCH ripple is become to control channel, and part time slot configuration is become to Traffic Channel.As comprised 8 time slots on BCCH ripple, first three time slot configuration can be become to control channel, rear five time slot configuration become Traffic Channel.
In the present embodiment, described micro-base station also can be positioned in the weak overlay area set of locations of described community, and described the first channel configuration information is also for configuring described the second control channel of micro-base station on bcch carrier; Described micro-base station, according to described the first channel configuration information, can also configure control channel on bcch carrier.Concrete, described micro-base station can configure control channel and Traffic Channel according to described the first channel configuration information on bcch carrier simultaneously, and the part time slot configuration on part BCCH ripple is become to control channel, and part time slot configuration is become to Traffic Channel.Because the control channel of macro base station transmitting may be to weak overlay area covering deficiency, the control channel of described micro-base station configuration can guarantee that the user terminal in the set of locations of weak overlay area can receive good control signal.
In the present embodiment, described the first channel configuration information can also for by described micro-base station the Traffic Channel on bcch carrier at grand network, use RFUGong community, described macro base station is used RFU receiving and transmitting signal.Or, described the first channel configuration information also for by described micro-base station the Traffic Channel on bcch carrier at grand network, use RRUGong community, described macro base station is used RRU receiving and transmitting signal.If be provided with a plurality of described micro-base stations in community, the user terminal that accesses so described micro-base station Traffic Channel on bcch carrier can take over seamlessly the Traffic Channel of micro-base station on bcch carrier described in other.
Traffic Channel and the described macro base station Traffic Channel on TCH ripple of described micro-base station in the present embodiment on TCH ripple can be total to community, and user can be taken over seamlessly between the set of locations at place, described micro-base station and grand network.
As shown in Figure 3, Fig. 3 has shown the application scenarios of the embodiment of the present invention 1.In Fig. 3, community has comprised 5 set of locations, wherein, the region that set of locations 1 covers for macro base station, set of locations 2 and set of locations 4 are weak overlay area, set of locations 3 and set of locations 5 are traffic hot spot region.Macro base station can be distributed base station, has RFU unit, and micro-base station has RRU unit, and receives and sends messages by RRU unit.Macro base station is configurating channel on bcch carrier, and the channel configuring on bcch carrier comprises control channel and Traffic Channel, configuration service channel on TCH carrier wave.Micro-base station configurating channel on bcch carrier in set of locations 2 and set of locations 4, the channel configuring on bcch carrier comprises control channel and Traffic Channel, configuration service channel on TCH carrier wave.Micro-base station configurating channel on bcch carrier in set of locations 3, the channel configuring on bcch carrier is control channel entirely, configuration service channel on TCH carrier wave.Micro-base station configurating channel on bcch carrier in set of locations 5, the channel configuring on bcch carrier is Traffic Channel entirely, configuration service channel on TCH carrier wave.
Wherein, macro base station or micro-base station are on bcch carrier in configurating channel process, as shown in Figure 4,3 time slots of the 1st time slot to the of bcch carrier can be configured to respectively to BCCH, SDCCH and SDCCH, 8 time slots of the 4th time slot to the of bcch carrier are configured to respectively to TCH, TCH, PDCH, PDCH and PDCH.The Traffic Channel that micro-base station in set of locations 2 and set of locations 4 configures on bcch carrier and the Traffic Channel of the macro base station of described community on bcch carrier be cell separation altogether, and making micro-base station in set of locations 2 and set of locations 4 and described macro base station is not the reserved resource of user of access mutually in the Traffic Channel on bcch carrier.When having user to access the Traffic Channel of macro base station on bcch carrier, micro-base station in set of locations 2 and set of locations 4 is without reserved corresponding Traffic Channel on bcch carrier, and these Traffic Channel on bcch carrier can be for the user in on-position group 2 and set of locations 4 accordingly, thereby improve the volume of business of set of locations 2 and set of locations 4.The channel that micro-base station on position 5 configures on bcch carrier is Traffic Channel entirely, and with the macro base station of described community the cell separation altogether of the Traffic Channel on bcch carrier, making micro-base station in set of locations 5 and described macro base station is not the reserved resource of user of access mutually in the Traffic Channel on bcch carrier, the all channels of micro-base station in set of locations 5 on bcch carrier may be used to the user in on-position group 5, thereby significantly improve the volume of business of set of locations 5.
As shown in Figure 5, the embodiment of the present invention 2 also provides a kind of channel arrangement method, is applied to the community based on grand micronetwork structure, and described community comprises macro base station and micro-base station, and described method comprises:
301, network equipment obtains the customer volume of described micro-base station carrying.
302, network equipment judges whether the customer volume of described micro-base station carrying is equal to or greater than the first predesignated subscriber and measures thresholding, and judges the whether community altogether of the Traffic Channel on bcch carrier with the macro base station of described community of Traffic Channel that described micro-base station configures on bcch carrier.
If 303 customer volumes that judgment result is that the carrying of described micro-base station are equal to or greater than the first predesignated subscriber and measure thresholding, and the Traffic Channel of the macro base station of the Traffic Channel that configures on bcch carrier of described micro-base station and described community on bcch carrier community altogether, to described micro-base station, send described the first channel configuration information.Described the first channel configuration information is the common cell separation of Traffic Channel on bcch carrier for the macro base station of the Traffic Channel on bcch carrier and described community by described micro-base station.
In embodiments of the present invention, network equipment can be radio network controller, it can measure thresholding by customer volume and first predesignated subscriber of more acquired described micro-base station carrying, if the customer volume of described micro-base station carrying is equal to or greater than the first predesignated subscriber and measures thresholding, judge that micro-base station approaches maximum user's bearing capacity, need to carry out dilatation.Described micro-base station is after receiving described first channel configuration information of described network equipment transmission, can be according to described the first channel configuration information, Traffic Channel by described micro-base station on bcch carrier and the Traffic Channel of the macro base station of described community on bcch carrier be cell separation altogether, make the user for access in the mutual not Traffic Channel on bcch carrier of described micro-base station and described macro base station reserve resource, the described micro-base station originally reserved traffic channel resource on bcch carrier is fully discharged, can be applied to fully the business data transmission on grand network, improve the volume of business of community.
In the present embodiment, described micro-base station is positioned in the traffic hot spot regional location group of described community, and described the first channel configuration information is also for configuring the Traffic Channel of micro-base station on BCCH channel of broadcast control carrier wave, to improve the traffic channel resource of micro-base station.Preferably, described the first channel configuration information is also for by described micro-base station, the channel on bcch carrier is all configured to Traffic Channel.Because the control channel of macro base station transmitting can carry out good covering to the traffic hot spot regional location group in described community, even if described micro-base station emission control channel no longer can not exert an adverse impact to the user in described set of locations yet.Therefore, described micro-base station can be according to described the first channel configuration information, channel by described micro-base station on bcch carrier is all configured to Traffic Channel, and the Traffic Channel of these configurations and the common cell separation of the Traffic Channel of the macro base station of described community on bcch carrier, thereby the Traffic Channel that can provide user to access in the group of position, described micro-base station is significantly provided, has improved the volume of business of position, described micro-base station group.
As shown in Figure 6, the embodiment of the present invention 3 also provides a kind of channel arrangement method, is applied to the community based on grand micronetwork structure, and described community comprises macro base station and micro-base station, and described method comprises:
401, network equipment obtains the customer volume of described micro-base station carrying.
402, network equipment judges whether the customer volume of described micro-base station carrying is less than or equal to the second predesignated subscriber and measures thresholding, and judges the whether cell separation altogether of the Traffic Channel on bcch carrier with the macro base station of described community of Traffic Channel that described micro-base station configures on bcch carrier.
If 403 customer volumes that judgment result is that the carrying of described micro-base station are less than or equal to the second predesignated subscriber and measure thresholding, and the Traffic Channel of the macro base station of the Traffic Channel that configures on bcch carrier of described micro-base station and described community on bcch carrier cell separation altogether, to described micro-base station, send described second channel configuration information.Described second channel configuration information is the common community of Traffic Channel on bcch carrier for the macro base station of the Traffic Channel on bcch carrier and described community by described micro-base station.
In the present embodiment, the customer volume that judgment result is that the carrying of described micro-base station is less than or equal to the second predesignated subscriber and measures thresholding, within showing volume of business scope that customer volume can carry in described micro-base station, even if the Traffic Channel that described micro-base station configures on bcch carrier is kept for the user of the grand network of access, the customer volume in the group of position, described micro-base station also can be carried in described micro-base station, therefore, can described micro-base station can be according to described second channel configuration information, Traffic Channel by described micro-base station on bcch carrier and the Traffic Channel of the macro base station of described community on bcch carrier be community altogether, make the user can taking over seamlessly between described micro-base station position group and described grand network.
