CN106797588A - A kind of bandwidth sharing method, relevant apparatus and system - Google Patents

A kind of bandwidth sharing method, relevant apparatus and system Download PDF

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Publication number
CN106797588A
CN106797588A CN201580052515.9A CN201580052515A CN106797588A CN 106797588 A CN106797588 A CN 106797588A CN 201580052515 A CN201580052515 A CN 201580052515A CN 106797588 A CN106797588 A CN 106797588A
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CN
China
Prior art keywords
bandwidth
base station
small base
network
small
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CN201580052515.9A
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Chinese (zh)
Inventor
余明
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华为技术有限公司
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Priority to PCT/CN2015/090217 priority Critical patent/WO2017049448A1/en
Publication of CN106797588A publication Critical patent/CN106797588A/en

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    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04WWIRELESS COMMUNICATION NETWORKS
    • H04W28/00Network traffic or resource management
    • H04W28/16Central resource management; Negotiation of resources or communication parameters, e.g. negotiating bandwidth or QoS [Quality of Service]
    • H04W28/18Negotiating wireless communication parameters
    • H04W28/20Negotiating bandwidth

Abstract

The embodiment of the invention discloses a kind of bandwidth sharing method, relevant apparatus and system, method therein may include:Receive the current first network load of the corresponding wireless network in small base station that small base station system sends, the corresponding wireless network in the small base station is by the fixed total bandwidth for being accessed with movable fusion FMC mode and sharing the corresponding cable network of enterprise network;When the actual bandwidth demand for going out the small base station according to first bandwidth and the first network load judgment of the small currently allocated acquisition in base station is more than first bandwidth, according to pre-set bandwidths allocation strategy, the part available bandwidth in the total bandwidth is distributed into first bandwidth.Be may be such that by the way that between the small base station system and Intranet after FMC is merged Bandwidth Dynamic Allocation can be realized according to actual offered load using the present invention, lift bandwidth availability ratio.

Description

A kind of bandwidth sharing method, relevant apparatus and system Technical field

The present invention relates to communication technical field, more particularly to a kind of bandwidth sharing method, relevant apparatus and system.

Background technology

With 3GPP Long Term Evolutions (Long term evolution, LTE) technology constantly develops and ripe, generate fixed and Mobile Convergence (Fixed Mobile Convergence, FMC technology), FMC refers to blend fixed network with mobile network, and the mode being combined based on fixed and wireless technology provides communication service.

For example, small base station Small Cell are merged with the FMC of enterprise network, the more preferable network coverage can be not only provided for enterprises, but also improve the absorption of wireless data service, expand network capacity.But at the same time, there is also following defect for the system after fusion:Enterprise network is that simple physics is merged with Small Cell, substantial and uncorrelated, each carries out relatively independent control, and causing can not communication exchange between small base station system and Intranet.Such as on bandwidth allocation problems, the bandwidth resources that Intranet distributes to small base station system when initial are limited and fixed, each small base station in i.e. small base station system is allocated static state fixed-bandwidth at the beginning of foundation, no longer change in small base station running, and actually, due to the dynamic change of user distribution in small base station running, so that the bandwidth resources that each small base station needs are also dynamic change, therefore probably there is the bandwidth of original allocation and the currently practical unmatched situation of bandwidth demand, yet with relatively independent between enterprise network and small base station, when causing the problem of small base station bandwidth resources deficiency occurs or wasted, Intranet can not be known and solve in time, final influence Consumer's Experience.

It can be drawn by above mentioned problem, how the FMC solutions based on Small Cell and enterprise network further lift QoS of customer (Quality of Service, QoS) and experience, become urgent problem to be solved in the fusion process of Small Cell and enterprise network.

The content of the invention

Technical problem to be solved of the embodiment of the present invention is that there is provided a kind of bandwidth sharing method, related dress Put and system, solve merged in the prior art by FMC after small base station system and Intranet between bandwidth usage it is insufficient the problem of.

In a first aspect, the embodiments of the invention provide a kind of bandwidth sharing method, it may include:

Receive the current first network load of the corresponding wireless network in small base station that small base station system sends, the corresponding wireless network in the small base station passes through the fixed total bandwidth for being accessed with movable fusion FMC mode and sharing the corresponding cable network of enterprise network;

When the actual bandwidth demand that the first bandwidth and the first network load judgment according to the small currently allocated acquisition in base station go out the small base station is more than first bandwidth, according to pre-set bandwidths allocation strategy, the part available bandwidth in the total bandwidth is distributed into first bandwidth.

With reference in a first aspect, in the first possible implementation, methods described also includes:When the second bandwidth according to the currently allocated acquisition of the enterprise network and the second current network load of the corresponding cable network of the enterprise network judge that the actual bandwidth demand of the enterprise network is more than second bandwidth, according to pre-set bandwidths allocation strategy, the part available bandwidth in the total bandwidth is distributed into second bandwidth.

With reference in a first aspect, or combine first aspect the first possible implementation, in second of possible implementation, the small base station system include Multiple Small Cell Sites;The first network load received is the multiple small each self-corresponding first network load in base station, the first bandwidth of a width of the multiple small each self-corresponding currently allocated acquisition in base station of first band of the small currently allocated acquisition in base station;

When the actual bandwidth demand that first bandwidth and the first network load judgment when according to the small currently allocated acquisition in base station goes out the small base station is more than first bandwidth, according to pre-set bandwidths allocation strategy, part available bandwidth in the total bandwidth is distributed into first bandwidth, including:

When the first bandwidth and the first network load judgment according to the small currently allocated acquisition in base station go out base station small comprising target in the multiple small base station, according to the first allocation strategy, part available bandwidth in the corresponding total bandwidth in the multiple small base station is distributed into corresponding first bandwidth in the small base station of the target, the small base station of target is the small base station that currently practical bandwidth demand is more than corresponding first bandwidth.

With reference in a first aspect, or combine first aspect the first possible implementation, it is described to distribute the part available bandwidth in the total bandwidth into first bandwidth according to pre-set bandwidths allocation strategy in the third possible implementation, including:

When the second bandwidth and the enterprise network according to the currently allocated acquisition of the enterprise network are corresponding wired When the second current network load of network judges that the actual bandwidth demand of the enterprise network is less than second bandwidth, according to the second allocation strategy, the part available bandwidth in second bandwidth is distributed into first bandwidth.

It is described to distribute the part available bandwidth in the total bandwidth into second bandwidth according to pre-set bandwidths allocation strategy in the 4th kind of possible implementation with reference to the first possible implementation of first aspect, including:

When the actual bandwidth demand for going out the small base station according to first bandwidth and first network load judgment is less than first bandwidth, according to the 3rd allocation strategy, the part available bandwidth in first bandwidth is distributed into second bandwidth.

With reference to second of possible implementation of first aspect, in the 5th kind of possible implementation, when first bandwidth and the first network load judgment when according to the small currently allocated acquisition in base station goes out base station small comprising target in the multiple small base station, according to the first allocation strategy, part available bandwidth in the corresponding total bandwidth in the multiple small base station is distributed into corresponding first bandwidth in the small base station of the target, including:

When the first bandwidth and the first network load judgment according to the small currently allocated acquisition in base station go out base station small comprising multiple targets in the multiple small base station, by the total bandwidth available in the corresponding total bandwidth in the multiple small base station, according to the ratio value between each self-corresponding first network load in the small base station of the multiple target, distribution to each self-corresponding first band in the small base station of the multiple target it is wide in.

With reference to first aspect, or combine the first possible implementation of first aspect, or, with reference to the 4th kind of possible implementation of first aspect, in the 6th kind of possible implementation, when the actual bandwidth demand that first bandwidth and the first network load judgment when according to the small currently allocated acquisition in base station goes out the small base station is more than first bandwidth, according to pre-set bandwidths allocation strategy, before part available bandwidth in the total bandwidth is distributed into first bandwidth, in addition to:

Judge whether to reach preset time point or whether enter preset time period;

When judged result for when being, then triggering performs described when the actual bandwidth demand that the first bandwidth and the first network load judgment according to the small currently allocated acquisition in base station go out the small base station is more than first bandwidth, according to pre-set bandwidths allocation strategy, the step that the part available bandwidth in the total bandwidth is distributed into first bandwidth.

With reference to the first possible implementation of first aspect, or combine the 4th kind of possibility of first aspect Implementation, in the 7th kind of possible implementation, when the second current network load of second bandwidth and the corresponding cable network of the enterprise network when according to the currently allocated acquisition of the enterprise network judges that the actual bandwidth demand of the enterprise network is more than second bandwidth, according to pre-set bandwidths allocation strategy, before part available bandwidth in the total bandwidth is distributed into second bandwidth, in addition to:

Judge whether to reach preset time point or whether enter preset time period;

When judged result for when being, when then triggering execution second network load when the second bandwidth according to the currently allocated acquisition of the enterprise network and the corresponding cable network of the enterprise network currently judges that the actual bandwidth demand of the enterprise network is more than second bandwidth, according to pre-set bandwidths allocation strategy, the step that the part available bandwidth in the total bandwidth is distributed into second bandwidth.

With reference to first aspect, or combine the first possible implementation of first aspect, or, with reference to second of possible implementation of first aspect, or, with reference to the third possible implementation of first aspect, or, with reference to the 4th kind of possible implementation of first aspect, or, with reference to the 5th kind of possible implementation of first aspect, or, with reference to the 6th kind of possible implementation of first aspect, or, with reference to the 7th kind of possible implementation of first aspect, in the 8th kind of possible implementation, methods described also includes:

The first bandwidth after distribution is fed back into the small base station system, to cause the small base station system to carry out service quality QoS control according to the first bandwidth after the distribution.

Second aspect, the embodiments of the invention provide a kind of bandwidth sharing method, it may include:

Small base station system sends the current first network of the corresponding wireless network in small base station to Intranet and loaded, the corresponding wireless network in the small base station passes through the fixed total bandwidth for being accessed with movable fusion FMC mode and sharing the corresponding cable network of enterprise network, loaded with the first network for causing the corresponding wireless network in small base station that the small base station system of the Intranet reception is sent current, when the actual bandwidth demand that the first bandwidth and the first network load judgment according to the small currently allocated acquisition in base station go out the small base station is more than first bandwidth, according to pre-set bandwidths allocation strategy, part available bandwidth in the total bandwidth is distributed into first bandwidth.

With reference to second aspect, in the first possible implementation, methods described also includes:

The first bandwidth after the distribution of the Intranet feedback is received, and service quality QoS control is carried out according to the first bandwidth after the distribution.

With reference to the first possible implementation of second aspect, in second of possible implementation, first bandwidth according to after the distribution carries out service quality QoS control, including:

Judge whether the first bandwidth after the distribution meets the current actual bandwidth demand in the small base station according to the current network load in the small base station;

If it is not, controlling the number of access user equipment UE in the small base station, or UE startup pre-set business is accessed according to preset algorithm control.

The third aspect, the embodiments of the invention provide a kind of bandwidth sharing device, it may include:

Receiving module, the first network load current for receiving the corresponding wireless network in small base station that small base station system sends, the corresponding wireless network in the small base station passes through the fixed total bandwidth for being accessed with movable fusion FMC mode and sharing the corresponding cable network of enterprise network;

First distribute module, when being more than first bandwidth for going out the actual bandwidth demand of the small base station when the first bandwidth and the first network load judgment according to the small currently allocated acquisition in base station, according to pre-set bandwidths allocation strategy, the part available bandwidth in the total bandwidth is distributed into first bandwidth.

