CN101754229B - Communication overlay system for dynamic dispatching of carrier channel - Google Patents
Communication overlay system for dynamic dispatching of carrier channel Download PDFInfo
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- CN101754229B CN101754229B CN200810219545A CN200810219545A CN101754229B CN 101754229 B CN101754229 B CN 101754229B CN 200810219545 A CN200810219545 A CN 200810219545A CN 200810219545 A CN200810219545 A CN 200810219545A CN 101754229 B CN101754229 B CN 101754229B
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Abstract
The invention discloses a communication overlay system for dynamic dispatching of carrier channel, which includes n overlay networks. Each overlay network includes an information source node used for providing a carrier channel and an overlay node used for overlaying the signals carried by the carrier channel of the information source node on each independent space; the system a carrier router, which is respectively and electronically connected with n information source nodes of n overlay networks, and is electronically connected with n overlay nodes of n overlay networks; the communication between the information source node and the overlay node of each overlay network passes through the carrier router; and the carrier router dynamically dispatches the carrier channel between n information source nodes according to the actual demands of the overlay nodes. The communication overlay system for dynamic dispatching of carrier channel has the following advantages that: at first, the communication overlay system for dynamic dispatching of carrier channel breaks through thinking limitation and leads the dynamic dispatching of the resources of the carrier channel to be possible; secondary, the structure is simple, which can dynamically dispatch a plurality of overlay networks through the independent carrier router, thus being convenient for construction and lowering the reconstruction cost.
Description
[technical field]
The present invention relates to the utilization technology of carrier resource in the mobile communication covering system, relate in particular to a kind of communication overlay system of dynamic dispatching of carrier channel.
[technical background]
In the mobile communication covering system; Constantly perfect along with the deep development of networking and the network coverage; Basically, realize the target of any conversation whenever and wherever possible, significantly promote that the scarcity of network Mid Frequency resource becomes the maximum bottleneck of network development on the one hand but be accompanied by the network coverage; Network is sacrificed network index in a large number for the business demand that satisfies the user, makes the channel resource utilance reduce for exchanging capacity for; Periodic on the other hand sudden centralized traffic causes the wasting of resources more, reduces utilization rate of equipment and installations.
With Fig. 1 is example; If sub-district D1, D2 belong to the coverage of base station B1, B2 respectively among Fig. 1; If two base station B1, B2 respectively have the carrier channel resource that total amount is m as information source node; Then no matter be among sub-district D1 or the D2, maximum carrier channel quantity all is the same with information source node, is m.And the traffic carrying capacity of sub-district generally changes, and for example certain time period possibility traffic carrying capacity is less, only need carrier channel m_min seldom, and another one time period possibility traffic carrying capacity is very many, needs a lot of carrier channel m_max.In order to guarantee that sub-district D1 and D2 all can hold all business, need the value of m be established to maximum in theory, but the carrier resource of base station all is limited that m generally can only be made as a compromise numerical value in the practical application.Thereby when the carrier channel of certain period actual demand among the D1 of sub-district during greater than m, then base station B1 just can not satisfy all users' in its cell covered D1 business demand; If the traffic carrying capacity among the D2 of sub-district is less at this moment, occupied carrier channel number is less than m, for the B2 of base station, just cause the waste of carrier channel resource undoubtedly.
On the other hand; The actual traffic needs of sub-district D1, D2 is a variable, and it can change with the people's activities characteristics, if blindness is pursued a higher m value for the proper communication that guarantees the client; Will further influence the distribution of the resource of frequency range, reduce the utilance of carrier channel resource.
At present some coordination approach to the carrier channel resource are arranged also in the industry, but the channel adjustment between the overlay network inside that its method often is confined to extended by a base station, its thinking still has the space that can break through.How fully synthetically the carrier resource in the dispatching mobile communication overlay network is comparatively crucial in the industry technical barrier.
[summary of the invention]
The object of the present invention is to provide a kind of communication overlay system of dynamic dispatching of carrier channel, make between the overlay network and can dynamically share the carrier channel resource.