Because the channel that exists described micro-base station on bcch carrier is the situation of Traffic Channel entirely, in order to strengthen the covering of the control channel in the group of position, described micro-base station, the present embodiment can also be taked following further technical measures so.
Preferably, the step that described micro-base station sends described second channel configuration information can also comprise: described network equipment judges whether the channel that described micro-base station configures on bcch carrier is Traffic Channel entirely, if the channel that described micro-base station configures on bcch carrier is Traffic Channel entirely, to described micro-base station, send described second channel configuration information, wherein, described second channel configuration information is also for by described micro-base station, the channel configuration on bcch carrier is control channel and Traffic Channel.At the local channel that described micro-base station is configured on bcch carrier, change into after control channel, strengthened the covering of the control channel in the group of position, described micro-base station.
As shown in Figure 7, the embodiment of the present invention 4 provides a kind of method for switching network, described method is applied to the community based on grand micronetwork structure, described community comprises macro base station and micro-base station, the Traffic Channel that described micro-base station configures on bcch carrier and the Traffic Channel of the macro base station of described community on bcch carrier be cell separation altogether, and therefore, the user of access cannot take over seamlessly at these two interchannels, need to carry out the switching in community, and described method can head it off.Described method comprises:
501, network equipment receives the downstream signal measurement report that user terminal sends, and described user terminal is positioned at the set of locations at place, described micro-base station, the Traffic Channel of using described micro-base station to configure on bcch carrier.
502, network equipment is according to described downstream signal measurement report, obtain the downlink signal quality of described user terminal, and whether the downlink signal quality that judges described user terminal is lower than signal quality thresholding, if the downlink signal quality of described user terminal lower than prearranged signal quality threshold, is switched described user terminal on the grand network of described community; Or, 503, network equipment is according to described downstream signal measurement report, obtain the downstream signal intensity of described user terminal, and whether the downstream signal intensity that judges described user terminal is lower than signal strength threshold, if the downstream signal intensity of described user terminal, lower than prearranged signal strength threshold, is switched described user terminal the grand network into described community.
In the present embodiment, network equipment can be radio network controller, and it can be using signal quality thresholding or signal strength threshold as the judgement signal quality of user terminal or the measurement foundation of signal strength signal intensity quality.When the downlink signal quality of described user terminal is lower than the downstream signal intensity of prearranged signal quality threshold or described user terminal during lower than prearranged signal strength threshold, can judge that user terminal is used the dtr signal of the micronetwork at place, described micro-base station, user terminal may move to the edge of position, described micro-base station group, now, user terminal can be switched into grand network from the micronetwork at place, described micro-base station.
Preferably, after whether the described downlink signal quality that judges described user terminal is lower than signal quality thresholding, described method also comprises:
If the downlink signal quality of described user terminal is lower than prearranged signal quality threshold, judge whether described user terminal exists the micronetwork that meets communication quality requirement service can be provided around, if described user terminal exists described micronetwork around, described user terminal is switched into described micronetwork; If described user terminal does not exist described micronetwork around, described user terminal is switched to the grand network into described community.
Described user terminal may move to adjacent set of locations from a set of locations, if the micronetwork in adjacent set of locations can meet user's communication quality, requires service, can switch the micronetwork in adjacent set of locations.
Or, if the downlink signal quality of described user terminal is lower than prearranged signal quality threshold, find the network of optimal communication quality requirement service can be provided for described user terminal, if can be micronetwork for described user terminal provides the network of optimal communication quality requirement service, described user terminal be switched into described micronetwork; If can be grand network for described user terminal provides the network of optimal communication quality requirement service, described user terminal be switched into described grand network.Visible, described user terminal can select to provide the network incision of optimal communication quality requirement service.
Or after whether the described downstream signal intensity that judges described user terminal is lower than signal strength threshold, described method also comprises:
If the downstream signal intensity of described user terminal is lower than prearranged signal strength threshold, judge whether described user terminal exists the micronetwork that meets communication quality requirement service can be provided around, if described user terminal exists described micronetwork around, described user terminal is switched into described micronetwork; If described user terminal does not exist described micronetwork around, described user terminal is switched to the grand network into described community.
Described user terminal may move to adjacent set of locations from a set of locations, if the micronetwork in adjacent set of locations can meet user's communication quality, requires service, can switch the micronetwork in adjacent set of locations.
Or, if the downstream signal intensity of described user terminal is lower than prearranged signal strength threshold, find the network of optimal communication quality requirement service can be provided for described user terminal, if can be micronetwork for described user terminal provides the network of optimal communication quality requirement service, described user terminal be switched into described micronetwork; If can be grand network for described user terminal provides the network of optimal communication quality requirement service, described user terminal be switched into described grand network.Visible, described user terminal can select to provide the network incision of optimal communication quality requirement service.
As shown in Figure 8, the embodiment of the present invention 5 provides a kind of method for switching network, described method is applied to the community based on grand micronetwork structure, described community comprises macro base station and micro-base station, the Traffic Channel that described micro-base station configures on bcch carrier and the Traffic Channel of the macro base station of described community on bcch carrier be cell separation altogether, therefore, the user of access cannot take over seamlessly at these two interchannels, need to carry out the switching in community, and described method can head it off, described method comprises:
601, network equipment receives the downstream signal measurement report that user terminal sends, wherein, described user terminal accesses on the grand network of described community, the Traffic Channel of using described macro base station to configure on bcch carrier, and also described user terminal is positioned at the set of locations at place, described micro-base station.
602, network equipment is according to described downstream signal measurement report, obtain the downlink signal quality of described user terminal, and whether the downlink signal quality that judges described user terminal is lower than signal quality thresholding, if the downlink signal quality of described user terminal, lower than prearranged signal quality threshold, is switched described user terminal the micronetwork into place, described micro-base station; Or, 603, network equipment is according to described downstream signal measurement report, obtain the downstream signal intensity of described user terminal, and whether the downstream signal intensity that judges described user terminal is lower than signal strength threshold, if the downstream signal intensity of described user terminal, lower than prearranged signal strength threshold, is switched described user terminal the micronetwork into place, described micro-base station.
In the present embodiment, network equipment can be radio network controller, and it can be using signal quality thresholding or signal strength threshold as the judgement signal quality of user terminal or the measurement foundation of signal strength signal intensity quality.When the downlink signal quality of described user terminal is lower than the downstream signal intensity of prearranged signal quality threshold or described user terminal during lower than prearranged signal strength threshold, can judge that user terminal is used the dtr signal of described grand network, user terminal can switch the micronetwork of the set of locations being positioned at into it.
As shown in Figure 9, the embodiment of the present invention 6 provides a kind of method for switching network, described method is applied to the community based on grand micronetwork structure, described community comprises first micro-base station and second micro-base station, the Traffic Channel that described first micro-base station configures on bcch carrier and described the second Traffic Channel of micro-base station on bcch carrier be cell separation altogether, the set of locations at the set of locations at described the first place, micro-base station and described the second place, micro-base station has overlapped region, and described method comprises:
701, network equipment receives the downstream signal measurement report that user terminal sends, and wherein, described user terminal is positioned at described overlapping region, the Traffic Channel of using described first micro-base station to configure on bcch carrier;
702, network equipment is according to described downstream signal measurement report, obtain the downlink signal quality of described user terminal, and whether the downlink signal quality that judges described user terminal is lower than signal quality thresholding, if the downlink signal quality of described user terminal, lower than prearranged signal quality threshold, is switched described user terminal the micronetwork into described the second place, micro-base station; Or, 703, network equipment is according to described downstream signal measurement report, obtain the downstream signal intensity of described user terminal, and whether the downstream signal intensity that judges described user terminal is lower than signal strength threshold, if the downstream signal intensity of described user terminal, lower than prearranged signal strength threshold, is switched described user terminal the micronetwork into described the second place, micro-base station.
In the present embodiment, network equipment can be radio network controller, and it can be using signal quality thresholding or signal strength threshold as the judgement signal quality of user terminal or the measurement foundation of signal strength signal intensity quality.When the downlink signal quality of described user terminal is lower than the downstream signal intensity of prearranged signal quality threshold or described user terminal during lower than prearranged signal strength threshold, can judge that user terminal is used the dtr signal of the micronetwork at described the first place, micro-base station, user terminal can switch the micronetwork into described the second place, micro-base station.