With reference to the third aspect, in the first possible implementation, described device also includes:

Second distribute module, when judging that the actual bandwidth demand of the enterprise network is more than second bandwidth for the second network load when the second bandwidth according to the currently allocated acquisition of the enterprise network and the corresponding cable network of the enterprise network currently, according to pre-set bandwidths allocation strategy, the part available bandwidth in the total bandwidth is distributed into second bandwidth.

With reference to the third aspect, or the first possible implementation of the third aspect is combined, in second of possible implementation, the small base station system includes Multiple Small Cell Sites;The first network load received is the multiple small each self-corresponding first network load in base station, the first bandwidth of a width of the multiple small each self-corresponding currently allocated acquisition in base station of first band of the small currently allocated acquisition in base station;

First distribute module, specifically for:

When the first bandwidth and the first network load judgment according to the small currently allocated acquisition in base station go out base station small comprising target in the multiple small base station, according to the first allocation strategy, part available bandwidth in the corresponding total bandwidth in the multiple small base station is distributed into corresponding first bandwidth in the small base station of the target, the small base station of target is the small base station that currently practical bandwidth demand is more than corresponding first bandwidth.

With reference to the third aspect, or the first possible implementation of the third aspect is combined, can at the third In the implementation of energy, described device also includes the acquisition module;

First distribute module, specifically for:

When the actual bandwidth demand that the first bandwidth and the first network load judgment according to the small currently allocated acquisition in base station go out the small base station is more than first bandwidth, and when the second bandwidth according to the currently allocated acquisition of the enterprise network and the second current network load of the corresponding cable network of the enterprise network judge that the actual bandwidth demand of the enterprise network is less than second bandwidth, according to the second allocation strategy, the part available bandwidth in second bandwidth is distributed into first bandwidth.

With reference to the first possible implementation of the third aspect, in the 4th kind of possible implementation, second distribute module, specifically for:

When the second bandwidth according to the currently allocated acquisition of the enterprise network and the second current network load of the corresponding cable network of the enterprise network judge that the actual bandwidth demand of the enterprise network is more than second bandwidth, and when the actual bandwidth demand for going out the small base station according to first bandwidth and first network load judgment is less than first bandwidth, according to the 3rd allocation strategy, the part available bandwidth in first bandwidth is distributed into second bandwidth.

With reference to second of possible implementation of the third aspect, in the 5th kind of possible implementation, first distribute module, specifically for:

When the first bandwidth and the first network load judgment according to the small currently allocated acquisition in base station go out base station small comprising multiple targets in the multiple small base station, by the total bandwidth available in the corresponding total bandwidth in the multiple small base station, according to the ratio value between each self-corresponding first network load in the small base station of the multiple target, distribution to each self-corresponding first band in the small base station of the multiple target it is wide in.

With reference to the third aspect, either combine the third aspect the first possible implementation or, with reference to the 4th kind of possible implementation of the third aspect, in the 6th kind of possible implementation, described device, in addition to:

First judge module, for judging whether to reach preset time point or whether entering preset time period;

First trigger module, during for being when judged result, then triggering performs described when the actual bandwidth demand that the first bandwidth and the first network load judgment according to the small currently allocated acquisition in base station go out the small base station is more than first bandwidth, according to pre-set bandwidths allocation strategy, the step that the part available bandwidth in the total bandwidth is distributed into first bandwidth.

With reference to the first possible implementation of the third aspect, or combine the 4th kind of possibility of the third aspect Implementation, in the 7th kind of possible implementation, described device, in addition to:

Second judge module, for judging whether to reach preset time point or whether entering preset time period;

Second trigger module, during for being when judged result, when then triggering execution second network load when the second bandwidth according to the currently allocated acquisition of the enterprise network and the corresponding cable network of the enterprise network currently judges that the actual bandwidth demand of the enterprise network is more than second bandwidth, according to pre-set bandwidths allocation strategy, the step that the part available bandwidth in the total bandwidth is distributed into second bandwidth.

With reference to the third aspect, or combine the first possible implementation of the third aspect, or, with reference to second of possible implementation of the third aspect, or, with reference to the third possible implementation of the third aspect, or, with reference to the 4th kind of possible implementation of the third aspect, or, with reference to the 5th kind of possible implementation of the third aspect, or, with reference to the 6th kind of possible implementation of the third aspect, or, with reference to the 7th kind of possible implementation of the third aspect, in the 8th kind of possible implementation, described device also includes:

Feedback module, for the first bandwidth after distribution to be fed back into the small base station system, to cause the small base station system to carry out service quality QoS control according to the first bandwidth after the distribution.

Fourth aspect, the embodiments of the invention provide a kind of bandwidth sharing equipment, it may include:

Sending module, the current first network of the corresponding wireless network in small base station is sent for small base station system to Intranet to load, the corresponding wireless network in the small base station passes through the fixed total bandwidth for being accessed with movable fusion FMC mode and sharing the corresponding cable network of enterprise network, loaded with the first network for causing the corresponding wireless network in small base station that the small base station system of the Intranet reception is sent current, when the actual bandwidth demand that the first bandwidth and the first network load judgment according to the small currently allocated acquisition in base station go out the small base station is more than first bandwidth, according to pre-set bandwidths allocation strategy, part available bandwidth in the total bandwidth is distributed into first bandwidth.

With reference to fourth aspect, in the first possible implementation, the equipment also includes:

Control module, the first bandwidth after distribution for receiving the Intranet feedback, and service quality QoS control is carried out according to the first bandwidth after the distribution.

With reference to the first possible implementation of fourth aspect, in second of possible implementation, the control module, including:

Judging unit, the first bandwidth after distribution for receiving the Intranet feedback, and according to institute State the current network load in small base station and judge whether the first bandwidth after the distribution meets the current actual bandwidth demand in the small base station;

Control unit, if being no for judged result, controls the number of access user equipment UE in the small base station, or accessed UE startup pre-set business according to preset algorithm control.

5th aspect, the embodiments of the invention provide a kind of bandwidth sharing control device, it may include:Input unit, output device, memory and processor;

Wherein, the memory is used for store program codes, and the processor is used to call the program code of the memory storage to perform following steps:

The current first network of the corresponding wireless network in small base station that small base station system sends is received by the input unit to load, the corresponding wireless network in the small base station passes through the fixed total bandwidth for accessing with movable fusion FMC mode and sharing the corresponding cable network of enterprise network;

When the actual bandwidth demand that the first bandwidth and the first network load judgment according to the small currently allocated acquisition in base station go out the small base station is more than first bandwidth, according to pre-set bandwidths allocation strategy, the part available bandwidth in the total bandwidth is distributed into first bandwidth.

With reference to the 5th aspect, in the first possible implementation, the processor is also executed the following steps:

When the second bandwidth according to the currently allocated acquisition of the enterprise network and the second current network load of the corresponding cable network of the enterprise network judge that the actual bandwidth demand of the enterprise network is more than second bandwidth, according to pre-set bandwidths allocation strategy, the part available bandwidth in the total bandwidth is distributed into second bandwidth.

With reference to the 5th aspect, or the first possible implementation of the 5th aspect is combined, in second of possible implementation, the small base station system includes Multiple Small Cell Sites;The first network load received is the multiple small each self-corresponding first network load in base station, the first bandwidth of a width of the multiple small each self-corresponding currently allocated acquisition in base station of first band of the small currently allocated acquisition in base station;

When the actual bandwidth demand that first bandwidth and the first network load judgment when according to the small currently allocated acquisition in base station goes out the small base station is more than first bandwidth, the processor is according to pre-set bandwidths allocation strategy, part available bandwidth in the total bandwidth is distributed into first bandwidth, including:

When the first bandwidth and the first network load judgment according to the small currently allocated acquisition in base station go out base station small comprising target in the multiple small base station, according to the first allocation strategy, by the multiple small base Part available bandwidth in corresponding total bandwidth of standing is distributed into corresponding first bandwidth in the small base station of the target, and the small base station of target is the small base station that currently practical bandwidth demand is more than corresponding first bandwidth.

With reference to the 5th aspect, or the first possible implementation of the 5th aspect is combined, in the third possible implementation, the processor is according to pre-set bandwidths allocation strategy, part available bandwidth in the total bandwidth is distributed into first bandwidth, including:

When the second bandwidth according to the currently allocated acquisition of the enterprise network and the second current network load of the corresponding cable network of the enterprise network judge that the actual bandwidth demand of the enterprise network is less than second bandwidth, according to the second allocation strategy, the part available bandwidth in second bandwidth is distributed into first bandwidth.

With reference to the first possible implementation of the 5th aspect, in the 4th kind of possible implementation, the processor distributes the part available bandwidth in the total bandwidth into second bandwidth according to pre-set bandwidths allocation strategy, including:

When the actual bandwidth demand for going out the small base station according to first bandwidth and first network load judgment is less than first bandwidth, according to the 3rd allocation strategy, the part available bandwidth in first bandwidth is distributed into second bandwidth.

With reference to second of possible implementation of the 5th aspect, in the 5th kind of possible implementation, when first bandwidth and the first network load judgment when according to the small currently allocated acquisition in base station goes out base station small comprising target in the multiple small base station, the processor is according to the first allocation strategy, part available bandwidth in the corresponding total bandwidth in the multiple small base station is distributed into corresponding first bandwidth in the small base station of the target, including:

When the first bandwidth and the first network load judgment according to the small currently allocated acquisition in base station go out base station small comprising multiple targets in the multiple small base station, by the total bandwidth available in the corresponding total bandwidth in the multiple small base station, according to the ratio value between each self-corresponding first network load in the small base station of the multiple target, distribution to each self-corresponding first band in the small base station of the multiple target it is wide in.

With reference to the 5th aspect, or combine the first possible implementation of the 5th aspect, or, with reference to the 4th kind of possible implementation of the 5th aspect, in the 6th kind of possible implementation, when the actual bandwidth demand that first bandwidth and the first network load judgment when according to the small currently allocated acquisition in base station goes out the small base station is more than first bandwidth, the processor is according to pre-set bandwidths allocation strategy, before part available bandwidth in the total bandwidth is distributed into first bandwidth, in addition to:

Judge whether to reach preset time point or whether enter preset time period;

When judged result for when being, when then triggering execution first bandwidth and the first network load judgment when according to the small currently allocated acquisition in base station goes out the actual bandwidth demand of the small base station more than first bandwidth, according to pre-set bandwidths allocation strategy, the step that the part available bandwidth in the total bandwidth is distributed into first bandwidth.

With reference to the first possible implementation of the 5th aspect, or combine the 4th kind of possible implementation of the 5th aspect, in the 7th kind of possible implementation, when the second current network load of second bandwidth and the corresponding cable network of the enterprise network when according to the currently allocated acquisition of the enterprise network judges that the actual bandwidth demand of the enterprise network is more than second bandwidth, the processor is according to pre-set bandwidths allocation strategy, before part available bandwidth in the total bandwidth is distributed into second bandwidth, in addition to:

Judge whether to reach preset time point or whether enter preset time period;

When judged result for when being, then trigger described in performing when the actual bandwidth demand that the enterprise network is judged according to second network load when the second bandwidth according to the currently allocated acquisition of the enterprise network and the corresponding cable network of the enterprise network currently is more than second bandwidth, according to pre-set bandwidths allocation strategy, the step that the part available bandwidth in the total bandwidth is distributed into second bandwidth.