For realizing this purpose, the present invention adopts following technical scheme:
The communication overlay system of a kind of dynamic dispatching of carrier channel of the present invention comprises n overlay network, and each overlay network comprises:
Information source node is used to provide carrier channel;
Overlay node, the signal that the carrier channel of information source node is contained are realized covering on single separate space;
This system also comprises:
The carrier wave router; N information source node with a said n overlay network electrically connects respectively; And electrically connect with n overlay node of n overlay network; The information source node of each overlay network and the communication between the overlay node is all through wherein, its between a said n information source node according to the actual demand dynamic dispatching carrier channel of each said overlay node.
Said carrier wave router comprises:
Mix the unit, road, be used to accomplish and n information source node and n overlay node between electric connection, and make each overlay node all have the summation of the carrier channel of all information source node;
Scheduling unit is used to intercept and capture the signal of each overlay network and detects its actual demand for carrier channel, between at least two overlay networks, realizes the dynamic dispatching of carrier channel.
Unit, said mixed road comprises:
N is to communication link, and every pair of communication link inserts in the overlay network, includes down link and up link, and be respectively applied for the down link that is had with this overlay network and electrically be connected with up link,
Said descending/up link is provided with according to the flow direction of signal successively:
Go into modular converter, will convert electrical signal form into for identification from original signal form from the baseband signal that includes some carrier channels of information source node/overlay node;
Shunt module is shunted to n branch signal with the descending/uplink baseband signal behind the transition form;
Close the road module, the shunt module of the descending/up link of all communication links road branch signal after is along separate routes closed the road, be combined into descending/uplink baseband signal;
The carrier Control module is controlled each carrier channel through it, and carrier gains and on off state are set;
Going out modular converter, is that said original signal form exports overlay node/information source node to the baseband signal after the combination by electrical signal conversion.
Said scheduling unit comprises:
The traffic carrying capacity detecting unit specifically comprises n professional detection module, inserts respectively in each up link of unit, said mixed road, is used for calculating the business datum of the up link of current overlay network;
The monitoring host computer unit; Carrier Control module in the down link of itself and each overlay node, the traffic carrying capacity detection module in the up link electrically connect respectively; The monitoring host computer unit calculates the real time traffic in this up link according to the traffic data that each uplink service detection module produces; And relatively its whether approach current overlay node the distributing carrier wave resource can hold the upper limit of anti-traffic carrying capacity, if not, then continue the traffic carrying capacity of calculating and each up link of comparison; If, then carry out carrier dispatching, from the few overlay node of traffic carrying capacity, select the carrier channel that traffic carrying capacity is less, it is formulated in the big overlay node of traffic carrying capacity uses.
Said professional detection module comprises:
The professional monitoring means of carrier wave is used to detect the traffic carrying capacity of each carrier channel.Each carrier wave all needs an independently professional monitoring means, can monitor the traffic carrying capacity that obtains every carrier wave in real time.
Said information source node is base station and any one or multiple combination in the extended radio frequency stretch system in base station and Base Band Unit thereof, Remote Radio Unit.
Said overlay node is antenna and any one or multiple combination in the extended repeater of antenna, radio frequency stretch system and Base Band Unit thereof, Remote Radio Unit.
Compared with prior art, the present invention possesses following advantage:
At first, the applied dispatching method of the present invention has been broken through intrinsic thinking limitation, makes the dynamic dispatching of carrier channel resource between a plurality of base stations become possibility;
Secondly, the present invention realizes comparatively simple and easy from structure, through independently carrier wave router is provided, can makes existing a plurality of overlay networks of having deposited be able to connect, and realize the function of scheduling, and it is cheap to be convenient to construction and improvement cost.
Once more, when carrying out carrier dispatching, there is mechanism to let the online user automatically switch to idle carrier wave and proceeds communication, can not cause that the online user goes offline.
[description of drawings]
Fig. 1 is the coverage effect sketch map of existing communication overlay system;
Fig. 2 is the handling process sketch map of communication link in the carrier wave router of the present invention;
Fig. 3 is the structural representation of covering communication system of the present invention;
Fig. 4 is the structural representation when a pair of typical communication link combines with scheduling unit in the carrier wave router of the present invention.