As shown in figure 10, the embodiment of the present invention 7 provides a kind of micro-base station, comprising:
Acquiring unit 801, the first channel configuration information sending for obtaining network equipment, described the first channel configuration information is for configuring the Traffic Channel of micro-base station on BCCH channel of broadcast control carrier wave, the Traffic Channel common cell separation of the macro base station of the Traffic Channel of described micro-base station on bcch carrier and described community on bcch carrier;
Dispensing unit 802, for described the first channel configuration information obtaining according to described acquiring unit, the Traffic Channel on configuration bcch carrier.
In the present embodiment, the Traffic Channel that described micro-base station configures on bcch carrier and the Traffic Channel of described macro base station on bcch carrier be cell separation altogether, make the user for access in the mutual not Traffic Channel on bcch carrier of described micro-base station and described macro base station reserve resource, the traffic channel resource of described micro-base station on bcch carrier fully discharged, can be applied to fully the business data transmission on grand network, improve the volume of business of community.
Preferably, described micro-base station is positioned in the traffic hot spot regional location group of described community, and described the first channel configuration information is also for by micro-base station, the channel on bcch carrier is all configured to Traffic Channel.
Preferably, described the first channel configuration information is also for configuring the control channel of micro-base station on bcch carrier; Described dispensing unit 802, according to described the first channel configuration information, configures control channel on bcch carrier.
Preferably, described the first channel configuration information is also for configuring the control channel of described micro-base station on bcch carrier; Described dispensing unit 802 is described the first channel configuration information for obtaining according to described acquiring unit also, configures control channel on bcch carrier.
Preferably, described micro-base station is positioned in the traffic hot spot regional location group of described community or is positioned in the weak overlay area set of locations of described community.
Preferably, described the first channel configuration information also for by described micro-base station the Traffic Channel on bcch carrier at grand network, use radio frequency unit RFUGong community, described macro base station is used RFU receiving and transmitting signal.Or, described the first channel configuration information also for by described micro-base station the Traffic Channel on bcch carrier at grand network, use altogether community of radio frequency remote unit RRU, described macro base station is used RRU receiving and transmitting signal.This makes described micro-base station and described macro base station is not the reserved resource of user of access mutually in the Traffic Channel on bcch carrier, for described micro-base station and described macro base station have discharged traffic channel resource.
Preferably, described the first channel configuration information cell separation altogether of the Traffic Channel on bcch carrier for the macro base station of the Traffic Channel on bcch carrier and described community by described micro-base station also;
Described dispensing unit 802 is also for according to described the first channel configuration information, and the Traffic Channel by described micro-base station on bcch carrier and the Traffic Channel of the macro base station of described community on bcch carrier be cell separation altogether.
As shown in figure 11, the embodiment of the present invention 8 provides a kind of network system, comprises radio network controller 901 and micro-base station 902 as described in Example 7, and described radio network controller 901 is for to described micro-base station 902 transmitting channel configuration informations.
As shown in figure 12, the embodiment of the present invention 9 provides a kind of network system 1003, comprising:
Macro base station 1001, for configuration service channel on bcch carrier;
Micro-base station 1002, for the configuration service channel on bcch carrier, the Traffic Channel that the Traffic Channel that described micro-base station 1002 configures on bcch carrier and described macro base station 1001 configure on bcch carrier is cell separation altogether.
Preferably, described micro-base station 1002 is positioned in the traffic hot spot regional location group of described community, and the channel that described micro-base station 1002 configures on bcch carrier is Traffic Channel entirely.
Preferably, the channel that described micro-base station 1002 configures on bcch carrier comprises Traffic Channel and control channel.
Preferably, described micro-base station 1002 is positioned in the traffic hot spot regional location group of described community or is positioned in the weak overlay area set of locations of described community.
Preferably, described micro-base station 1002 is for making the Traffic Channel on bcch carrier use RFUGong community at grand network, and described macro base station 1001 is for passing through radio frequency unit RFU receiving and transmitting signal.Or described micro-base station 1002 is for making the Traffic Channel on bcch carrier use RRUGong community at grand network, described macro base station 1001 is for passing through RRU receiving and transmitting signal.
Concrete network system as shown in figure 13, this network system comprises macro base station, the micro-base station in set of locations 2, the micro-base station in set of locations 3, the micro-base station in set of locations 4 and the micro-base station in set of locations 5 in set of locations 1.Micro-base station in macro base station in set of locations 1 and other set of locations is all at TCH carrier wave (TCH TRX) and bcch carrier (BCCH TRX) configuration service channel.Wherein, micro-base station in macro base station in set of locations 1, set of locations 2, the micro-base station in set of locations 3 and the micro-base station in set of locations 4 be configuration service channel on bcch carrier also, and the whole Traffic Channels that configure on bcch carrier have comprised control channel and Traffic Channel.Set of locations 5 is the traffic hot spot regional location groups in described community, and the whole channels of the micro-base station in set of locations 5 on bcch carrier are configured to Traffic Channel entirely, and the traffic channel resource of the micro-base station in set of locations is fully discharged, and have promoted volume of business.In addition, for the signal in micronetwork can be taken over seamlessly, micro-base station in set of locations 2, the micro-base station in set of locations 3, the micro-base station in set of locations 4 and the micro-base station in set of locations 5 Traffic Channel on bcch carrier are used RFUGong community in grand network, macro base station in set of locations 1 is by radio frequency unit RFU receiving and transmitting signal, but it is still total to cell separation with micro-base station.
As shown in figure 14, the embodiment of the present invention 10 provides a kind of network equipment, comprising:
Acquiring unit 1101, for obtaining the customer volume of described micro-base station carrying;
Judging unit 1102, for judging whether the customer volume of described micro-base station carrying that described acquiring unit 1101 obtains is equal to or greater than the first predesignated subscriber and measures thresholding, and judge the whether community altogether of the Traffic Channel on bcch carrier with the macro base station of described community of Traffic Channel that described micro-base station configures on bcch carrier
Transmitting element 1103, if the customer volume carrying for the described judging unit 1102 described micro-base stations of judgement is equal to or greater than the first predesignated subscriber and measures thresholding, and the Traffic Channel of the macro base station that judges Traffic Channel that described micro-base station configures on bcch carrier and described community on bcch carrier community altogether, to described micro-base station, send described the first channel configuration information, described the first channel configuration information is the common cell separation of Traffic Channel on bcch carrier for the macro base station of the Traffic Channel on bcch carrier and described community by described micro-base station.
Preferably, described the first channel configuration information is also for configuring the Traffic Channel of micro-base station on BCCH channel of broadcast control carrier wave.
Preferably, described micro-base station is positioned in the traffic hot spot regional location group of described community, described the first channel configuration information is also for by described micro-base station, the channel on bcch carrier is all configured to Traffic Channel, fully to discharge the channel resource of described micro-base station on bcch carrier.
As shown in figure 15, the embodiment of the present invention 11 provides a kind of network equipment, comprising:
Acquiring unit 1201, for obtaining the customer volume of micro-base station carrying of community;
Judging unit 1202, for judging whether the customer volume of described micro-base station carrying that described acquiring unit 1201 obtains is less than or equal to the second predesignated subscriber and measures thresholding, and judge the whether cell separation altogether of the Traffic Channel on bcch carrier with the macro base station of described community of Traffic Channel that described micro-base station configures on bcch carrier;
Transmitting element 1203, if the customer volume carrying for the described judging unit 1202 described micro-base stations of judgement is less than or equal to the second predesignated subscriber and measures thresholding, and the Traffic Channel of the macro base station that judges Traffic Channel that described micro-base station configures on bcch carrier and described community on bcch carrier cell separation altogether, to described micro-base station, send described second channel configuration information, described second channel configuration information is the common community of Traffic Channel on bcch carrier for the macro base station of the Traffic Channel on bcch carrier and described community by described micro-base station.
Preferably, described judging unit 1202 is also for judging whether the channel that described micro-base station configures on bcch carrier is Traffic Channel entirely;
If the channel that described transmitting element 1203 also configures on bcch carrier for the described micro-base station of described judging unit judgement is Traffic Channel entirely, to described micro-base station, send described second channel configuration information, wherein, described second channel configuration information is also for by described micro-base station, the channel configuration on bcch carrier is control channel and Traffic Channel.
As shown in figure 15, the embodiment of the present invention 12 provides a kind of network equipment, comprising:
Receiving element 1301, the downstream signal measurement report sending for receiving user terminal, described user terminal is positioned at the set of locations at the place, micro-base station of community, the Traffic Channel of using described micro-base station to configure on bcch carrier, the Traffic Channel that described micro-base station configures on bcch carrier and the Traffic Channel of the macro base station of described community on bcch carrier be cell separation altogether;