With reference to the 5th aspect, or combine the first possible implementation of the 5th aspect, or, with reference to second of possible implementation of the 5th aspect, or, with reference to the third possible implementation of the 5th aspect, or, with reference to the 4th kind of possible implementation of the 5th aspect, or, with reference to the 5th kind of possible implementation of the 5th aspect, or, with reference to the 6th kind of possible implementation of the 5th aspect, or, with reference to the 7th kind of possible implementation of the 5th aspect, in the 8th kind of possible implementation, the processor is also executed the following steps:

The first bandwidth after distribution is fed back to by the small base station system by the output device, to cause the small base station system to carry out service quality QoS control according to the first bandwidth after the distribution.

6th aspect, the embodiments of the invention provide a kind of bandwidth sharing control device, it may include:Input unit, output device, memory and processor;

Wherein, the memory is used for store program codes, and the processor is used to call the program code of the memory storage to perform following steps:

Small base station system sends the corresponding wireless network in small base station by the output device to Intranet Current first network load, the corresponding wireless network in the small base station passes through the fixed total bandwidth for being accessed with movable fusion FMC mode and sharing the corresponding cable network of enterprise network, loaded with the first network for causing the corresponding wireless network in small base station that the small base station system of the Intranet reception is sent current, when the actual bandwidth demand that the first bandwidth and the first network load judgment according to the small currently allocated acquisition in base station go out the small base station is more than first bandwidth, according to pre-set bandwidths allocation strategy, part available bandwidth in the total bandwidth is distributed into first bandwidth.

With reference to the 6th aspect, in the first possible implementation, the processor is also executed the following steps:

The first bandwidth after the distribution that the Intranet feeds back is received by the input unit, and service quality QoS control is carried out according to the first bandwidth after the distribution.

With reference to the first possible implementation of the 6th aspect, in second of possible implementation, the processor carries out service quality QoS control according to the first bandwidth after the distribution, including:

Judge whether the first bandwidth after the distribution meets the current actual bandwidth demand in the small base station according to the current network load in the small base station;

If it is not, controlling the number of access user equipment UE in the small base station, or UE startup pre-set business is accessed according to preset algorithm control.

7th aspect, the embodiments of the invention provide a kind of bandwidth sharing system, it may include enterprise's net controller and small base station controller, wherein

Enterprise's net controller is with reference to the 5th aspect, or combine the first possible implementation of the 5th aspect, or combine second of possible implementation of the 5th aspect, or combine the third possible implementation of the 5th aspect, or combine the 4th kind of possible implementation of the 5th aspect, or combine the 5th kind of possible implementation of the 5th aspect, or combine the 6th kind of possible implementation of the 5th aspect, or combine the 7th kind of possible implementation of the 5th aspect, or the bandwidth sharing control device in the 8th kind of possible implementation of the aspect of combination the 5th;

The small base station controller is with reference to the bandwidth sharing control device in the 6th aspect, or the first possible implementation of the aspect of combination the 6th or second of possible implementation of the aspect of combination the 6th.

The embodiment of the present invention, Intranet is loaded by receiving the current first network of the corresponding wireless network in small base station that small base station system is sent, when the first bandwidth according to the currently allocated acquisition in small base station and this first When network load judges that the actual bandwidth demand of small base station is more than first bandwidth, then according to pre-set bandwidths allocation strategy, part available bandwidth in total bandwidth is distributed into first bandwidth, the corresponding wireless network in its medium and small base station passes through the fixed total bandwidth for being accessed with movable fusion FMC mode and sharing the corresponding cable network of enterprise network.I.e. Intranet passes through the information exchange between small base station system, so that Intranet is according to small base station current bandwidth information and network load information, available free bandwidth in the total bandwidth of cable network is assigned in not enough corresponding first bandwidth in small base station of bandwidth according to certain allocation strategy, so that the distribution that wired total bandwidth of enterprise network can be equalized according to the current network load condition in small base station, it not only reasonably make use of bandwidth resources, improve bandwidth resources utilization rate, and provide quality of service guarantee for the small base station system and Intranet after fusion.

Brief description of the drawings

In order to illustrate more clearly about the embodiment of the present invention or technical scheme of the prior art, the required accompanying drawing used in embodiment or description of the prior art will be briefly described below, apparently, drawings in the following description are only some embodiments of the present invention, for those of ordinary skill in the art, on the premise of not paying creative work, other accompanying drawings can also be obtained according to these accompanying drawings.

Fig. 1 is the network architecture schematic diagram that the small base station system that the present invention is provided is merged with the FMC of Intranet;

Fig. 2 is a kind of schematic flow sheet for bandwidth sharing method that the present invention is provided;

Fig. 3 is another bandwidth sharing method flow schematic diagram that the present invention is provided;

Fig. 4 is the schematic flow sheet for another bandwidth sharing method that the present invention is provided;

Fig. 5 is the schematic flow sheet for another bandwidth sharing method that the present invention is provided;

Fig. 6 is the schematic flow sheet for another bandwidth sharing method that the present invention is provided;

Fig. 7 is the schematic flow sheet for another bandwidth sharing method that the present invention is provided;

Fig. 8 is the schematic flow sheet for another bandwidth sharing method that the present invention is provided;

Fig. 9 is the schematic flow sheet for another bandwidth sharing method that the present invention is provided;

Figure 10 is a concrete application scene schematic diagram of bandwidth sharing method in the embodiment of the present invention;

Figure 11 is another concrete application scene schematic diagram of bandwidth sharing method in the embodiment of the present invention;

Figure 12 is another concrete application scene schematic diagram of bandwidth sharing method in the embodiment of the present invention;

Figure 13 is another concrete application scene schematic diagram of bandwidth sharing method in the embodiment of the present invention;

Figure 14 is another concrete application scene schematic diagram of bandwidth sharing method in the embodiment of the present invention;

Figure 15 is the structural representation of an embodiment of the bandwidth sharing device that the present invention is provided;

Figure 16 is the structural representation for another embodiment of bandwidth sharing device that the present invention is provided;

Figure 17 is the structural representation for the another embodiment of bandwidth sharing device that the present invention is provided;

Figure 18 is the structural representation for the another embodiment of bandwidth sharing device that the present invention is provided;

Figure 19 is the structural representation for the another embodiment of bandwidth sharing device that the present invention is provided;

Figure 20 is the structural representation of an embodiment of the bandwidth sharing equipment that the present invention is provided;

Figure 21 is the structural representation of another embodiment for the bandwidth sharing equipment that the present invention is provided;

Figure 22 is the structural representation for the control module that the present invention is provided;

Figure 23 is the structural representation for the bandwidth sharing control device that the present invention is provided;

Figure 24 is the structural representation for the bandwidth sharing control device that the present invention is provided;

Figure 25 is the structural representation for the bandwidth sharing system that the present invention is provided.

Embodiment

Below in conjunction with the accompanying drawing in the embodiment of the present invention, the technical scheme in the embodiment of the present invention is clearly and completely described, it is clear that described embodiment is only a part of embodiment of the invention, rather than whole embodiments.Based on the embodiment in the present invention, the every other embodiment that those of ordinary skill in the art are obtained under the premise of creative work is not made belongs to the scope of protection of the invention.

For the ease of understanding the embodiment of the present invention, the small base station system being first based on below to the embodiment of the present invention is described with the FMC of the Intranet network architectures merged.Refer to Fig. 1, Fig. 1 is the network architecture schematic diagram that small base station system is merged with the FMC of Intranet, as shown in Figure 1, small base station system and Intranet are merged by FMC modes, wherein, small base station system is accessed by FMC modes and shares the Internet resources of Intranet, i.e., the corresponding wireless network in small base station accesses and shares the total bandwidth resource of the corresponding cable network of enterprise network.Intranet is accessed, it is necessary to which explanation, its medium and small base station also can access Intranet by switching equipment in small base station and small base station controller in small base station system by routing device;Enterprise's net controller in Intranet is then responsible for being linked into internet or mobile core network by transmission network.Wherein, base station controller generally controls Multiple Small Cell Sites, and its major function is the pipe for carrying out Radio Resource Reason and collaboration, and be controlled for the cell switching of the small base station in this control zone.It is understood that the particular type of the small base station in the present invention and the type of service supported can be different according to actual application demand and different, the present invention is not especially limited.It is appreciated that; the network architecture in figure 1 above is preferably a kind of embodiment in the embodiment of the present invention; the network architecture in the embodiment of the present invention includes but are not limited to the above network architecture, as long as can realize that small base station system belongs to the scope that the present invention is protected and covered with the Intranet FMC network architectures merged.

It should be noted that, the fusion of the existing network levels of FMC in the prior art, also have the fusion of the fusion of service layer, also terminal aspect, mainly including the network integration, integrated services, management support platform fusion, operation management mode merge and Control Policy fusion etc..And the FMC the being based on fusions in the present invention are mainly the network integration, refer to the single core network of construction and associative processor and system, simultaneously for fixed access network and Mobile Access Network, and the corresponding cable network of enterprise network in the present invention is fixed access network, the corresponding wireless network in small base station is Mobile Access Network.

It can further be stated that, user equipment (UE) in the embodiment of the present invention includes but is not limited to that the smart mobile phone of communication interaction can be carried out with small base station or other network access equipments wirelessly, tablet personal computer, media player, intelligent television, Intelligent bracelet, Intelligent worn device, MP3 player (Moving Picture Experts Group Audio Layer III, dynamic image expert's compression standard audio aspect 3), MP4 (Moving Picture Experts Group Audio Layer IV, dynamic image expert's compression standard audio aspect 3) player, personal digital assistant (Personal Digital Assistant, ) and the communication equipment such as pocket computer on knee PDA.

Also need to emphasize is, in the embodiment of the present invention, specific application scenarios include but are not limited in the types of applications scenes such as enterprise network, campus network, family lan, market LAN or sports center's LAN, the embodiment of the present invention to be mainly described in detail and illustrated with enterprise network application scenarios.

Referring to Fig. 2, it is a kind of schematic flow sheet of bandwidth sharing method in the embodiment of the present invention, is described below in conjunction with accompanying drawing 2 from enterprise's net controller side in Intranet, as shown in Fig. 2 this method may comprise steps of S201- steps S202.

S201:Receive the current first network load of the corresponding wireless network in small base station of small base station system transmission.

Specifically, enterprise's net controller in Intranet receives small base station controller in small base station system and led to Cross the current first network load of the corresponding wireless network in small base station of information interactive interface transmission.Wherein, the corresponding wireless network in small base station passes through the fixed total bandwidth for being accessed with movable fusion FMC mode and sharing the corresponding cable network of enterprise network.It should be noted that, the corresponding wireless network in small base station may include mobile wireless network and wireless broadband network, contain the cordless communication networks such as LTE, UMTS (Universal Mobile Telecommunications System, UMTS) and Wi-Fi.It can further be stated that, it is proportional between network load and actual bandwidth demand, more specifically, the calculation formula and relevant parameter of correlation can be set, the specific calculating between network load and current bandwidth demand is carried out, the present invention is not especially limited to specific calculation.

Further, enterprise's net controller, which can also receive small the other of base station system transmission, can embody the information of small base station current bandwidth demand, such as the total flow of the number of accessing user, the request amount of business datum or data in small base station, or the small base station bandwidth demand value currently having calculated that or the idle available bandwidth value that can be provided etc. can also be directly received, enterprise's net controller just can carry out the calculating and distribution of the bandwidth demand of small base station according to the information.