[embodiment]
Below in conjunction with accompanying drawing and embodiment the present invention is further described:
See also Fig. 3, the communication overlay system of dynamic dispatching of carrier channel of the present invention is a systemic engineering, is applicable to that mobile communication carrier carries out the whole occasion that covers comprehensive Design.
In like manner, indication overlay node 91,92,93 is not limited to antenna or antenna-feedback system among Fig. 3, and it also can comprise the repeater that is connected with antenna, maybe can comprise Base Band Unit or Remote Radio Unit of radio frequency stretch system etc.
Generally; Carrier wave router that the present invention will be elaborated as follows and carrier channel scheduling method are applicable in the communication link at almost any place of communication overlay system; The object of its scheduling mainly is the carrier channel that signal used of communication link, not limited by embodiments of the invention for contained signal particular content of carrier channel and the concrete node device that relates to thereof.
The communication overlay system of Fig. 3 provides three overlay networks, is respectively:
First overlay network is made up of information source node 11 and overlay node 91;
Second overlay network is made up of information source node 12 and overlay node 92;
The 3rd overlay network is made up of information source node 13 and overlay node 93.
As previously mentioned, information source node 11,12,13 can comprise the base station of serial connection and the near-end Base Band Unit of radio frequency stretch system, overlay node 91,92,93 can comprise Remote Radio Unit that is connected with said Base Band Unit and the antenna-feedback system that is connected in series with Remote Radio Unit.Well-known, in the transmission course of the information source node of each overlay network and overlay node, all there are two communication links, be specially the down link of handling downstream signal and the up link of handling upward signal.The carrier dispatching process of carrier wave router 8 shown in Figure 3 just is being based on that up link and the down link of each overlay network (11 and 91,12 and 92,13 and 93) carry out.
Each overlay network is as shown in Figure 3, a side ports of its information source node 11,12,13 equal access carrier routers 8, and the opposite side port of 91,92,93 access carrier routers 8 of overlay node.Although it is also not shown among the figure; But owing to generally baseband signal is carried out the uplink and downlink transmission that is separated with the light signal form between information source node and the overlay node; Thereby the signal of carrier wave router 8 handled each overlay network all is to carry out during respectively to the up link of this overlay network and down link independent same.Specifically will in follow-up explanation, detail.
Carrier wave router 8 shown in Fig. 3 mainly comprises three parts; Be specially and mix unit, road 2, by n professional detection module 40 (consulting Fig. 4) a traffic carrying capacity detecting unit 4 that constitutes and a monitoring host computer unit 3 that plays the management control action, common formation scheduling unit between traffic carrying capacity detecting unit 4 and the monitoring host computer unit 3.
Mix unit, road 2 and include n communication link; Be used to accomplish and each information source node of n overlay network and the electric connection between each overlay node; Particularly; Each information source node has up link and down link, inserts respectively in the up link and down link of corresponding overlay node with it, and makes each overlay node all have the summation of the carrier channel of all overlay networks.Communication overlay system with three overlay networks only is shown in the present embodiment, thereby, variable n=3; In theory, the numerical value of n does not receive the restriction of the embodiment of the invention, and it can be any positive integer greater than 2; For the convenience of explaining; In the explanation below, still have the instance with the concrete number of n designate, those skilled in the art all know this and one refer to relation.
This scheduling unit is mainly used in the traffic carrying capacity of each carrier channel that detects each overlay node, and adds up to the traffic carrying capacity of overlay node according to the carrier channel that overlay node uses.If the traffic carrying capacity of certain overlay node near at full capacity, will be selected a relatively more idle carrier channel from another few overlay node of traffic carrying capacity, come this carrier channel scheduling to use.The work of scheduling unit is mainly accomplished by traffic carrying capacity detecting unit 4 and monitoring host computer unit 3 jointly.Traffic carrying capacity detecting unit 4 is made up of n professional detection module 40 (consulting Fig. 4); Do not have direct electrical connection between n the professional detection module 40; But electrically connect with this monitoring host computer unit 3 respectively; Monitoring host computer unit 3 need carry out the preset or adjustment of parameter to each professional detection module 40 in the traffic carrying capacity detecting unit 4 on the one hand, and on the other hand, each professional detection module 40 final data that produce and signal also will be submitted to this monitoring host computer unit 3 and focus on.