Processing unit 1302, for the described downstream signal measurement report receiving according to described receiving element 1301, obtain the downlink signal quality of described user terminal, and whether the downlink signal quality that judges described user terminal is lower than signal quality thresholding, if the downlink signal quality of described user terminal lower than prearranged signal quality threshold, is switched described user terminal on the grand network of described community; Or, the described downstream signal measurement report receiving according to described receiving element 1301, obtain the downstream signal intensity of described user terminal, and whether the downstream signal intensity that judges described user terminal is lower than signal strength threshold, if the downstream signal intensity of described user terminal, lower than prearranged signal strength threshold, is switched described user terminal the grand network into described community.
Preferably, described processing unit 1302 is also for after whether the described downlink signal quality that judges described user terminal is lower than signal quality thresholding, if the downlink signal quality of described user terminal is lower than prearranged signal quality threshold, judge whether described user terminal exists the micronetwork that meets communication quality requirement service can be provided around, if described user terminal exists described micronetwork around, described user terminal is switched into described micronetwork; If described user terminal does not exist described micronetwork around, described user terminal is switched to the grand network into described community;
Or, described processing unit 1302 is also for after whether the described downlink signal quality that judges described user terminal is lower than signal quality thresholding, if the downlink signal quality of described user terminal is lower than prearranged signal quality threshold, find the network of optimal communication quality requirement service can be provided for described user terminal, if can be micronetwork for described user terminal provides the network of optimal communication quality requirement service, described user terminal be switched into described micronetwork; If can be grand network for described user terminal provides the network of optimal communication quality requirement service, described user terminal be switched into described grand network;
Or, described processing unit 1302 is also for after whether the described downstream signal intensity that judges described user terminal is lower than signal strength threshold, if the downstream signal intensity of described user terminal is lower than prearranged signal strength threshold, judge whether described user terminal exists the micronetwork that meets communication quality requirement service can be provided around, if described user terminal exists described micronetwork around, described user terminal is switched into described micronetwork; If described user terminal does not exist described micronetwork around, described user terminal is switched to the grand network into described community;
Or, described processing unit 1302 is also for after whether the described downstream signal intensity that judges described user terminal is lower than signal strength threshold, if the downstream signal intensity of described user terminal is lower than prearranged signal strength threshold, find the network of optimal communication quality requirement service can be provided for described user terminal, described network comprises micronetwork and grand network, if described network is micronetwork, described user terminal is switched into described micronetwork; If described network is grand network, described user terminal is switched into described grand network.
As shown in figure 16, the embodiment of the present invention 13 provides a kind of network equipment, is applied to the community based on grand micronetwork structure, and described community comprises macro base station and micro-base station, and described network equipment comprises:
Receiving element 1401, the downstream signal measurement report sending for receiving user terminal, wherein, described user terminal access is on the grand network of community, the Traffic Channel of using the macro base station of described community to configure on bcch carrier, and described user terminal is positioned at the set of locations at the place, micro-base station of described community, the common cell separation of the Traffic Channel that described micro-base station configures on bcch carrier and the Traffic Channel of the macro base station of described community on bcch carrier;
Processing unit 1402, for the described downstream signal measurement report receiving according to described receiving element 1401, obtain the downlink signal quality of described user terminal, and whether the downlink signal quality that judges described user terminal is lower than signal quality thresholding, if the downlink signal quality of described user terminal, lower than prearranged signal quality threshold, is switched described user terminal the micronetwork into place, described micro-base station; Or, the described downstream signal measurement report that network equipment receives according to described receiving element 1401, obtain the downstream signal intensity of described user terminal, and whether the downstream signal intensity that judges described user terminal is lower than signal strength threshold, if the downstream signal intensity of described user terminal, lower than prearranged signal strength threshold, is switched described user terminal the micronetwork into place, described micro-base station.
As shown in figure 17, the embodiment of the present invention 14 provides a kind of network equipment, is applied to the community based on grand micronetwork structure, and described community comprises first micro-base station and second micro-base station, and described network equipment comprises:
Receiving element 1501, the downstream signal measurement report sending for receiving user terminal, wherein, described user terminal is positioned at described overlapping region, the Traffic Channel that first micro-base station of use community configures on bcch carrier, the second Traffic Channel of micro-base station on bcch carrier of the Traffic Channel that described first micro-base station configures on bcch carrier and described community be cell separation altogether, and the set of locations at the set of locations at described the first place, micro-base station and described the second place, micro-base station has overlapped region;
Processing unit 1502, for the described downstream signal measurement report receiving according to described receiving element 1501, obtain the downlink signal quality of described user terminal, and whether the downlink signal quality that judges described user terminal is lower than signal quality thresholding, if the downlink signal quality of described user terminal, lower than prearranged signal quality threshold, is switched described user terminal the micronetwork into described the second place, micro-base station; Or, the described downstream signal measurement report that network equipment receives according to described receiving element 1501, obtain the downstream signal intensity of described user terminal, and whether the downstream signal intensity that judges described user terminal is lower than signal strength threshold, if the downstream signal intensity of described user terminal, lower than prearranged signal strength threshold, is switched described user terminal the micronetwork into described the second place, micro-base station.
As shown in figure 18, the embodiment of the present invention 15 provides a kind of micro-base station, comprising: receiver 1601 and the processor 1602 being connected with described receiver 1601.
The first channel configuration information that described receiver 1601 sends for obtaining network equipment, described the first channel configuration information is for configuring the Traffic Channel of micro-base station on BCCH channel of broadcast control carrier wave, the Traffic Channel common cell separation of the macro base station of the Traffic Channel of described micro-base station on bcch carrier and described community on bcch carrier;
Described first channel configuration information of described processor 1602 for obtaining according to described receiver 1601, the Traffic Channel on configuration bcch carrier.
Preferably, described micro-base station is positioned in the traffic hot spot regional location group of described community, and described the first channel configuration information is also for by micro-base station, the channel on bcch carrier is all configured to Traffic Channel.
Preferably, described the first channel configuration information is also for configuring the control channel of micro-base station on bcch carrier; Described the first channel configuration information that described processor 1602 obtains according to described receiver 1601 configures control channel on bcch carrier.
Preferably, described the first channel configuration information is also for configuring the control channel of described micro-base station on bcch carrier; Described processor 1602 is described the first channel configuration information for obtaining according to described receiver 1601 also, configures control channel on bcch carrier.
Preferably, described micro-base station is positioned in the traffic hot spot regional location group of described community or is positioned in the weak overlay area set of locations of described community.
Preferably, described the first channel configuration information also for by described micro-base station the Traffic Channel on bcch carrier at grand network, use radio frequency unit RFUGong community, described macro base station is used RFU receiving and transmitting signal.Or, described the first channel configuration information also for by described micro-base station the Traffic Channel on bcch carrier at grand network, use altogether community of radio frequency remote unit RRU, described macro base station is used RRU receiving and transmitting signal.
Preferably, described the first channel configuration information cell separation altogether of the Traffic Channel on bcch carrier for the macro base station of the Traffic Channel on bcch carrier and described community by described micro-base station also; Described processor 1602 is also for according to described the first channel configuration information, and the Traffic Channel by described micro-base station on bcch carrier and the Traffic Channel of the macro base station of described community on bcch carrier be cell separation altogether.
As shown in figure 19, the embodiment of the present invention 16 provides a kind of network equipment, comprising: processor 1701 and the reflector 1702 being connected with described processor 1701.
Described processor 1701 is for obtaining the customer volume of described micro-base station carrying, and for judging whether the customer volume of described micro-base station carrying is equal to or greater than the first predesignated subscriber and measures thresholding, and judge the whether community altogether of the Traffic Channel on bcch carrier with the macro base station of described community of Traffic Channel that described micro-base station configures on bcch carrier
If the customer volume that described reflector 1702 carries for the described processor 1701 described micro-base stations of judgement is equal to or greater than the first predesignated subscriber and measures thresholding, and the Traffic Channel of the macro base station of the Traffic Channel that configures on bcch carrier of described micro-base station and described community on bcch carrier community altogether, to described micro-base station, send described the first channel configuration information, described the first channel configuration information is the common cell separation of Traffic Channel on bcch carrier for the macro base station of the Traffic Channel on bcch carrier and described community by described micro-base station.