S202:When the actual bandwidth demand that the first bandwidth and the first network load judgment according to the small currently allocated acquisition in base station go out the small base station is more than first bandwidth, according to pre-set bandwidths allocation strategy, the part available bandwidth in the total bandwidth is distributed into first bandwidth.

Specifically, because the bandwidth of small base station and the bandwidth of enterprise network are all allocated and managed by enterprise's net controller, so enterprise's net controller can obtain small base station and the current bandwidth for having distributed acquisition of enterprise network at any time, i.e. the information of related bandwidth belongs to the retrievable information of enterprise network itself.It is appreciated that, because small base station controller is responsible for the management of the Radio Resource of small base station with cooperateing with, the first bandwidth for the currently allocated acquisition in small base station of its management can know that is, the information of the first bandwidth can also be that small base station controller is sent to enterprise's net controller.When enterprise's net controller is according to the first network load that acquisition is received in step S201 and the first bandwidth of the small base station obtained from itself, when judging that the actual bandwidth demand of small base station is more than the first bandwidth, according to the Bandwidth Allocation Policy pre-set, by the available bandwidth of the either whole of the part in the total bandwidth of the cable network of enterprise network, by way of configuring the bandwidth parameter of the different bandwidth allocation port numbers of different small base station correspondences, it is assigned in the first bandwidth, so as to produce the first bandwidth after redistributing.More specifically, when there is Multiple Small Cell Sites, obtained in the idle available bandwidth in being the bandwidth currently distributed from the fractional bandwidth in the first bandwidth of the small base station of other available free available bandwidths or from the corresponding cable network of enterprise network.It will also be appreciated that the part available bandwidth in total bandwidth may include Idle available bandwidth in the idle available bandwidth and the corresponding cable network of enterprise network of the corresponding wireless network in small base station.Allocation strategy can be allocated according to the ratio value between network load, it can also be allocated according to the priority of the priority either enterprise network of small base station, the bandwidth value required for evaluating wireless network or cable network can also be shifted to an earlier date by default calculation formula.

Yet further, the execution of this method step can be periodic performs, can also just be performed in the preset time point either period, for example operationally between or the meal time, the bandwidth allocation of targeted and purpose the adjustment wireless network of difference and cable network, so as to meet actual demand of the user in actual scene.More specifically, the network load of cable network is larger for example in intra-company, working time section, the bandwidth of demand is more;And at the dinner hour, the network load of wireless network is larger in section, demand bandwidth is larger, and the wireless network load of the corresponding small base station of its Chinese Restaurant is maximum, in such a application scenarios, idle available bandwidth in cable network then can be distributed to more to the corresponding wireless network in small base station in dining room, will the judgement of time and the judgement of network load be combined, can reach more preferable bandwidth sharing effect, lift Consumer's Experience.

It should be noted that; on specifically distributing, how many part available bandwidths is into the first bandwidth; it is to be calculated to obtain according to default allocation strategy; the present invention is not especially limited to specific allocation strategy calculation formula, as long as the present invention can be belonged to by the algorithm of Bandwidth adjustment balance network load protects the scope covered.

The embodiment of the present invention, Intranet is loaded by the current first network of the corresponding wireless network in small base station for receiving small base station system transmission, when the actual bandwidth demand that the first bandwidth according to the currently allocated acquisition in small base station and the first network load judgment go out small base station is more than first bandwidth, then according to pre-set bandwidths allocation strategy, part available bandwidth in total bandwidth is distributed into first bandwidth, the corresponding wireless network in its medium and small base station passes through the fixed total bandwidth for being accessed with movable fusion FMC mode and sharing the corresponding cable network of enterprise network.I.e. Intranet passes through the information exchange between small base station system, so that Intranet is according to small base station current bandwidth information and network load information, available free bandwidth in the total bandwidth of cable network is assigned in not enough corresponding first bandwidth in small base station of bandwidth according to certain allocation strategy, so that the distribution that wired total bandwidth of enterprise network can be equalized according to the current network load condition in small base station, it not only reasonably make use of bandwidth resources, improve bandwidth resources utilization rate, and provide quality of service guarantee for the small base station system and Intranet after fusion.

It is the schematic flow sheet of another bandwidth sharing method in the embodiment of the present invention referring to Fig. 3, below It will be described with reference to accompanying drawing 3 from enterprise's net controller side in Intranet, as shown in figure 3, this method may comprise steps of S301- steps S304.

Step S301:Receive the current first network load of the corresponding wireless network in small base station of small base station system transmission.

Step S302:When the actual bandwidth demand that the first bandwidth and the first network load judgment according to the small currently allocated acquisition in base station go out the small base station is more than first bandwidth, according to pre-set bandwidths allocation strategy, the part available bandwidth in the total bandwidth is distributed into first bandwidth.

Specifically, step S301 to step S302 refers to step S201 in above-mentioned Fig. 2 embodiments to step S202, repeats no more here.

Step S303:When the second bandwidth according to the currently allocated acquisition of the enterprise network and the second current network load of the corresponding cable network of the enterprise network judge that the actual bandwidth demand of the enterprise network is more than second bandwidth, according to pre-set bandwidths allocation strategy, the part available bandwidth in the total bandwidth is distributed into second bandwidth.

Specifically, enterprise's controller in Intranet can also obtain the information such as the second bandwidth and current network load of the currently allocated acquisition of itself, so as to carried out in system more accurately after whole fusion the distribution of bandwidth, adjustment with it is shared.Further, also enterprise's net controller, which can also be obtained, other can embody the information of enterprise network current bandwidth demand, such as the total flow of the number of access device, the request amount of business datum or data in enterprise network, or the enterprise network bandwidth demand value currently having calculated that or the idle available bandwidth value that can be provided etc. can also be directly obtained, and the calculating and distribution of the bandwidth demand of enterprise network may finally be carried out according to information above.

In the embodiment of the present invention, when enterprise's net controller is according to the second current network load of the second bandwidth and the corresponding cable network of enterprise network of the currently allocated acquisition of enterprise network, when judging that the actual bandwidth demand of enterprise network is more than the second bandwidth that current distribution is obtained, then according to pre-set bandwidths allocation strategy, part available bandwidth in total bandwidth is distributed into the second bandwidth, the specific method of salary distribution is then that the corresponding distribution bandwidth parameter of port numbers for the bandwidth for needing to adjust is readjusted by enterprise's net controller.It is understood that the corresponding available free bandwidth in small base station that the available bandwidth in total bandwidth now is mainly derived from small base station system;It will also be appreciated that can also be, at the beginning of small base station system and Intranet fusion, the part protection bandwidth just reserved then can be when small base station or enterprise network need bandwidth by protection bandwidth progress dynamically distributes.

Yet further, the execution of this method step can be periodic execution or just be performed in the preset time point either period, and the power consumption that the action executings such as bandwidth calculation distribution are produced can be reduced in application scenes.

It should be noted that step S303 can be performed or performed before step S301 and/or step S302 simultaneously, performed after can also be, the specific execution sequence present invention is not especially limited.

The execution of this method step can not only allow the idle available bandwidth in total bandwidth, redistributed between the corresponding wireless network in small base station in small base station system according to actual bandwidth demand, the bandwidth of the corresponding cable network of enterprise network is also allowed to be redistributed according to actual bandwidth demand simultaneously, i.e. in the embodiment of the present invention, can be in the system after whole FMC fusions, the real network load of cable network or wireless network in system, the bandwidth being actually needed is distributed accordingly, so that the idle available bandwidth in total bandwidth can enter Mobile state adjustment according to actual network load.

Step S304:The first bandwidth after distribution is fed back into the small base station system, to cause the small base station system to carry out service quality QoS control according to the first bandwidth after the distribution.

Specifically, enterprise's net controller is by the first bandwidth feedback of the information after being adjusted in step S302 to small base station system, it is used as parameter to carry out service quality (Quality of Service to allow small base station system by the first bandwidth after renewal, QoS control), such as type of service either user's access quantity of control user, so as to provide more preferable service ability for the network service of Intranet and small base station system, the problems such as solving network delay and obstruction, avoid when network over loading or congestion, it can ensure that important service amount is not postponed or abandoned, ensure the Effec-tive Function of network simultaneously.

The embodiment of the present invention, Intranet is loaded by the current first network of the corresponding wireless network in small base station for receiving small base station system transmission, when the actual bandwidth demand that the first bandwidth according to the currently allocated acquisition in small base station and the first network load judgment go out small base station is more than first bandwidth, then according to pre-set bandwidths allocation strategy, part available bandwidth in total bandwidth is distributed into first bandwidth, the corresponding wireless network in its medium and small base station passes through the fixed total bandwidth for being accessed with movable fusion FMC mode and sharing the corresponding cable network of enterprise network.I.e. Intranet passes through the information exchange between small base station system, so that Intranet is according to small base station current bandwidth information and network load information, available free bandwidth in the total bandwidth of cable network is assigned in not enough corresponding first bandwidth in small base station of bandwidth according to certain allocation strategy, so that the distribution that wired total bandwidth of enterprise network can be equalized according to the current network load condition in small base station, it not only reasonably make use of bandwidth resources, bandwidth resources utilization rate is improved, and is small after merging Base station system and Intranet provide quality of service guarantee.

Referring to Fig. 4, it is the schematic flow sheet of another bandwidth sharing method in the embodiment of the present invention, is described below in conjunction with accompanying drawing 4 from enterprise's net controller side in Intranet, as shown in figure 4, this method may comprise steps of S401- steps S404.

Step S401:Receive the current first network load of the corresponding wireless network in small base station of small base station system transmission.

Specifically, step S401 refers to the step S201 in above-mentioned Fig. 2 embodiments, repeats no more here.

Step S402:When the first bandwidth and the first network load judgment according to the small currently allocated acquisition in base station go out base station small comprising target in the multiple small base station, according to the first allocation strategy, the part available bandwidth in the corresponding total bandwidth in the multiple small base station is distributed into corresponding first bandwidth in the small base station of the target.

Specifically, when including Multiple Small Cell Sites in small base station system, the first network load received is each self-corresponding first network load of Multiple Small Cell Sites, the first bandwidth of each self-corresponding currently allocated acquisition of a width of Multiple Small Cell Sites of first band of the small currently allocated acquisition in base station.The small base station of target is the small base station that currently practical bandwidth demand is more than corresponding first bandwidth.When enterprise's net controller according to each self-corresponding first band of Multiple Small Cell Sites is wide and first network load judgment go out in Multiple Small Cell Sites to include currently practical bandwidth demand more than corresponding first bandwidth target small base station when, when judging to there is small base station to need to carry out Bandwidth adjustment in Multiple Small Cell Sites, by the total bandwidth of the corresponding wireless network of small base station system, it is total idle bandwidth in all small base stations in this embodiment, according to the first allocation strategy, partially or completely idle available bandwidth in total idle available bandwidth is assigned in the not enough small base station of target of current bandwidth.When the small base station of target is multiple, specific allocation strategy can be the ratio value according to network load, and total idle bandwidth is proportionally worth to the distribution for the pre-set priority progress demand priority being allocated or according to small base station.

It is understood that can also be distributed in the present invention by the idle available bandwidth in total bandwidth according to the ratio value between the network load of the small base station of target into the small base station of multiple targets.