Fig. 4 shows the part of concrete structure of the carrier wave router 8 of the present invention of Fig. 3, it represented mix unit, road 2 in the carrier wave router 8 each to communication link and and professional detection module 40, monitoring host computer unit 3 between electrical connection and structure form.
Mix unit, road 2 and comprise n the communication link that constitutes jointly by down link and up link as shown in Figure 4; Each communication link inserts in the overlay network; Particularly; First overlay network of forming with information source node 11 and overlay node 91 is an example, and the down link of information source node 11 inserts behind incoming carrier router 8 in the down link shown in Figure 4 immediately among Fig. 3, after corresponding the processing, exports in the down link of overlay node 91.Principle when up is identical, also is after the up link of overlay node 91 among Fig. 3 gets into up link shown in Figure 4 one tunnel transmission, to be fed in the up link of information source node 11.Combination by Fig. 3 and Fig. 4 can be found out; Carrier channel scheduling method of the present invention is to the scheduling process of a plurality of overlay networks, be actually based on to the intercepting and capturing of the upward signal of each overlay network and downstream signal, processing, reduce the former link of feed-in again and realize.
See also Fig. 4; In down link; The signal of telecommunication is intercepted and captured and converted into to information source node going into modular converter 51 places, generally speaking, transmits with light signal, the signal of telecommunication or wireless signal between information source node and the overlay node; No matter concrete signal format how, being provided with of modular converter 51 of going into here is that mainly the conversion of signals with existing form is the signal of telecommunication that carrier wave router 8 can be discerned processing.In like manner, be provided with at the transmission end of this down link and go out modular converter 55 accordingly, its purpose is to be reduced into original signal format so that in the former link between feed-in information source node again and the overlay node with handling the back signal of telecommunication in this down link.Because mostly transmission medium at present comparatively commonly used is optical fiber, thereby present embodiment can to go out that modular converter 55 refers in particular to be that module is received/sent out to light with going into modular converter 51/.
Going into modular converter 51 and going out between the modular converter 55, according to the transmission direction of downstream signal, comprising shunt module 52 successively, close road module 53 and carrier Control module 54.
Please combine Fig. 3 and Fig. 4; The signal of telecommunication through going into after modular converter 51 is handled is the downgoing baseband signal that is derived from the current information source node; It includes several and belongs to the intrinsic carrier channel of current information source node; Said shunt module 52 is used for the downgoing baseband signal of current information source node is carried out shunt, is divided into n branch signal, sends into closing in the road module 53 of n overlay node respectively.The closing road module 53 and distribute the branch signal that comes of each overlay node except receiving one tunnel current link shunt module 52; Also receive the input of each one road branch signal of other n-1 information source node; Because each branch signal has all comprised all carrier channels of the information source node under it; Thereby; The road module 53 of closing shown in Figure 4 is closed behind the road in the formed composite downstream baseband signal from various information source node branch signal n, will comprise all carrier channels from all information source node, also is the summation of all carrier channels of whole communication overlay system.
The a pair of communication link that is merely carrier wave router 8 shown in Figure 4, for remaining communication link too, the down link of every pair of communication link close the summation that road module 53 all obtains all carrier channels of whole communication overlay system.
Close in the composite downstream baseband signal that forms behind the road and comprised all carrier channels although close road module 53,, what carrier channels overlay node opens, and can be provided with through carrier Control module 54.Carrier Control module 54 is provided with different pad values according to the information that is provided with of monitoring host computer 3 to each descending carrier channel, until opening carrier channel or close.