Preferably, described the first channel configuration information is also for configuring the Traffic Channel of micro-base station on BCCH channel of broadcast control carrier wave.
Preferably, described micro-base station is positioned in the traffic hot spot regional location group of described community, and described the first channel configuration information is also for by described micro-base station, the channel on bcch carrier is all configured to Traffic Channel.
As shown in figure 20, the embodiment of the present invention 17 provides a kind of network equipment, comprising: processor 1801 and the reflector 1802 being connected with described processor 1801.
Described processor 1801 is for obtaining the customer volume of described micro-base station carrying, and for judging whether the customer volume of described micro-base station carrying is less than or equal to the second predesignated subscriber and measures thresholding, and judge the whether cell separation altogether of the Traffic Channel on bcch carrier with the macro base station of described community of Traffic Channel that described micro-base station configures on bcch carrier;
If the customer volume that described reflector 1802 carries for the described processor 1801 described micro-base stations of judgement is less than or equal to the second predesignated subscriber and measures thresholding, and the Traffic Channel of the macro base station of the Traffic Channel that configures on bcch carrier of described micro-base station and described community on bcch carrier cell separation altogether, to described micro-base station, send described second channel configuration information, described second channel configuration information is the common community of Traffic Channel on bcch carrier for the macro base station of the Traffic Channel on bcch carrier and described community by described micro-base station.
Preferably, described processor 1801 is also for judging whether the channel that described micro-base station configures on bcch carrier is Traffic Channel entirely;
If the channel that described reflector 1802 also configures on bcch carrier for the described processor 1801 described micro-base stations of judgement is Traffic Channel entirely, to described micro-base station, send described second channel configuration information, wherein, described second channel configuration information is also for by described micro-base station, the channel configuration on bcch carrier is control channel and Traffic Channel.
As shown in figure 21, the embodiment of the present invention 18 provides a kind of network equipment, comprising: receiver 1901 and the processor 1902 being connected with described receiver 1901.
The downstream signal measurement report that described receiver 1901 sends for receiving user terminal, described user terminal is positioned at the set of locations at the place, micro-base station of community, the Traffic Channel of using described micro-base station to configure on bcch carrier, the Traffic Channel that described micro-base station configures on bcch carrier and the Traffic Channel of the macro base station of described community on bcch carrier be cell separation altogether;
The described downstream signal measurement report of described processor 1902 for receiving according to described receiver 1901, obtain the downlink signal quality of described user terminal, and whether the downlink signal quality that judges described user terminal is lower than signal quality thresholding, if the downlink signal quality of described user terminal lower than prearranged signal quality threshold, is switched described user terminal on the grand network of described community; Or, for the described downstream signal measurement report receiving according to described receiver 1901, obtain the downstream signal intensity of described user terminal, and whether the downstream signal intensity that judges described user terminal is lower than signal strength threshold, if the downstream signal intensity of described user terminal, lower than prearranged signal strength threshold, is switched described user terminal the grand network into described community.
Preferably, described processor 1902 is also for after whether the described downlink signal quality that judges described user terminal is lower than signal quality thresholding, if the downlink signal quality of described user terminal is lower than prearranged signal quality threshold, judge whether described user terminal exists the micronetwork that meets communication quality requirement service can be provided around, if described user terminal exists described micronetwork around, described user terminal is switched into described micronetwork; If described user terminal does not exist described micronetwork around, described user terminal is switched to the grand network into described community;
Or, described processor 1902 is also for after whether the described downlink signal quality that judges described user terminal is lower than signal quality thresholding, if the downlink signal quality of described user terminal is lower than prearranged signal quality threshold, find the network of optimal communication quality requirement service can be provided for described user terminal, if can be micronetwork for described user terminal provides the network of optimal communication quality requirement service, described user terminal be switched into described micronetwork; If can be grand network for described user terminal provides the network of optimal communication quality requirement service, described user terminal be switched into described grand network;
Or, described processor 1902 is also for after whether the described downstream signal intensity that judges described user terminal is lower than signal strength threshold, if the downstream signal intensity of described user terminal is lower than prearranged signal strength threshold, judge whether described user terminal exists the micronetwork that meets communication quality requirement service can be provided around, if described user terminal exists described micronetwork around, described user terminal is switched into described micronetwork; If described user terminal does not exist described micronetwork around, described user terminal is switched to the grand network into described community;
Or, described processor 1902 is also for after whether the described downstream signal intensity that judges described user terminal is lower than signal strength threshold, if the downstream signal intensity of described user terminal is lower than prearranged signal strength threshold, find the network of optimal communication quality requirement service can be provided for described user terminal, described network comprises micronetwork and grand network, if described network is micronetwork, described user terminal is switched into described micronetwork; If described network is grand network, described user terminal is switched into described grand network.
As shown in figure 22, the embodiment of the present invention 19 provides a kind of network equipment, be applied to the community based on grand micronetwork structure, described community comprises macro base station and micro-base station, the Traffic Channel that described micro-base station configures on bcch carrier and the Traffic Channel of the macro base station of described community on bcch carrier be cell separation altogether, and described network equipment comprises: receiver 2001 and the processor 2002 being connected with described receiver 2001.
The downstream signal measurement report that described receiver 2001 sends for receiving user terminal, wherein, described user terminal access is on the grand network of described community, the Traffic Channel of using described macro base station to configure on bcch carrier, and described user terminal is positioned at the set of locations at place, described micro-base station;
The described downstream signal measurement report of described processor 2002 for receiving according to described receiver 2001, obtain the downlink signal quality of described user terminal, and whether the downlink signal quality that judges described user terminal is lower than signal quality thresholding, if the downlink signal quality of described user terminal, lower than prearranged signal quality threshold, is switched described user terminal the micronetwork into place, described micro-base station; Or, the described downstream signal measurement report that network equipment receives according to described receiver 2001, obtain the downstream signal intensity of described user terminal, and whether the downstream signal intensity that judges described user terminal is lower than signal strength threshold, if the downstream signal intensity of described user terminal, lower than prearranged signal strength threshold, is switched described user terminal the micronetwork into place, described micro-base station.
Described network equipment can be radio network controller.
As shown in figure 23, the embodiment of the present invention 20 provides a kind of network equipment, be applied to the community based on grand micronetwork structure, described community comprises first micro-base station and second micro-base station, the Traffic Channel that described first micro-base station configures on bcch carrier and described the second Traffic Channel of micro-base station on bcch carrier be cell separation altogether, the set of locations at the set of locations at described the first place, micro-base station and described the second place, micro-base station has overlapped region, and described network equipment comprises: receiver 2101 and the processor 2102 being connected with described receiver 2101.
The downstream signal measurement report that described receiver 2101 sends for receiving user terminal, wherein, described user terminal is positioned at described overlapping region, the Traffic Channel of using described first micro-base station to configure on bcch carrier;
The described downstream signal measurement report of described processor 2102 for receiving according to described receiver 2101, obtain the downlink signal quality of described user terminal, and whether the downlink signal quality that judges described user terminal is lower than signal quality thresholding, if the downlink signal quality of described user terminal, lower than prearranged signal quality threshold, is switched described user terminal the micronetwork into described the second place, micro-base station; Or, the described downstream signal measurement report that network equipment receives according to described receiver 2101, obtain the downstream signal intensity of described user terminal, and whether the downstream signal intensity that judges described user terminal is lower than signal strength threshold, if the downstream signal intensity of described user terminal, lower than prearranged signal strength threshold, is switched described user terminal the micronetwork into described the second place, micro-base station.
Described network equipment can be radio network controller.
In specific implementation, the present invention also provides a kind of computer-readable storage medium, wherein, this computer-readable storage medium can have program stored therein, and can comprise the part or all of step in each embodiment of the exchange configuration method based on virtual networking provided by the invention while carrying out to program.Described storage medium can be magnetic disc, CD, read-only store-memory body (Read-Only Memory, ROM) or random store-memory body (Random Access Memory, RAM) etc.
A kind of channel arrangement method and the relevant device that above the embodiment of the present invention are provided are described in detail, applied specific case herein principle of the present invention and execution mode are set forth, the explanation of above embodiment is just for helping to understand method of the present invention and core concept thereof; , for one of ordinary skill in the art, according to thought of the present invention, all will change in specific embodiments and applications, in sum, this description should not be construed as limitation of the present invention meanwhile.