Step S403:When the second bandwidth according to the currently allocated acquisition of the enterprise network and the second current network load of the corresponding cable network of the enterprise network judge that the actual bandwidth demand of the enterprise network is more than second bandwidth, according to pre-set bandwidths allocation strategy, the part available bandwidth in the total bandwidth is distributed into second bandwidth.

Step S404:The first bandwidth after distribution is fed back into the small base station system, to cause the small base station system to carry out service quality QoS control according to the first bandwidth after the distribution.

Specifically, step S403 to step S404 refers to step S303 in above-mentioned Fig. 3 embodiments to step S304, repeats no more here.

The embodiment of the present invention, Intranet is loaded by the current first network of the corresponding wireless network in small base station for receiving small base station system transmission, when the actual bandwidth demand that the first bandwidth according to the currently allocated acquisition in small base station and the first network load judgment go out small base station is more than first bandwidth, then according to pre-set bandwidths allocation strategy, part available bandwidth in total bandwidth is distributed into first bandwidth, the corresponding wireless network in its medium and small base station passes through the fixed total bandwidth for being accessed with movable fusion FMC mode and sharing the corresponding cable network of enterprise network.I.e. Intranet passes through the information exchange between small base station system, so that Intranet is according to small base station current bandwidth information and network load information, available free bandwidth in the total bandwidth of cable network is assigned in not enough corresponding first bandwidth in small base station of bandwidth according to certain allocation strategy, so that the distribution that wired total bandwidth of enterprise network can be equalized according to the current network load condition in small base station, it not only reasonably make use of bandwidth resources, improve bandwidth resources utilization rate, and provide quality of service guarantee for the small base station system and Intranet after fusion.

Referring to Fig. 5, it is the schematic flow sheet of another bandwidth sharing method in the embodiment of the present invention, is described below in conjunction with accompanying drawing 5 from enterprise's net controller side in Intranet, as shown in figure 5, this method may comprise steps of S501- steps S502.

Step S501:Receive the current first network load of the corresponding wireless network in small base station of small base station system transmission.

Specifically, step S501 refers to the step S201 in above-mentioned Fig. 2 embodiments, repeats no more here.

Step S502:When the actual bandwidth demand that the first bandwidth and the first network load judgment according to the small currently allocated acquisition in base station go out the small base station is more than first bandwidth, and when the second bandwidth according to the currently allocated acquisition of the enterprise network and the second current network load of the corresponding cable network of the enterprise network judge that the actual bandwidth demand of the enterprise network is less than second bandwidth, according to the second allocation strategy, the part available bandwidth in second bandwidth is distributed into first bandwidth.

Specifically, when judging that the small bandwidth of base station in small base station system is not enough, and enterprise network bandwidth it is available free available when, then can give the first bandwidth with bandwidth allocation by the free time partially or completely in enterprise network Use, with balance network load.It should be noted that, the execution sequence of the first network load of the small base station of enterprise's net controller reception in the embodiment of the present invention and the first bandwidth of the second bandwidth, the second network load and the small base station that obtain itself is in no particular order, can be simultaneously, can also have successively, but need to ensure, otherwise first bandwidth and first network load and the second bandwidth and the second network load can cause the real-time value for losing information for point or at the same time section at the same time.

Further, when the actual bandwidth demand that the enterprise network is judged according to second bandwidth and the second network load is more than second bandwidth, and when going out base station small comprising multiple targets in the multiple small base station according to first bandwidth and first network load judgment, by the total bandwidth available in the total bandwidth, according to the ratio value between each self-corresponding first network load of second network load and the small base station of the multiple target, distribution to each self-corresponding first band of second bandwidth and the small base station of the multiple target it is wide in;

Yet further, when the actual bandwidth demand that the enterprise network is judged according to second bandwidth and the second network load is less than second bandwidth, and when going out base station small comprising multiple targets in the multiple small base station according to first bandwidth and first network load judgment, by the total bandwidth available in the total bandwidth, according to the ratio value between each self-corresponding first network load in the small base station of the multiple target, distribution to the multiple each self-corresponding first band in the small base station of target it is wide in.

The embodiment of the present invention, Intranet is loaded by the current first network of the corresponding wireless network in small base station for receiving small base station system transmission, when the actual bandwidth demand that the first bandwidth according to the currently allocated acquisition in small base station and the first network load judgment go out small base station is more than first bandwidth, then according to pre-set bandwidths allocation strategy, part available bandwidth in total bandwidth is distributed into first bandwidth, the corresponding wireless network in its medium and small base station passes through the fixed total bandwidth for being accessed with movable fusion FMC mode and sharing the corresponding cable network of enterprise network.I.e. Intranet passes through the information exchange between small base station system, so that Intranet is according to small base station current bandwidth information and network load information, available free bandwidth in the total bandwidth of cable network is assigned in not enough corresponding first bandwidth in small base station of bandwidth according to certain allocation strategy, so that the distribution that wired total bandwidth of enterprise network can be equalized according to the current network load condition in small base station, it not only reasonably make use of bandwidth resources, improve bandwidth resources utilization rate, and provide quality of service guarantee for the small base station system and Intranet after fusion.

Referring to Fig. 6, it is the schematic flow sheet of another bandwidth sharing method in the embodiment of the present invention, is described below in conjunction with accompanying drawing 6 from enterprise's net controller side in Intranet, as shown in fig. 6, the party Method may comprise steps of S601- steps S604.

Step S601:Receive the current first network load of the corresponding wireless network in small base station of small base station system transmission.

Specifically, step S601 refers to the step S201 in above-mentioned Fig. 2 embodiments, repeats no more here.

Step S602:When the first bandwidth and the first network load judgment according to the small currently allocated acquisition in base station go out base station small comprising target in the multiple small base station, according to the first allocation strategy, the part available bandwidth in the corresponding total bandwidth in the multiple small base station is distributed into corresponding first bandwidth in the small base station of the target.

Specifically, step S601 to step S602 refers to step S401 in above-mentioned Fig. 4 embodiments to step S402, repeats no more here.

Step S603:When the second bandwidth according to the currently allocated acquisition of the enterprise network and the second current network load of the corresponding cable network of the enterprise network judge that the actual bandwidth demand of the enterprise network is more than second bandwidth, and when the actual bandwidth demand for going out the small base station according to first bandwidth and first network load judgment is less than first bandwidth, according to the 3rd allocation strategy, the part available bandwidth in first bandwidth is distributed into second bandwidth.

Specifically, when enterprise's net controller is according to the second bandwidth and the second network load, judge enterprise network bandwidth is not enough and small base station system in the available free available bandwidth in small base station when, then by the fractional bandwidth of the idle bandwidth kind in the small base station or whole idle available bandwidths, the corresponding cable network of enterprise network is distributed to according to the 3rd allocation strategy currently to distribute in the second bandwidth of acquisition, to share the network load pressure that enterprise network is current.

It is understood that the first allocation strategy, the second allocation strategy or the 3rd allocation strategy mentioned in the present invention, can be that identical can also be different, the present invention is not specifically limited.

Step S604:The first bandwidth after distribution is fed back into the small base station system, to cause the small base station system to carry out service quality QoS control according to the first bandwidth after the distribution.

Specifically, step S604 refers to the step S304 in above-mentioned Fig. 3 embodiments, repeats no more here.

The embodiment of the present invention, Intranet is loaded by the current first network of the corresponding wireless network in small base station for receiving small base station system transmission, when the actual bandwidth demand that the first bandwidth according to the currently allocated acquisition in small base station and the first network load judgment go out small base station is more than first bandwidth, then according to pre-set bandwidths allocation strategy, part available bandwidth in total bandwidth is distributed into first bandwidth, its medium and small base station is corresponding Wireless network passes through the fixed total bandwidth for being accessed with movable fusion FMC mode and sharing the corresponding cable network of enterprise network.I.e. Intranet passes through the information exchange between small base station system, so that Intranet is according to small base station current bandwidth information and network load information, available free bandwidth in the total bandwidth of cable network is assigned in not enough corresponding first bandwidth in small base station of bandwidth according to certain allocation strategy, so that the distribution that wired total bandwidth of enterprise network can be equalized according to the current network load condition in small base station, it not only reasonably make use of bandwidth resources, improve bandwidth resources utilization rate, and provide quality of service guarantee for the small base station system and Intranet after fusion.

Referring to Fig. 7, it is the schematic flow sheet of another bandwidth sharing method in the embodiment of the present invention, is described below in conjunction with accompanying drawing 7 from enterprise's net controller side in Intranet, as shown in fig. 7, this method may comprise steps of S701- steps S707.

Step S701:Receive the current first network load of the corresponding wireless network in small base station of small base station system transmission.

Specifically, step S701 refers to the step S201 in above-mentioned Fig. 2 embodiments, repeats no more here.

Step S702:Judge whether to reach preset time point or whether enter preset time period.

Specifically, enterprise's net controller judges whether to reach preset time point or whether enters preset time period.Observation that summary is drawn or according to network management personnel can be calculated according to the conventional bandwidth demand historical record of the system after fusion for the preset time point and preset time period or general knowledge is set.The setting of preset time point or preset time period flexibly can change and optimize.It should be noted that what step S701 and step S702 execution sequence can also flexibly change, for example first judge whether to reach that time point or period perform the action for receiving first network load again, the present invention is not especially limited.

Step S703:When judged result for when being, then triggering performs described when judged result is to be, then triggering performs described when the actual bandwidth demand that the first bandwidth and the first network load judgment according to the small currently allocated acquisition in base station go out the small base station is more than first bandwidth, according to pre-set bandwidths allocation strategy, the step that the part available bandwidth in the total bandwidth is distributed into first bandwidth.

Specifically, according to step S702 judged result, when result for when being, then triggering is performed when the actual bandwidth demand for going out small base station according to the first bandwidth and first network load judgment is more than the first bandwidth, according to pre-set bandwidths allocation strategy, the step that the part available bandwidth in total bandwidth is distributed into first bandwidth.More specifically, referring to the step S202 in above-mentioned Fig. 2 embodiments, repeat no more here.

Because this method step is based on the judgement to the time, suitable in set time point or period wireless data service compare concentration place carry out, the judgement that non-default time point or period can be saved is calculated, the judgement and calculating of bandwidth allocation are only carried out in predetermined point of time or predetermined amount of time, power consumption and amount of calculation of enterprise's net controller and small base station controller etc. is saved.

Step S704:Judge whether to reach preset time point or whether enter preset time period.

Specifically, enterprise's net controller judges whether to reach preset time point or whether enters preset time period.Observation that summary is drawn or according to network management personnel can be calculated according to the conventional bandwidth demand historical record of the system after fusion for the preset time point and preset time period or general knowledge is set.The setting of preset time point or preset time period flexibly can change and optimize.It should be noted that, the judgement at time point or period in this step S704 and the judgement at the time point in step S702 or period can belong to while the same step performed, can also be the different step separately independently executed respectively, the present invention is not especially limited.

Step S705:When judged result for when being, when then triggering execution second network load when the second bandwidth according to the currently allocated acquisition of the enterprise network and the corresponding cable network of the enterprise network currently judges that the actual bandwidth demand of the enterprise network is more than second bandwidth, according to pre-set bandwidths allocation strategy, the step that the part available bandwidth in the total bandwidth is distributed into second bandwidth.