Carrier Control module 54 in the down link shown in Figure 4; It can receive the instruction of said monitoring host computer unit 3; To controlling step by step several times through the pad value of wherein each carrier channel, when monitoring host computer unit 3 sent these carrier Control module 54 certain carrier channels of unlatching of instruction indication, this carrier Control module 54 reduced the pad value of this carrier channel step by step according to this instruction; Until this carrier channel pad value is 0dB, at this moment is unlatching.On the contrary, close certain carrier channel if desired, then monitoring host computer unit 3 sends corresponding instruction, and the carrier Control module 54 corresponding pad values that improve this carrier channel step by step are until maximum and close.Certainly, in the down link of certain carrier channel at current overlay node, be able to launch/when closing, for the down link of other overlay node, this carrier channel just is in the state of closing/launching; Also promptly, to each carrier channel of information source node, can only have this carrier channel of an overlay node to be in unlatching at most, this carrier channel of other overlay node is all for closing.Concrete certain carrier channel is launched in which overlay node, and the scheduling unit that is made up of monitoring host computer unit 3 and traffic carrying capacity detecting unit 4 determines.
Baseband signal after selecting through carrier Control module 54 is gone out modular converter 55 and converts original signal format to by said, behind the light signal form in the present embodiment, just again in the overlay node of the former link of feed-in.As shown in Figure 3 from information source node 11 input after carrier wave router 8 is handled, again in the down link of feed-in overlay node 91.
Please combine Fig. 3 and Fig. 4, the up link of mixing unit, road 2 to the uplink baseband Signal Processing basically with down link to downgoing baseband Signal Processing contrary, but its treatment step relative complex.Particularly; The side signal transmission of pressing the uplink baseband signal to; Include modular converter 51 ', professional detection module 40, carrier Control module 54 ', shunt module 52 ' successively, close road module 53 ' and go out modular converter 55 '; Wherein professional detection module 40 is responsible for detecting the business of uplink baseband signal in the up link, and the result of its output directly offers monitoring host computer unit 3 and uses; Go into modular converter 51 ' with go out modular converter 55 ' then accomplishes with down link in go into modular converter 51 and go out modular converter 55 identical functions, this not all right giving unnecessary details.The shunt module 52 ' of up link separates into n road signal with the carrier channel of uplink baseband signal; Except that one the tunnel export current up link to follow-up closing the road module 53 '; Other n-1 road signal exports the road module of closing of the up link of other information source node respectively to and closes the road; Thus, closing in the road module 53 ' of each up link, just can the n road signal from n overlay node be carried out carrier wave and close the road and become compound uplink baseband signal.When shunt module 52 ' was separated carrier channel, the carrier channel of every road signal was corresponding with the carrier channel of its information source node, like this, this information source node just can receive all overlay networks with the corresponding carrier channel of this information source node self.Because carrier channel is mainly provided by information source node; The employed carrier channel of up link is retrained by the employed carrier channel of down link basically; Thereby, in up link, also can carry out the control of launching and closing of carrier channel, also be that carrier Control module 54 ' can be omitted; At this moment, modular converter 55 ' is reduced into signal in the up link of light signal feed-in information source node again and gets final product.
As shown in Figure 4; All has a professional detection module 40 in the up link of each overlay network; Be used to accomplish the function of the traffic carrying capacity that detects each carrier channel, the professional detection module 40 common compositions traffic carrying capacity detecting unit 4 shown in Figure 3 in n up link.
This business detection module 40 comprises the professional monitoring means 41 of carrier wave of each carrier channel of overlay node, and the professional monitoring means 41 of carrier wave detects the traffic carrying capacity of carrier channel through known detection method, sees off then to monitoring host computer unit 3; After monitoring host computer unit 3 gets access to the traffic carrying capacity of each carrier channel, open situation,, just draw the traffic carrying capacity of this overlay node the traffic carrying capacity addition of corresponding carriers channel according to the carrier channel of overlay node.
Consult Fig. 2; The work of scheduling unit also needs scheduling strategy (dispatching method), only describes with a scheduling strategy below: user preset application thresholding, so when the approaching upper limit of having distributed available traffic of the traffic carrying capacity of certain overlay node; When surpassing threshold value, just send the scheduling application.Monitoring host computer unit 3 is sought one and is used minimum carrier channel in the less overlay node of other traffic carrying capacity, in the overlay node that sends application, uses this carrier channel scheduling then, makes busy overlay node can be assigned to more carrier resource.