Claims (36)

1. a channel arrangement method, is characterized in that, comprising:
Micro-base station obtains the first channel configuration information that network equipment sends, described the first channel configuration information is for configuring the Traffic Channel of micro-base station on BCCH channel of broadcast control carrier wave, the Traffic Channel common cell separation of the macro base station of the Traffic Channel of described micro-base station on bcch carrier and described community on bcch carrier;
Described micro-base station, according to described the first channel configuration information, configures the Traffic Channel on bcch carrier.
2. channel arrangement method according to claim 1, it is characterized in that, described micro-base station is positioned in the traffic hot spot regional location group of described community, and described the first channel configuration information is also for by micro-base station, the channel on bcch carrier is all configured to Traffic Channel.
3. channel arrangement method according to claim 1, is characterized in that, also comprises: described the first channel configuration information is also for configuring the control channel of described micro-base station on bcch carrier; Described micro-base station, according to described the first channel configuration information, configures control channel on bcch carrier.
4. according to the channel arrangement method described in claims 1 to 3 any one, it is characterized in that, described micro-base station is positioned in the traffic hot spot regional location group of described community or is positioned in the weak overlay area set of locations of described community.
5. according to the channel arrangement method described in claim 1 to 4 any one, it is characterized in that, also comprise:
Described the first channel configuration information also for by described micro-base station the Traffic Channel on bcch carrier at grand network, use radio frequency unit RFUGong community, described macro base station is used RFU receiving and transmitting signal;
Or, described the first channel configuration information also for by described micro-base station the Traffic Channel on bcch carrier at grand network, use altogether community of radio frequency remote unit RRU, described macro base station is used RRU receiving and transmitting signal.
6. according to the channel arrangement method described in claim 1 to 5 any one, it is characterized in that, also comprise:
Described network equipment obtains the customer volume of described micro-base station carrying;
After described network equipment obtains the customer volume of described micro-base station carrying, described network equipment judges whether the customer volume of described micro-base station carrying is equal to or greater than the first predesignated subscriber and measures thresholding, and judge the whether community altogether of the Traffic Channel on bcch carrier with the macro base station of described community of Traffic Channel that described micro-base station configures on bcch carrier, if judgment result is that, the customer volume of described micro-base station carrying is equal to or greater than the first predesignated subscriber and measures thresholding, and the Traffic Channel that described micro-base station configures on bcch carrier and the Traffic Channel of the macro base station of described community on bcch carrier be community altogether, to described micro-base station, send described the first channel configuration information, described the first channel configuration information is the cell separation altogether of the Traffic Channel on bcch carrier for the macro base station of the Traffic Channel on bcch carrier and described community by described micro-base station also,
Described micro-base station is after obtaining described first channel configuration information of described network equipment transmission, according to described the first channel configuration information, the Traffic Channel by described micro-base station on bcch carrier and the Traffic Channel of the macro base station of described community on bcch carrier be cell separation altogether.
7. a channel arrangement method, is characterized in that, comprising:
Network equipment obtains the customer volume of micro-base station carrying of community;
Network equipment judges whether the customer volume of described micro-base station carrying is equal to or greater than the first predesignated subscriber and measures thresholding, and judge the whether community altogether of the Traffic Channel on bcch carrier with the macro base station of described community of Traffic Channel that described micro-base station configures on BCCH channel of broadcast control carrier wave, if judgment result is that, the customer volume of described micro-base station carrying is equal to or greater than the first predesignated subscriber and measures thresholding, and the Traffic Channel that described micro-base station configures on bcch carrier and the Traffic Channel of the macro base station of described community on bcch carrier be community altogether, to described micro-base station, send described the first channel configuration information, described the first channel configuration information is the common cell separation of Traffic Channel on bcch carrier for the macro base station of the Traffic Channel on bcch carrier and described community by described micro-base station.
8. channel arrangement method according to claim 7, is characterized in that, described the first channel configuration information is also for configuring the Traffic Channel of micro-base station on bcch carrier.
9. channel arrangement method according to claim 8, it is characterized in that, described micro-base station is positioned in the traffic hot spot regional location group of described community, and described the first channel configuration information is also for by described micro-base station, the channel on bcch carrier is all configured to Traffic Channel.
10. a channel arrangement method, is characterized in that, comprising:
Network equipment obtains the customer volume of micro-base station carrying of community;
Network equipment judges whether the customer volume of described micro-base station carrying is less than or equal to the second predesignated subscriber and measures thresholding, and judge the whether cell separation altogether of the Traffic Channel on bcch carrier with the macro base station of described community of Traffic Channel that described micro-base station configures on BCCH channel of broadcast control carrier wave, if judgment result is that, the customer volume of described micro-base station carrying is less than or equal to the second predesignated subscriber and measures thresholding, and the Traffic Channel that described micro-base station configures on bcch carrier and the Traffic Channel of the macro base station of described community on bcch carrier be cell separation altogether, to described micro-base station, send described second channel configuration information, described second channel configuration information is the common community of Traffic Channel on bcch carrier for the macro base station of the Traffic Channel on bcch carrier and described community by described micro-base station.
11. channel arrangement methods according to claim 10, is characterized in that, described micro-base station sends described second channel configuration information and also comprises:
Described network equipment judges whether the channel that described micro-base station configures on bcch carrier is Traffic Channel entirely, if the channel that described micro-base station configures on bcch carrier is Traffic Channel entirely, to described micro-base station, send described second channel configuration information, wherein, described second channel configuration information is also for by described micro-base station, the channel configuration on bcch carrier is control channel and Traffic Channel.
12. 1 kinds of method for switching network, is characterized in that, comprising:
Network equipment receives the downstream signal measurement report that user terminal sends, described user terminal is positioned at the set of locations at the place, micro-base station of community, the Traffic Channel of using described micro-base station to configure on BCCH channel of broadcast control carrier wave, the Traffic Channel that described micro-base station configures on bcch carrier and the Traffic Channel of the macro base station of described community on bcch carrier be cell separation altogether;
Network equipment is according to described downstream signal measurement report, obtain the downlink signal quality of described user terminal, and whether the downlink signal quality that judges described user terminal is lower than signal quality thresholding, if the downlink signal quality of described user terminal, lower than prearranged signal quality threshold, is switched described user terminal the grand network into described community; Or, network equipment is according to described downstream signal measurement report, obtain the downstream signal intensity of described user terminal, and whether the downstream signal intensity that judges described user terminal is lower than signal strength threshold, if the downstream signal intensity of described user terminal, lower than prearranged signal strength threshold, is switched described user terminal the grand network into described community.
13. method for switching network according to claim 12, is characterized in that, after whether the described downlink signal quality that judges described user terminal is lower than signal quality thresholding, described method also comprises:
If the downlink signal quality of described user terminal is lower than prearranged signal quality threshold, judge whether described user terminal exists the micronetwork that meets communication quality requirement service can be provided around, if described user terminal exists described micronetwork around, described user terminal is switched into described micronetwork; If described user terminal does not exist described micronetwork around, described user terminal is switched to the grand network into described community;
Or, if the downlink signal quality of described user terminal is lower than prearranged signal quality threshold, find the network of optimal communication quality requirement service can be provided for described user terminal, if can be micronetwork for described user terminal provides the network of optimal communication quality requirement service, described user terminal be switched into described micronetwork; If can be grand network for described user terminal provides the network of optimal communication quality requirement service, described user terminal be switched into described grand network;
Or after whether the described downstream signal intensity that judges described user terminal is lower than signal strength threshold, described method also comprises:
If the downstream signal intensity of described user terminal is lower than prearranged signal strength threshold, judge whether described user terminal exists the micronetwork that meets communication quality requirement service can be provided around, if described user terminal exists described micronetwork around, described user terminal is switched into described micronetwork; If described user terminal does not exist described micronetwork around, described user terminal is switched to the grand network into described community;
Or, if the downstream signal intensity of described user terminal is lower than prearranged signal strength threshold, find the network of optimal communication quality requirement service can be provided for described user terminal, described network comprises micronetwork and grand network, if described network is micronetwork, described user terminal is switched into described micronetwork; If described network is grand network, described user terminal is switched into described grand network.
14. 1 kinds of method for switching network, is characterized in that, comprising:
Network equipment receives the downstream signal measurement report that user terminal sends, wherein, described user terminal access is on the grand network of community, the Traffic Channel of using the macro base station of described community to configure on BCCH channel of broadcast control carrier wave, and described user terminal is positioned at the set of locations at the place, micro-base station of described community; The Traffic Channel that micro-base station of described community configures on bcch carrier and the Traffic Channel of the macro base station of described community on bcch carrier be cell separation altogether,
Network equipment is according to described downstream signal measurement report, obtain the downlink signal quality of described user terminal, and whether the downlink signal quality that judges described user terminal is lower than signal quality thresholding, if the downlink signal quality of described user terminal, lower than prearranged signal quality threshold, is switched described user terminal the micronetwork into place, described micro-base station; Or, network equipment is according to described downstream signal measurement report, obtain the downstream signal intensity of described user terminal, and whether the downstream signal intensity that judges described user terminal is lower than signal strength threshold, if the downstream signal intensity of described user terminal, lower than prearranged signal strength threshold, is switched described user terminal the micronetwork into place, described micro-base station.
15. 1 kinds of method for switching network, is characterized in that, comprising:
Network equipment receives the downstream signal measurement report that user terminal sends, wherein, described user terminal is positioned at described overlapping region, the Traffic Channel that first micro-base station of use community configures on BCCH channel of broadcast control carrier wave, described community also comprises second micro-base station, the Traffic Channel that described first micro-base station configures on bcch carrier and described the second Traffic Channel of micro-base station on bcch carrier be cell separation altogether, and the set of locations at the set of locations at described the first place, micro-base station and described the second place, micro-base station has overlapped region;
Network equipment is according to described downstream signal measurement report, obtain the downlink signal quality of described user terminal, and whether the downlink signal quality that judges described user terminal is lower than signal quality thresholding, if the downlink signal quality of described user terminal, lower than prearranged signal quality threshold, is switched described user terminal the micronetwork into described the second place, micro-base station; Or, network equipment is according to described downstream signal measurement report, obtain the downstream signal intensity of described user terminal, and whether the downstream signal intensity that judges described user terminal is lower than signal strength threshold, if the downstream signal intensity of described user terminal, lower than prearranged signal strength threshold, is switched described user terminal the micronetwork into described the second place, micro-base station.
16. 1 kinds of micro-base stations, is characterized in that, comprising:
Acquiring unit, the first channel configuration information sending for obtaining network equipment, described the first channel configuration information is for configuring the Traffic Channel of micro-base station on BCCH channel of broadcast control carrier wave, the Traffic Channel common cell separation of the macro base station of the Traffic Channel of described micro-base station on bcch carrier and described community on bcch carrier;
Dispensing unit, for described the first channel configuration information obtaining according to described acquiring unit, the Traffic Channel on configuration bcch carrier.