Specifically, according to step S704 judged result, when result for when being, then triggering is performed when the actual bandwidth demand that enterprise network is judged according to the second bandwidth and the second network load is more than the second bandwidth, according to pre-set bandwidths allocation strategy, the step that the part available bandwidth in total bandwidth is distributed into the second bandwidth.More specifically, referring to the step S303 in above-mentioned Fig. 3 embodiments, repeat no more here.

Because this method step is based on the judgement to the time, suitable in set time point or period wired data service compare concentration place carry out, the judgement that non-default time point or period can be saved is calculated, the judgement and calculating of bandwidth allocation are only carried out in predetermined point of time or predetermined amount of time, power consumption and amount of calculation of enterprise's net controller and small base station controller etc. is saved.

Step S706:The first bandwidth after distribution is fed back into the small base station system, to cause the small base station system to carry out service quality QoS control according to the first bandwidth after the distribution.

Specifically, step S706 refers to the step S304 in above-mentioned Fig. 3 embodiments, repeats no more here.

The embodiment of the present invention, Intranet is loaded by receiving the current first network of the corresponding wireless network in small base station that small base station system is sent, when the first bandwidth according to the currently allocated acquisition in small base station and this first When network load judges that the actual bandwidth demand of small base station is more than first bandwidth, then according to pre-set bandwidths allocation strategy, part available bandwidth in total bandwidth is distributed into first bandwidth, the corresponding wireless network in its medium and small base station passes through the fixed total bandwidth for being accessed with movable fusion FMC mode and sharing the corresponding cable network of enterprise network.I.e. Intranet passes through the information exchange between small base station system, so that Intranet is according to small base station current bandwidth information and network load information, available free bandwidth in the total bandwidth of cable network is assigned in not enough corresponding first bandwidth in small base station of bandwidth according to certain allocation strategy, so that the distribution that wired total bandwidth of enterprise network can be equalized according to the current network load condition in small base station, it not only reasonably make use of bandwidth resources, improve bandwidth resources utilization rate, and provide quality of service guarantee for the small base station system and Intranet after fusion.

Referring to Fig. 8, it is the schematic flow sheet of another bandwidth sharing method in the embodiment of the present invention, it is described below in conjunction with accompanying drawing 8 from the interaction side of enterprise's net controller in the small base station controller and Intranet in small base station system, as shown in figure 8, this method may comprise steps of S801- steps S804.

Step S801:Small base station system sends the current first network of the corresponding wireless network in small base station to Intranet and loaded.

Specifically, small base station system sends the current first network of the corresponding wireless network in small base station by enterprise net controller of the small base station controller into Intranet and loaded, the corresponding wireless network in the small base station passes through the fixed total bandwidth for being accessed with movable fusion FMC mode and sharing the corresponding cable network of enterprise network, loaded with the first network for causing the corresponding wireless network in small base station that the small base station system of the Intranet reception is sent current, when the actual bandwidth demand that the first bandwidth and the first network load judgment according to the small currently allocated acquisition in base station go out the small base station is more than first bandwidth, according to pre-set bandwidths allocation strategy, part available bandwidth in the total bandwidth is distributed into first bandwidth.More specifically, information interactive interface can be increased respectively in small base station controller and the controller of enterprise network.In order to the information exchange of both sides.

Step S802:Receive the current first network load of the corresponding wireless network in small base station of small base station system transmission.

Step S803:When the actual bandwidth demand that the first bandwidth and the first network load judgment according to the small currently allocated acquisition in base station go out the small base station is more than first bandwidth, according to pre-set bandwidths allocation strategy, the part available bandwidth in the total bandwidth is distributed into first bandwidth.

Step S804:When the second bandwidth according to the currently allocated acquisition of the enterprise network and the second current network load of the corresponding cable network of the enterprise network judge that the actual bandwidth demand of the enterprise network is more than second bandwidth, according to pre-set bandwidths allocation strategy, the part available bandwidth in the total bandwidth is distributed into second bandwidth.

Specifically, step S802 to step S804 can be corresponded to referring to figs. 2 to the embodiment in embodiment of the method in Fig. 7, repeated no more here.

The embodiment of the present invention, small base station system is loaded by sending the current first network of the corresponding wireless network in small base station to Intranet, so that Intranet is when the actual bandwidth demand that the first bandwidth according to the currently allocated acquisition in small base station and the first network load judgment go out small base station is more than the first bandwidth, then according to pre-set bandwidths allocation strategy, part available bandwidth in total bandwidth is distributed into the first bandwidth, the corresponding wireless network in its medium and small base station passes through the fixed total bandwidth for being accessed with movable fusion FMC mode and sharing the corresponding cable network of enterprise network.I.e. small base station system passes through the information exchange between Intranet, so that Intranet is according to small base station current bandwidth information and network load information, available free bandwidth in the total bandwidth of cable network is assigned in not enough corresponding first bandwidth in small base station of bandwidth according to certain allocation strategy, so that the distribution that wired total bandwidth of enterprise network can be equalized according to the current network load condition in small base station, it not only reasonably make use of bandwidth resources, improve bandwidth resources utilization rate, and provide quality of service guarantee for the small base station system and Intranet after fusion.

Referring to Fig. 9, it is the schematic flow sheet of another bandwidth sharing method in the embodiment of the present invention, it is described below in conjunction with accompanying drawing 9 from the interaction side of enterprise's net controller in the small base station controller and Intranet in small base station system, as shown in figure 9, this method may comprise steps of S901- steps S906.

Step S901:Small base station system sends the current first network of the corresponding wireless network in small base station to Intranet and loaded.

Specifically, step S901 refers to the step S801 in above-mentioned Fig. 8 embodiments, repeats no more here.

Step S902:Receive the current first network load of the corresponding wireless network in small base station of small base station system transmission.

Step S903:When the actual bandwidth demand that the first bandwidth and the first network load judgment according to the small currently allocated acquisition in base station go out the small base station is more than first bandwidth, according to pre-set bandwidths allocation strategy, the part available bandwidth in the total bandwidth is distributed into first bandwidth.

Step S904:When the second bandwidth according to the currently allocated acquisition of the enterprise network and the second current network load of the corresponding cable network of the enterprise network judge that the actual bandwidth demand of the enterprise network is more than second bandwidth, according to pre-set bandwidths allocation strategy, the part available bandwidth in the total bandwidth is distributed into second bandwidth.

Step S905:The first bandwidth after distribution is fed back into the small base station system, to cause the small base station system to carry out service quality QoS control according to the first bandwidth after the distribution.

Specifically, step S902 can correspond to the embodiment in the embodiment of the method referring to figs. 2 to Fig. 7 to step S905, repeat no more here.

Step S906:The first bandwidth after the distribution of the Intranet feedback is received, and service quality QoS control is carried out according to the first bandwidth after the distribution.

Specifically, the first bandwidth after the redistributing of the enterprise controller feedback in Intranet is received, and service quality QoS control is carried out according to the first bandwidth after distribution.For example, according to the first bandwidth after redistributing, the control of the portfolio to accessing UE, to control of type of service such as stream medium data etc..The constraint information for the cable port bandwidth that i.e. small base station controller feeds back according to enterprise's net controller, adjusts maximum accessing user's parameter of each small base station or allows parameter of access service types etc..

Further, small base station controller judges whether the first bandwidth after the distribution meets the current actual bandwidth demand in the small base station according to the current network load in small base station;If judged result is no, control the number of access user equipment UE in the small base station, or accessed UE startup pre-set business according to preset algorithm control, i.e. after by the way that idle available bandwidth is redistributed, when still can not meet the overweight small base station of now network load, access user equipment UE quantity, or control can be then controlled to access UE type of service by small base station controller, such as controllable UE stream medium data request.

Yet further, small base station controller judges the current first network load of the wireless network whether the multiple the first bandwidth distributed after adjustment can meet each self-corresponding small base station;When judging to there is at least one small base station to meet and at least one small base station is unsatisfactory for, the part UE in the not enough small base station of bandwidth is switched to and carried out data transmission in the small base station of available free available bandwidth, to mitigate the network load of the not enough small base station of bandwidth.

The embodiment of the present invention, small base station system is loaded by sending the current first network of the corresponding wireless network in small base station to Intranet, so that Intranet is when the actual bandwidth demand that the first bandwidth according to the currently allocated acquisition in small base station and the first network load judgment go out small base station is more than the first bandwidth, then according to pre- If Bandwidth Allocation Policy, the part available bandwidth in total bandwidth is distributed into the first bandwidth, the corresponding wireless network in its medium and small base station passes through the fixed total bandwidth for being accessed with movable fusion FMC mode and sharing the corresponding cable network of enterprise network.I.e. small base station system passes through the information exchange between Intranet, so that Intranet is according to small base station current bandwidth information and network load information, available free bandwidth in the total bandwidth of cable network is assigned in not enough corresponding first bandwidth in small base station of bandwidth according to certain allocation strategy, so that the distribution that wired total bandwidth of enterprise network can be equalized according to the current network load condition in small base station, it not only reasonably make use of bandwidth resources, improve bandwidth resources utilization rate, and provide quality of service guarantee for the small base station system and Intranet after fusion.

In specific application scenarios, as shown in Figure 10, it is a concrete application scene schematic diagram of bandwidth sharing method in the embodiment of the present invention, in Figure 10, for the small base station system and the original bandwidth allocation situation of Intranet after being merged by FMC, for example, the initial total bandwidth of the corresponding cable network of enterprise network is 500M, each self-corresponding wireless network in small base station in small base station system currently distributes the bandwidth respectively 100M of acquisition, the corresponding cable network of enterprise network currently distributes a width of 200M of band of acquisition, specific bandwidth parameter can be adjusted flexibly according to different application scenarios.

In specific application scenarios, as shown in figure 11, it is another concrete application scene schematic diagram of bandwidth sharing method in the embodiment of the present invention, in fig. 11, when enterprise's net controller is loaded according to the first network sended in information interactive interface, when judging the bandwidth deficiency for thering is small base station currently to distribute in small base station system, and when having the available free available bandwidth in small base station, as the small current desired band wanted in base station 1 and small base station 2 is wider than the bandwidth that current distribution is obtained in Figure 11, and now the bandwidth demand of small base station 3 is less than the bandwidth that current distribution is obtained, then by the idle available bandwidth of the either whole of the part idle bandwidth in small base station 3, e.g. 80M distributes to small base station 1 and small base station 2, small base station 1 and small base station 2 in this scene obtain 40M respectively.Specific distribution method can be allocated according to actual demand percentage, can also be allocated, can also be allocated according to preset algorithm etc. according to the priority of small base station, specific distribution method this application scene is not especially limited.

In specific application scenarios, as shown in figure 12, it is another concrete application scene schematic diagram of bandwidth sharing method in the embodiment of the present invention, in fig. 12, when the bandwidth for judging to have small base station currently to distribute in small base station system is not enough, and during the available free available bandwidth of the corresponding cable network of enterprise network, the small current desired band wanted in base station 1 and small base station 2 is wider than the bandwidth that current distribution is obtained in such as Figure 12, and now looks forward to The bandwidth demand of the corresponding cable network of industry net is less than the bandwidth that current distribution is obtained, then by the idle available bandwidth of the idle available bandwidth in the part of enterprise network either whole, e.g. 100M distributes to small base station 1 and small base station 2, small base station 1 and small base station 2 obtain 50M respectively in this scene, can also be allocated according to actual demand percentage can also be allocated according to the priority of small base station, it can also be allocated according to preset algorithm etc., specific distribution method this application scene is not especially limited.