When carrying out the scheduling of carrier channel, in the overlay node of dispatching out, increase the pad value of this carrier channel step by step earlier, close up to maximum through carrier Control module 54; And then in the overlay node that scheduling is gone into, reduce the pad value of this carrier channel step by step, until unlatching.This method that pad value is set step by step; The communication quality that can let the user of current carrier channel detect current carrier channel is worsening, and the user will search for better carrier channel automatically, switches and proceeds communication in the past; And can not break, this also is one of advantage of the present invention.
Scheduling strategy can have a variety of, and content of the present invention is the restriction of scheduled strategy not.
When using optical fiber to transmit between information source node and the overlay node; For the uplink and downlink link homonymy of unit, mixed road 2 shown in Figure 4 go into modular converter 51,51 ' with go out modular converter 55,55 ' can directly adopt light to receive/send out module; When adopting cable; Can adopt serial ports to receive/send out module, its major function is to accomplish the conversion of the signal of telecommunication and other form signal, and those skilled in the art all know its accommodation.
In sum, through in the existing communication overlay system of widely using, increasing the carrier wave router, use brand-new carrier channel scheduling method; Set up the contact each other between a plurality of overlay networks; Make it form the integral body of an organic unity, the dynamic dispatching of carrier channel each other becomes possibility, for operator; The comprehensive utilization of carrier channel no longer is to be the internal schedule of unit with the overlay network that extends based on single base station; Dispatch between the border, station of whole communication overlay system of all base stations and be based on, this scheduling relation can make the carrier channel resource be fully used, be difficult for causing the local period channel resource in some areas not enough, also be difficult for causing the waste of channel resource; Improved the utilance of carrier channel resource on the whole, for bringing technological change in the communications field.
The foregoing description is a preferred implementation of the present invention; But execution mode of the present invention is not restricted to the described embodiments; Other any do not deviate from change, the modification done under spirit of the present invention and the principle, substitutes, combination, simplify; All should be the substitute mode of equivalence, be included within protection scope of the present invention.
Claims (6)
1. the communication overlay system of a dynamic dispatching of carrier channel comprises n overlay network, and n is the positive integer greater than 2, and each overlay network comprises:
Information source node is used to provide carrier channel;
Overlay node, the signal that the carrier channel of information source node is contained are realized covering on single separate space;
It is characterized in that this system also comprises:
The carrier wave router; N information source node with a said n overlay network electrically connects respectively; And electrically connect with n overlay node of n overlay network; The information source node of each overlay network and the communication between the overlay node is all through wherein, its between a said n information source node according to the actual demand dynamic dispatching carrier channel of each said overlay node;
Said carrier wave router comprises:
Mix the unit, road, be used to accomplish and n information source node and n overlay node between electric connection, and make each overlay network all have the summation of the carrier channel of all overlay networks;
Scheduling unit is used to intercept and capture the signal of each overlay network and detects its actual demand for carrier channel, between at least two overlay networks, realizes the dynamic dispatching of carrier channel,
Said scheduling unit comprises:
The traffic carrying capacity detecting unit is used for detecting in real time the traffic carrying capacity of each overlay node up link; Described traffic carrying capacity detecting unit comprises n professional detection module, inserts respectively in each up link of unit, said mixed road, is used for calculating the business datum of the up link of current overlay network;
The monitoring host computer unit, the traffic carrying capacity that detects according to the traffic carrying capacity detecting unit realizes the dynamic dispatching of carrier channel between at least two overlay networks; Said monitoring host computer unit; Carrier Control module in the down link of concrete and each overlay node, the traffic carrying capacity detection module in the up link electrically connect respectively; The monitoring host computer unit calculates the real time traffic in this up link according to the traffic data that each uplink service detection module produces; And relatively its whether approach current overlay node the distributing carrier wave resource can hold the upper limit of anti-traffic carrying capacity, if not, then continue the traffic carrying capacity of calculating and each up link of comparison; If, then carry out carrier dispatching, from the few overlay node of traffic carrying capacity, select the carrier channel that traffic carrying capacity is less, it is formulated in the big overlay node of traffic carrying capacity uses.