17. micro-base stations according to claim 16, it is characterized in that, described micro-base station is positioned in the traffic hot spot regional location group of described community, and described the first channel configuration information is also for by micro-base station, the channel on bcch carrier is all configured to Traffic Channel.
18. micro-base stations according to claim 16, is characterized in that, described the first channel configuration information is also for configuring the control channel of described micro-base station on bcch carrier; Described dispensing unit is described the first channel configuration information for obtaining according to described acquiring unit also, configures control channel on bcch carrier.
19. micro-base stations according to claim 18, is characterized in that, described micro-base station is positioned in the traffic hot spot regional location group of described community or is positioned in the weak overlay area set of locations of described community.
20. according to claim 16 to the micro-base station described in 19 any one, it is characterized in that,
Described the first channel configuration information also for by described micro-base station the Traffic Channel on bcch carrier at grand network, use radio frequency unit RFUGong community, described macro base station is used radio frequency unit RFU receiving and transmitting signal;
Or, described the first channel configuration information also for by described micro-base station the Traffic Channel on bcch carrier at grand network, use altogether community of radio frequency remote unit RRU, described macro base station is used RRU receiving and transmitting signal.
21. according to claim 16 to the micro-base station described in 20 any one, it is characterized in that,
Described the first channel configuration information is the cell separation altogether of the Traffic Channel on bcch carrier for the macro base station of the Traffic Channel on bcch carrier and described community by described micro-base station also;
Described dispensing unit is also for according to described the first channel configuration information, and the Traffic Channel by described micro-base station on bcch carrier and the Traffic Channel of the macro base station of described community on bcch carrier be cell separation altogether.
22. 1 kinds of network systems, is characterized in that, comprise network equipment and the micro-base station as described in claim 16 to 20 any one, and described network equipment is for sending described the first channel configuration information to described micro-base station.
23. 1 kinds of network systems, is characterized in that, comprising:
Macro base station, for configuration service channel on BCCH channel of broadcast control carrier wave;
Micro-base station, for the configuration service channel on bcch carrier, the Traffic Channel that the Traffic Channel that described micro-base station configures on bcch carrier and described macro base station configure on bcch carrier is cell separation altogether.
24. network systems according to claim 23, is characterized in that, described micro-base station is positioned in the traffic hot spot regional location group of described community, and the channel that described micro-base station configures on bcch carrier is Traffic Channel entirely.
25. network systems according to claim 23, is characterized in that, the channel that described micro-base station configures on bcch carrier comprises Traffic Channel and control channel.
26. according to the network system described in claim 23 to 25 any one, it is characterized in that, described micro-base station is positioned in the traffic hot spot regional location group of described community or is positioned in the weak overlay area set of locations of described community.
27. according to the network system described in claim 23 to 26 any one, it is characterized in that,
Described micro-base station is for making the Traffic Channel on bcch carrier use radio frequency unit RFUGong community at grand network, and described macro base station is for passing through RFU receiving and transmitting signal;
Or described micro-base station is for making the Traffic Channel on bcch carrier use RRUGong community at grand network, described macro base station is for passing through radio frequency remote unit RRU receiving and transmitting signal.
28. 1 kinds of network equipments, is characterized in that, comprising:
Acquiring unit, for obtaining the customer volume of described micro-base station carrying;
Judging unit, for judging whether the customer volume of described micro-base station carrying that described acquiring unit obtains is equal to or greater than the first predesignated subscriber and measures thresholding, and judge the whether community altogether of the Traffic Channel on bcch carrier with the macro base station of described community of Traffic Channel that described micro-base station configures on BCCH channel of broadcast control carrier wave
Transmitting element, if the customer volume carrying for the described micro-base station of described judging unit judgement is equal to or greater than the first predesignated subscriber and measures thresholding, and the Traffic Channel of the macro base station that judges Traffic Channel that described micro-base station configures on bcch carrier and described community on bcch carrier community altogether, to described micro-base station, send described the first channel configuration information, described the first channel configuration information is the common cell separation of Traffic Channel on bcch carrier for the macro base station of the Traffic Channel on bcch carrier and described community by described micro-base station.
29. network equipments according to claim 28, is characterized in that, described the first channel configuration information is also for configuring the Traffic Channel of micro-base station on BCCH channel of broadcast control carrier wave.
30. network equipments according to claim 29, it is characterized in that, described micro-base station is positioned in the traffic hot spot regional location group of described community, and described the first channel configuration information is also for by described micro-base station, the channel on bcch carrier is all configured to Traffic Channel.
31. 1 kinds of network equipments, is characterized in that, comprising:
Acquiring unit, for obtaining the customer volume of micro-base station carrying of community;
Judging unit, for judging whether the customer volume of described micro-base station carrying that described acquiring unit obtains is less than or equal to the second predesignated subscriber and measures thresholding, and judge the whether cell separation altogether of the Traffic Channel on bcch carrier with the macro base station of described community of Traffic Channel that described micro-base station configures on BCCH channel of broadcast control carrier wave;
Transmitting element, if the customer volume carrying for the described micro-base station of described judging unit judgement is less than or equal to the second predesignated subscriber and measures thresholding, and the Traffic Channel of the macro base station that judges Traffic Channel that described micro-base station configures on bcch carrier and described community on bcch carrier cell separation altogether, to described micro-base station, send described second channel configuration information, described second channel configuration information is the common community of Traffic Channel on bcch carrier for the macro base station of the Traffic Channel on bcch carrier and described community by described micro-base station.
32. network equipments according to claim 31, is characterized in that,
Described judging unit is also for judging whether the channel that described micro-base station configures on bcch carrier is Traffic Channel entirely;
If the channel that described transmitting element also configures on bcch carrier for the described micro-base station of described judging unit judgement is Traffic Channel entirely, to described micro-base station, send described second channel configuration information, wherein, described second channel configuration information is also for by described micro-base station, the channel configuration on bcch carrier is control channel and Traffic Channel.
33. 1 kinds of network equipments, is characterized in that, comprising:
Receiving element, the downstream signal measurement report sending for receiving user terminal, described user terminal is positioned at the set of locations at the place, micro-base station of community, the Traffic Channel of using described micro-base station to configure on BCCH channel of broadcast control carrier wave, the Traffic Channel that described micro-base station configures on bcch carrier and the Traffic Channel of the macro base station of described community on bcch carrier be cell separation altogether;
Processing unit, for the described downstream signal measurement report receiving according to described receiving element, obtain the downlink signal quality of described user terminal, and whether the downlink signal quality that judges described user terminal is lower than signal quality thresholding, if the downlink signal quality of described user terminal lower than prearranged signal quality threshold, is switched described user terminal on the grand network of described community; Or, for the described downstream signal measurement report receiving according to described receiving element, obtain the downstream signal intensity of described user terminal, and whether the downstream signal intensity that judges described user terminal is lower than signal strength threshold, if the downstream signal intensity of described user terminal, lower than prearranged signal strength threshold, is switched described user terminal the grand network into described community.
34. network equipments according to claim 33, is characterized in that,
Described processing unit is also for after whether the described downlink signal quality that judges described user terminal is lower than signal quality thresholding, if the downlink signal quality of described user terminal is lower than prearranged signal quality threshold, judge whether described user terminal exists the micronetwork that meets communication quality requirement service can be provided around, if described user terminal exists described micronetwork around, described user terminal is switched into described micronetwork; If described user terminal does not exist described micronetwork around, described user terminal is switched to the grand network into described community;
Or, described processing unit is also for after whether the described downlink signal quality that judges described user terminal is lower than signal quality thresholding, if the downlink signal quality of described user terminal is lower than prearranged signal quality threshold, find the network of optimal communication quality requirement service can be provided for described user terminal, if can be micronetwork for described user terminal provides the network of optimal communication quality requirement service, described user terminal be switched into described micronetwork; If can be grand network for described user terminal provides the network of optimal communication quality requirement service, described user terminal be switched into described grand network;
Or, described processing unit is also for after whether the described downstream signal intensity that judges described user terminal is lower than signal strength threshold, if the downstream signal intensity of described user terminal is lower than prearranged signal strength threshold, judge whether described user terminal exists the micronetwork that meets communication quality requirement service can be provided around, if described user terminal exists described micronetwork around, described user terminal is switched into described micronetwork; If described user terminal does not exist described micronetwork around, described user terminal is switched to the grand network into described community;
Or, described processing unit is also for after whether the described downstream signal intensity that judges described user terminal is lower than signal strength threshold, if the downstream signal intensity of described user terminal is lower than prearranged signal strength threshold, find the network of optimal communication quality requirement service can be provided for described user terminal, described network comprises micronetwork and grand network, if described network is micronetwork, described user terminal is switched into described micronetwork; If described network is grand network, described user terminal is switched into described grand network.
35. 1 kinds of network equipments, is characterized in that, comprising:
Receiving element, the downstream signal measurement report sending for receiving user terminal, wherein, described user terminal access is on the grand network of community, the Traffic Channel of using the macro base station of described community to configure on BCCH channel of broadcast control carrier wave, and described user terminal is positioned at the set of locations at the place, micro-base station of described community, the common cell separation of the Traffic Channel that described micro-base station configures on bcch carrier and the Traffic Channel of the macro base station of described community on bcch carrier;
Processing unit, for the described downstream signal measurement report receiving according to described receiving element, obtain the downlink signal quality of described user terminal, and whether the downlink signal quality that judges described user terminal is lower than signal quality thresholding, if the downlink signal quality of described user terminal, lower than prearranged signal quality threshold, is switched described user terminal the micronetwork into place, described micro-base station; Or, the described downstream signal measurement report that network equipment receives according to described receiving element, obtain the downstream signal intensity of described user terminal, and whether the downstream signal intensity that judges described user terminal is lower than signal strength threshold, if the downstream signal intensity of described user terminal, lower than prearranged signal strength threshold, is switched described user terminal the micronetwork into place, described micro-base station.
36. 1 kinds of network equipments, is characterized in that, comprising:
Receiving element, the downstream signal measurement report sending for receiving user terminal, wherein, described user terminal is positioned at described overlapping region, the Traffic Channel that first micro-base station of use community configures on BCCH channel of broadcast control carrier wave, the second Traffic Channel of micro-base station on bcch carrier of the Traffic Channel that described first micro-base station configures on bcch carrier and described community be cell separation altogether, and the set of locations at the set of locations at described the first place, micro-base station and described the second place, micro-base station has overlapped region;
Processing unit, for the described downstream signal measurement report receiving according to described receiving element, obtain the downlink signal quality of described user terminal, and whether the downlink signal quality that judges described user terminal is lower than signal quality thresholding, if the downlink signal quality of described user terminal, lower than prearranged signal quality threshold, is switched described user terminal the micronetwork into described the second place, micro-base station; Or, the described downstream signal measurement report that network equipment receives according to described receiving element, obtain the downstream signal intensity of described user terminal, and whether the downstream signal intensity that judges described user terminal is lower than signal strength threshold, if the downstream signal intensity of described user terminal, lower than prearranged signal strength threshold, is switched described user terminal the micronetwork into described the second place, micro-base station.
CN201380000946.1A 2013-07-24 2013-07-24 Channel arrangement method and equipment Active CN103650561B (en)