In specific application scenarios, as shown in figure 13, it is another concrete application scene schematic diagram of bandwidth sharing method in the embodiment of the present invention, in Figure 13, when the bandwidth for judging that enterprise network is currently distributed is not enough, and in small base station system during available free available bandwidth, as the current desired band wanted of enterprise network in Figure 13 is wider than the bandwidth that current distribution is obtained, and now the current bandwidth demand in small base station 2 and small base station 3 is less than the bandwidth that current distribution is obtained, then by the idle available bandwidth of the either whole of the part idle bandwidth in small base station 2 and small base station 3, e.g. 50M distributes to enterprise network, i.e. enterprise network has acquisition 100M altogether, the distribution of specific bandwidth value can also be carried out according to preset algorithm etc., specific distribution method this application scene is not especially limited.

In specific application scenarios, as shown in figure 14, it is another concrete application scene schematic diagram of bandwidth sharing method in the embodiment of the present invention, in Figure 14, small base station controller and enterprise's net controller, which can melt, merges into same controlled entity, it is not limited to the title that independent or fit form is also not limited to controller, can be to being uniformly controlled by the FMC small base station systems merged and Intranet after merging, also the unified dynamically distributes of bandwidth can be carried out, more specifically realize details, it refer to the embodiment of the method in above-mentioned Fig. 2-Fig. 9, here repeat no more.

Referring to Figure 15, the structural representation of an embodiment of the bandwidth sharing device in the embodiment of the present invention is described in detail.The device 10 may include:The distribute module 106 of receiving module 101 and first, wherein

Receiving module 101, the first network load current for receiving the corresponding wireless network in small base station that small base station system sends, the corresponding wireless network in the small base station passes through the fixed total bandwidth for being accessed with movable fusion FMC mode and sharing the corresponding cable network of enterprise network;

First distribute module 106, when being more than first bandwidth for going out the actual bandwidth demand of the small base station when the first bandwidth and the first network load judgment according to the small currently allocated acquisition in base station, according to pre-set bandwidths allocation strategy, the part available bandwidth in the total bandwidth is distributed into first bandwidth.

Specifically, the structure of another embodiment for the bandwidth sharing device that the present invention as shown in figure 16 is provided Schematic diagram, bandwidth sharing device 10 can also include:Second distribute module 107, wherein

Second distribute module 107, when judging that the actual bandwidth demand of the enterprise network is more than second bandwidth for the second network load when the second bandwidth according to the currently allocated acquisition of the enterprise network and the corresponding cable network of the enterprise network currently, according to pre-set bandwidths allocation strategy, the part available bandwidth in the total bandwidth is distributed into second bandwidth.

Further, the small base station system includes Multiple Small Cell Sites;The first network load received is the multiple small each self-corresponding first network load in base station, the first bandwidth of a width of the multiple small each self-corresponding currently allocated acquisition in base station of first band of the small currently allocated acquisition in base station;First distribute module 106, specifically for:

When the first bandwidth and the first network load judgment according to the small currently allocated acquisition in base station go out base station small comprising target in the multiple small base station, according to the first allocation strategy, part available bandwidth in the corresponding total bandwidth in the multiple small base station is distributed into corresponding first bandwidth in the small base station of the target, the small base station of target is the small base station that currently practical bandwidth demand is more than corresponding first bandwidth.

Yet further, described device also includes the acquisition module;First distribute module 106, specifically for:

When the actual bandwidth demand that the first bandwidth and the first network load judgment according to the small currently allocated acquisition in base station go out the small base station is more than first bandwidth, and when the second bandwidth according to the currently allocated acquisition of the enterprise network and the second current network load of the corresponding cable network of the enterprise network judge that the actual bandwidth demand of the enterprise network is less than second bandwidth, according to the second allocation strategy, the part available bandwidth in second bandwidth is distributed into first bandwidth.

Yet further, second distribute module 108, specifically for:

When the second bandwidth according to the currently allocated acquisition of the enterprise network and the second current network load of the corresponding cable network of the enterprise network judge that the actual bandwidth demand of the enterprise network is more than second bandwidth, and when the actual bandwidth demand for going out the small base station according to first bandwidth and first network load judgment is less than first bandwidth, according to the 3rd allocation strategy, the part available bandwidth in first bandwidth is distributed into second bandwidth.

Yet further, first distribute module 106, specifically for:

When the first bandwidth and the first network load judgment according to the small currently allocated acquisition in base station go out in the multiple small base station comprising the small base station of multiple targets, by the corresponding total bandwidth in the multiple small base station In total bandwidth available, according to the ratio value between each self-corresponding first network load in the small base station of the multiple target, distribution to each self-corresponding first band in the small base station of the multiple target it is wide in.

Yet further, the structural representation of the another embodiment for the bandwidth sharing device that the present invention as shown in figure 17 is provided, bandwidth sharing device 10, may also include:First judge module 102 and the first trigger module 103, wherein

First judge module 102, for judging whether to reach preset time point or whether entering preset time period;

First trigger module 103, during for being when judged result, then triggering performs described when the actual bandwidth demand that the first bandwidth and the first network load judgment according to the small currently allocated acquisition in base station go out the small base station is more than first bandwidth, according to pre-set bandwidths allocation strategy, the step that the part available bandwidth in the total bandwidth is distributed into first bandwidth.

Yet further, the structural representation of the another embodiment for the bandwidth sharing device that the present invention as shown in figure 18 is provided, bandwidth sharing device 10, may also include:Second judge module 104 and the second trigger module 105,

Second judge module 104, for judging whether to reach preset time point or whether entering preset time period;

Second trigger module 105, when then triggering execution second network load when the second bandwidth according to the currently allocated acquisition of the enterprise network and the corresponding cable network of the enterprise network currently judges that the actual bandwidth demand of the enterprise network is more than second bandwidth, according to pre-set bandwidths allocation strategy, the step that the part available bandwidth in the total bandwidth is distributed into second bandwidth.

Yet further, the structural representation of the another embodiment for the bandwidth sharing device that the present invention as shown in figure 19 is provided, bandwidth sharing device 10, may also include:Feedback module 108, wherein

Feedback module 108, for the first bandwidth after distribution to be fed back into the small base station system, to cause the small base station system to carry out service quality QoS control according to the first bandwidth after the distribution.

It will be appreciated that the function of each module can correspond to the specific implementation in each method embodiments of the above-mentioned Fig. 2 of reference into Fig. 7 in bandwidth sharing device 10, repeat no more here.

The embodiment of the present invention, Intranet is loaded by the current first network of the corresponding wireless network in small base station of the small base station system transmission of bandwidth sharing device reception, when the actual bandwidth demand that the first bandwidth according to the currently allocated acquisition in small base station and the first network load judgment go out small base station is more than first bandwidth, then according to pre-set bandwidths allocation strategy, part available bandwidth in total bandwidth is distributed into first bandwidth, the corresponding wireless network in its medium and small base station is accessed and to share enterprise network corresponding by fixed with movable fusion FMC mode Cable network total bandwidth.I.e. Intranet passes through the information exchange between small base station system, so that Intranet is according to small base station current bandwidth information and network load information, available free bandwidth in the total bandwidth of cable network is assigned in not enough corresponding first bandwidth in small base station of bandwidth according to certain allocation strategy, so that the distribution that wired total bandwidth of enterprise network can be equalized according to the current network load condition in small base station, it not only reasonably make use of bandwidth resources, improve bandwidth resources utilization rate, and provide quality of service guarantee for the small base station system and Intranet after fusion.

Referring to Figure 20, the structural representation of an embodiment of the bandwidth sharing equipment in the embodiment of the present invention is described in detail.The equipment 20 may include:Sending module 201, wherein

Sending module 201, the current first network of the corresponding wireless network in small base station is sent for small base station system to Intranet to load, the corresponding wireless network in the small base station passes through the fixed total bandwidth for being accessed with movable fusion FMC mode and sharing the corresponding cable network of enterprise network, loaded with the first network for causing the corresponding wireless network in small base station that the small base station system of the Intranet reception is sent current, when the actual bandwidth demand that the first bandwidth and the first network load judgment according to the small currently allocated acquisition in base station go out the small base station is more than first bandwidth, according to pre-set bandwidths allocation strategy, part available bandwidth in the total bandwidth is distributed into first bandwidth.

Specifically, the structural representation of another embodiment for the bandwidth sharing equipment that the present invention as shown in figure 21 is provided, bandwidth sharing equipment 20, can also include:Control module 202, wherein

Control module 202, the first bandwidth after distribution for receiving the Intranet feedback, and service quality QoS control is carried out according to the first bandwidth after the distribution.

Further, the structural representation for the control module that the present invention as shown in figure 22 is provided, control module 202, it may include:Judging unit 2021 and control unit 2022, wherein

Judging unit 2021, the first bandwidth after distribution for receiving the Intranet feedback, and judge whether the first bandwidth after the distribution meets the current actual bandwidth demand in the small base station according to the current network load in the small base station;

Control unit 2022, if being no for judged result, controls the number of access user equipment UE in the small base station, or accessed UE startup pre-set business according to preset algorithm control.

It will be appreciated that the function of each module can correspond to the specific implementation in each method embodiments of the above-mentioned Fig. 8 of reference into Fig. 9 in bandwidth sharing equipment 20, repeat no more here.

The embodiment of the present invention, bandwidth sharing equipment in small base station system sends the current first network of the corresponding wireless network in small base station to Intranet and loaded, so that Intranet is when the actual bandwidth demand that the first bandwidth according to the currently allocated acquisition in small base station and the first network load judgment go out small base station is more than the first bandwidth, then according to pre-set bandwidths allocation strategy, part available bandwidth in total bandwidth is distributed into the first bandwidth, the corresponding wireless network in its medium and small base station passes through the fixed total bandwidth for being accessed with movable fusion FMC mode and sharing the corresponding cable network of enterprise network.I.e. small base station system passes through the information exchange between Intranet, so that Intranet is according to small base station current bandwidth information and network load information, available free bandwidth in the total bandwidth of cable network is assigned in not enough corresponding first bandwidth in small base station of bandwidth according to certain allocation strategy, so that the distribution that wired total bandwidth of enterprise network can be equalized according to the current network load condition in small base station, it not only reasonably make use of bandwidth resources, improve bandwidth resources utilization rate, and provide quality of service guarantee for the small base station system and Intranet after fusion.

For the ease of preferably implementing the such scheme of the embodiment of the present invention, present invention also offers the relevant apparatus for implementing such scheme for coordinating.The structural representation of the bandwidth sharing control device provided with reference to the present invention shown in Figure 23, is described in detail:

Bandwidth sharing control device 30 includes:Input unit 301, output device 302, memory 303 and processor 304 (quantity of the processor 304 in bandwidth sharing control device 30 can be with one or more, in Figure 23 by taking a processor as an example).In some embodiments of the invention, input unit 301, output device 302, memory 303 and processor 304 can be connected by bus or other manner, wherein, in Figure 23 exemplified by being connected by bus.