2. the communication overlay system of dynamic dispatching of carrier channel according to claim 1 is characterized in that, unit, said mixed road comprises:
N is to communication link, and every pair of communication link inserts in the overlay network, includes down link and up link, and be respectively applied for the down link that is had with this overlay network and electrically be connected with up link,
Said descending/up link is provided with according to the flow direction of signal successively:
Go into modular converter, will convert electrical signal form into for identification from original signal form from the baseband signal that includes some carrier channels of information source node/overlay node;
Shunt module is shunted to n branch signal with the descending/uplink baseband signal behind the transition form;
Close the road module, the shunt module of the descending/up link of all communication links road branch signal after is along separate routes closed the road, be combined into descending/uplink baseband signal;
The carrier Control module is controlled each carrier channel through it, and carrier gains and on off state are set;
Going out modular converter, is that said original signal form exports overlay node/information source node to the baseband signal after the reduction by electrical signal conversion.
3. the communication overlay system of dynamic dispatching of carrier channel according to claim 2 is characterized in that, the carrier Control module is controlled each carrier channel through it, carrier gains is set step by step, until On/Off.
4. the communication overlay system of dynamic dispatching of carrier channel according to claim 1 is characterized in that, said professional detection module comprises:
The professional monitoring means of carrier wave is used to detect the traffic carrying capacity of each carrier channel, and each carrier wave all needs an independently professional detecting unit, can monitor the traffic carrying capacity that obtains every carrier wave in real time.
5. according to the communication overlay system of any described dynamic dispatching of carrier channel in the claim 1 to 4; It is characterized in that said information source node is base station and any one or multiple combination in the extended radio frequency stretch system in base station and Base Band Unit thereof, Remote Radio Unit.
6. according to the communication overlay system of any described dynamic dispatching of carrier channel in the claim 1 to 4; It is characterized in that said overlay node is antenna and any one or multiple combination in the extended repeater of antenna, radio frequency stretch system and Base Band Unit thereof, Remote Radio Unit.
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| US8811917B2 (en) | 2002-05-01 | 2014-08-19 | Dali Systems Co. Ltd. | Digital hybrid mode power amplifier system |
| US8380143B2 (en) | 2002-05-01 | 2013-02-19 | Dali Systems Co. Ltd | Power amplifier time-delay invariant predistortion methods and apparatus |
| CN102017553B (en) | 2006-12-26 | 2014-10-15 | 大力系统有限公司 | Method and system for baseband predistortion linearization in multi-channel wideband communication systems |
| KR20180026793A (en) | 2010-08-17 | 2018-03-13 | 달리 시스템즈 씨오. 엘티디. | Neutral host architecture for a distributed antenna system |
| KR101829517B1 (en) | 2010-09-14 | 2018-02-14 | 달리 시스템즈 씨오. 엘티디. | Remotely Reconfigurable Distributed Antenna System and Methods |
| KR102250559B1 (en) * | 2011-02-07 | 2021-05-11 | 달리 시스템즈 씨오. 엘티디. | Daisy-chained ring of remote units for a distributed antenna system |
| CN102760975B (en) * | 2012-07-13 | 2014-08-20 | 华为技术有限公司 | Base station antenna and base station |
| CN102917382B (en) * | 2012-10-23 | 2015-05-20 | 中国联合网络通信集团有限公司 | Management method, apparatus and indoor distribution system of each indoor management zone |
| CN102970691B (en) * | 2012-11-26 | 2015-05-20 | 中国联合网络通信集团有限公司 | Indoor and outdoor joint resource management method and base station |
| CN108135031B (en) * | 2016-12-01 | 2022-11-29 | 中兴通讯股份有限公司 | Resource scheduling method, device and system |
| CN110740453B (en) * | 2018-07-20 | 2023-04-07 | 中兴通讯股份有限公司 | Carrier sharing method, device and system |
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| CN101754229A (en) | 2010-06-23 |
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