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
PCT/CN2013/080006 WO2015010274A1 (en) 2013-07-24 2013-07-24 Channel configuration method and device

Publications (2)

Publication Number Publication Date
CN103650561A true CN103650561A (en) 2014-03-19
CN103650561B CN103650561B (en) 2017-09-29

Family

ID=50253439

Family Applications (1)

Application Number Title Priority Date Filing Date
CN201380000946.1A Active CN103650561B (en) 2013-07-24 2013-07-24 Channel arrangement method and equipment

Country Status (2)

Country Link
CN (1) CN103650561B (en)
WO (1) WO2015010274A1 (en)

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105359566A (en) * 2014-05-23 2016-02-24 华为技术有限公司 Device and method for reducing interference of combined cell, base station and system
WO2017028581A1 (en) * 2015-08-14 2017-02-23 中兴通讯股份有限公司 Sc-mcch sending method and apparatus, and sc-ptm receiving method and apparatus

Family Cites Families (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
GB2359460A (en) * 2000-02-18 2001-08-22 Motorola Inc Relating uplink measurements to a specific subscriber unit of an identified cell in a cellular communication system
US20070213067A1 (en) * 2006-03-09 2007-09-13 Patrick Li Wireless communication handoffs within a macrocell
CN102685900A (en) * 2011-03-18 2012-09-19 中国移动通信集团公司 Method and device for allocating control channel resources during merging of multiple cells
CN102395133A (en) * 2011-08-10 2012-03-28 华为技术有限公司 Multi-site co-cell network building method, base band unit and radio remote unit and system
CN102421146B (en) * 2011-11-29 2014-12-10 中兴通讯股份有限公司 Method and device for realizing carrier service distribution

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105359566A (en) * 2014-05-23 2016-02-24 华为技术有限公司 Device and method for reducing interference of combined cell, base station and system
WO2017028581A1 (en) * 2015-08-14 2017-02-23 中兴通讯股份有限公司 Sc-mcch sending method and apparatus, and sc-ptm receiving method and apparatus
US10524191B2 (en) 2015-08-14 2019-12-31 Zte Corporation SC-MCCH sending method and device, and SC-PTM receiving method and device

Also Published As

Publication number Publication date
CN103650561B (en) 2017-09-29
WO2015010274A1 (en) 2015-01-29

Similar Documents

Publication Publication Date Title
Oughton et al. Assessing the capacity, coverage and cost of 5G infrastructure strategies: Analysis of the Netherlands
US11647547B2 (en) D2D communication method and D2D device
CN101951635B (en) Multi-card multi-standby communication device and gain tracking method of non-business card
US20140120926A1 (en) Method of operating base station and terminal in cellular telecommunication system for operating multiple beams
CN109743779B (en) Resource allocation method and device for shared base station
CN103731900A (en) User access mode selecting method under cell heterogeneous network
CN105580465A (en) Channel selection method and device
EP2916574A1 (en) Method and base station for sharing frequency spectrum
CN101964980B (en) Method and device for coordinating inter-cell interference
CN109561489A (en) A kind of portions of bandwidth configuration method, device and equipment
CN103763777A (en) Heterogeneous network control method and base station
CN103686828A (en) Inter-network-system measurement processing method and device
CN103220111B (en) A kind of method and apparatus that the carrier resource of common signal channel is allocated
CN103220684B (en) A kind of method of mobile communication, equipment and system covered based on common cell signal
CN106612559B (en) Time slot scheduling method and device
CN112468204B (en) Resource allocation method, device, storage medium and satellite communication system
CN103796283A (en) Method, equipment and system for selecting service cell
CN103109564B (en) The method of network switching and device, base station, base station controller
CN103650561A (en) Channel allocation method and equipment
CN106714145B (en) Identification distribution method and network equipment
EP2190233A1 (en) Method of assigning resource in wireless base station device, and the wireless base station device
CN104170309A (en) Resource management method and resource management device
CN111479288B (en) Cell switching method and system
CN115885558A (en) Method and apparatus for configuring a secondary uplink SUL
CN110050490B (en) Method and device for monitoring synchronous signals

Legal Events

Date Code Title Description
PB01 Publication
PB01 Publication
C10 Entry into substantive examination
SE01 Entry into force of request for substantive examination
GR01 Patent grant
GR01 Patent grant