Wherein, the memory 303 is used for store program codes, and the program code that the processor 304 is used to call the memory 303 to store performs following steps:

The current first network of the corresponding wireless network in small base station that small base station system sends is received by the input unit 301 to load, the corresponding wireless network in the small base station passes through the fixed total bandwidth for accessing with movable fusion FMC mode and sharing the corresponding cable network of enterprise network;

When the actual bandwidth demand that the first bandwidth and the first network load judgment according to the small currently allocated acquisition in base station go out the small base station is more than first bandwidth, according to pre-set bandwidths allocation strategy, the part available bandwidth in the total bandwidth is distributed into first bandwidth.

Specifically, the processor 304 is also executed the following steps:

When the second bandwidth according to the currently allocated acquisition of the enterprise network and the second current network load of the corresponding cable network of the enterprise network judge that the actual bandwidth demand of the enterprise network is more than second bandwidth, according to pre-set bandwidths allocation strategy, the part available bandwidth in the total bandwidth is distributed into second bandwidth.

Further, the small base station system includes Multiple Small Cell Sites;The first network load received is the multiple small each self-corresponding first network load in base station, the first bandwidth of a width of the multiple small each self-corresponding currently allocated acquisition in base station of first band of the small currently allocated acquisition in base station;

When the actual bandwidth demand that first bandwidth and the first network load judgment when according to the small currently allocated acquisition in base station goes out the small base station is more than first bandwidth, the processor is according to pre-set bandwidths allocation strategy, part available bandwidth in the total bandwidth is distributed into first bandwidth, including:

When the first bandwidth and the first network load judgment according to the small currently allocated acquisition in base station go out base station small comprising target in the multiple small base station, according to the first allocation strategy, part available bandwidth in the corresponding total bandwidth in the multiple small base station is distributed into corresponding first bandwidth in the small base station of the target, the small base station of target is the small base station that currently practical bandwidth demand is more than corresponding first bandwidth.

Yet further, the processor 304 distributes the part available bandwidth in the total bandwidth into first bandwidth according to pre-set bandwidths allocation strategy, including:

When the second bandwidth according to the currently allocated acquisition of the enterprise network and the second current network load of the corresponding cable network of the enterprise network judge that the actual bandwidth demand of the enterprise network is less than second bandwidth, according to the second allocation strategy, the part available bandwidth in second bandwidth is distributed into first bandwidth.

Yet further, the processor 304 distributes the part available bandwidth in the total bandwidth into second bandwidth according to pre-set bandwidths allocation strategy, including:

When the actual bandwidth demand for going out the small base station according to first bandwidth and first network load judgment is less than first bandwidth, according to the 3rd allocation strategy, the part available bandwidth in first bandwidth is distributed into second bandwidth.

Yet further, when first bandwidth and the first network load judgment when according to the small currently allocated acquisition in base station goes out base station small comprising target in the multiple small base station, the processor 304 is according to the first allocation strategy, part available bandwidth in the corresponding total bandwidth in the multiple small base station is distributed into corresponding first bandwidth in the small base station of the target, including:

When the first bandwidth and the first network load judgment according to the small currently allocated acquisition in base station go out base station small comprising multiple targets in the multiple small base station, by the total bandwidth available in the corresponding total bandwidth in the multiple small base station, according to the ratio value between each self-corresponding first network load in the small base station of the multiple target, distribution to each self-corresponding first band in the small base station of the multiple target it is wide in.

Yet further, when the actual bandwidth demand that first bandwidth and the first network load judgment when according to the small currently allocated acquisition in base station goes out the small base station is more than first bandwidth, the processor 304 is according to pre-set bandwidths allocation strategy, before part available bandwidth in the total bandwidth is distributed into first bandwidth, in addition to:

Judge whether to reach preset time point or whether enter preset time period;

When judged result for when being, when then triggering execution first bandwidth and the first network load judgment when according to the small currently allocated acquisition in base station goes out the actual bandwidth demand of the small base station more than first bandwidth, according to pre-set bandwidths allocation strategy, the step that the part available bandwidth in the total bandwidth is distributed into first bandwidth.

Yet further, when the second current network load of second bandwidth and the corresponding cable network of the enterprise network when according to the currently allocated acquisition of the enterprise network judges that the actual bandwidth demand of the enterprise network is more than second bandwidth, the processor 304 is according to pre-set bandwidths allocation strategy, before part available bandwidth in the total bandwidth is distributed into second bandwidth, in addition to:

Judge whether to reach preset time point or whether enter preset time period;

When judged result for when being, then trigger described in performing when the actual bandwidth demand that the enterprise network is judged according to second network load when the second bandwidth according to the currently allocated acquisition of the enterprise network and the corresponding cable network of the enterprise network currently is more than second bandwidth, according to pre-set bandwidths allocation strategy, the step that the part available bandwidth in the total bandwidth is distributed into second bandwidth.

Yet further, the processor 304 is also executed the following steps:

The first bandwidth after distribution is fed back to by the small base station system by the output device 302, to cause the small base station system to carry out service quality QoS control according to the first bandwidth after the distribution.

It will be appreciated that the function of each module can correspond to the specific implementation in each method embodiments of the above-mentioned Fig. 2 of reference into Fig. 7 in bandwidth sharing control device 30, repeat no more here.

The embodiment of the present invention, Intranet is loaded by the current first network of the corresponding wireless network in small base station of the small base station system transmission of bandwidth sharing control device reception, when according to the currently allocated acquisition in small base station When the actual bandwidth demand that first bandwidth and the first network load judgment go out small base station is more than first bandwidth, then according to pre-set bandwidths allocation strategy, part available bandwidth in total bandwidth is distributed into first bandwidth, the corresponding wireless network in its medium and small base station passes through the fixed total bandwidth for being accessed with movable fusion FMC mode and sharing the corresponding cable network of enterprise network.I.e. Intranet passes through the information exchange between small base station system, so that Intranet is according to small base station current bandwidth information and network load information, available free bandwidth in the total bandwidth of cable network is assigned in not enough corresponding first bandwidth in small base station of bandwidth according to certain allocation strategy, so that the distribution that wired total bandwidth of enterprise network can be equalized according to the current network load condition in small base station, it not only reasonably make use of bandwidth resources, improve bandwidth resources utilization rate, and provide quality of service guarantee for the small base station system and Intranet after fusion.

For the ease of preferably implementing the such scheme of the embodiment of the present invention, present invention also offers the relevant device for implementing such scheme for coordinating.The structural representation of the bandwidth sharing control device provided with reference to the present invention shown in Figure 24, is described in detail:

Bandwidth sharing control device 40 includes:Input unit 401, output device 402, memory 403 and processor 404 (quantity of the processor 404 in bandwidth sharing control device 40 can be with one or more, in Figure 24 by taking a processor as an example).In some embodiments of the invention, input unit 401, output device 402, memory 403 and processor 404 can be connected by bus or other manner, wherein, in Figure 24 exemplified by being connected by bus.

Wherein, the memory 403 is used for store program codes, and the program code that the processor 404 is used to call the memory 403 to store performs following steps:

Small base station system sends the current first network of the corresponding wireless network in small base station to Intranet by the output device 402 and loaded, the corresponding wireless network in the small base station passes through the fixed total bandwidth for being accessed with movable fusion FMC mode and sharing the corresponding cable network of enterprise network, loaded with the first network for causing the corresponding wireless network in small base station that the small base station system of the Intranet reception is sent current, when the actual bandwidth demand that the first bandwidth and the first network load judgment according to the small currently allocated acquisition in base station go out the small base station is more than first bandwidth, according to pre-set bandwidths allocation strategy, part available bandwidth in the total bandwidth is distributed into first bandwidth.

Specifically, the processor 404 is also executed the following steps:

The first bandwidth after the distribution fed back by the input unit reception Intranet, and according to The first bandwidth after the distribution carries out service quality QoS control.

Further, the processor 404 carries out service quality QoS control according to the first bandwidth after the distribution, including:

Judge whether the first bandwidth after the distribution meets the current actual bandwidth demand in the small base station according to the current network load in the small base station;

If it is not, controlling the number of access user equipment UE in the small base station, or UE startup pre-set business is accessed according to preset algorithm control.

It is understood that the function of each functional module can correspond to the specific implementation in each method embodiments of the above-mentioned Fig. 8 of reference into Fig. 9 in bandwidth sharing control device 40, repeat no more here.

The embodiment of the present invention, small base station system sends the current first network of the corresponding wireless network in small base station to Intranet by bandwidth sharing control device and loaded, so that Intranet is when the actual bandwidth demand that the first bandwidth according to the currently allocated acquisition in small base station and the first network load judgment go out small base station is more than the first bandwidth, then according to pre-set bandwidths allocation strategy, part available bandwidth in total bandwidth is distributed into the first bandwidth, the corresponding wireless network in its medium and small base station passes through the fixed total bandwidth for being accessed with movable fusion FMC mode and sharing the corresponding cable network of enterprise network.I.e. small base station system passes through the information exchange between Intranet, so that Intranet is according to small base station current bandwidth information and network load information, available free bandwidth in the total bandwidth of cable network is assigned in not enough corresponding first bandwidth in small base station of bandwidth according to certain allocation strategy, so that the distribution that wired total bandwidth of enterprise network can be equalized according to the current network load condition in small base station, it not only reasonably make use of bandwidth resources, improve bandwidth resources utilization rate, and provide quality of service guarantee for the small base station system and Intranet after fusion.

The structural representation for the bandwidth sharing system that the present invention as shown in figure 25 is provided, system 50 includes:Enterprise's net controller 501 and small base station controller 502, wherein

Enterprise's net controller 501 can be the bandwidth sharing control device 30 in above-mentioned Figure 23 embodiments, and small base station controller 502 can be the bandwidth sharing equipment 40 in above-mentioned Figure 24 embodiments.It will be appreciated that the system 50 in the embodiment of the present invention can also include the equipment such as server, small base station, enterprise network equipment, routing device, switching equipment and service center.

The embodiment of the present invention, Intranet is loaded by receiving the current first network of the corresponding wireless network in small base station that small base station system is sent, when the first bandwidth according to the currently allocated acquisition in small base station and this first When network load judges that the actual bandwidth demand of small base station is more than first bandwidth, then according to pre-set bandwidths allocation strategy, part available bandwidth in total bandwidth is distributed into first bandwidth, the corresponding wireless network in its medium and small base station passes through the fixed total bandwidth for being accessed with movable fusion FMC mode and sharing the corresponding cable network of enterprise network.I.e. Intranet passes through the information exchange between small base station system, so that Intranet is according to small base station current bandwidth information and network load information, available free bandwidth in the total bandwidth of cable network is assigned in not enough corresponding first bandwidth in small base station of bandwidth according to certain allocation strategy, so that the distribution that wired total bandwidth of enterprise network can be equalized according to the current network load condition in small base station, it not only reasonably make use of bandwidth resources, improve bandwidth resources utilization rate, and provide quality of service guarantee for the small base station system and Intranet after fusion.

One of ordinary skill in the art will appreciate that realizing all or part of flow in above-described embodiment method, computer program is can be by instruct the hardware of correlation to complete, described program can be stored in a computer read/write memory medium, the program is upon execution, it may include such as the flow of the embodiment of above-mentioned each method.Wherein, described storage medium can be magnetic disc, CD, read-only memory (Read-Only Memory, ROM) or random access memory (Random Access Memory, RAM) etc..

Above disclosed is only a kind of preferred embodiment of the invention, certainly the interest field of the present invention can not be limited with this, one of ordinary skill in the art will appreciate that realizing all or part of flow of above-described embodiment, and the equivalent variations made according to the claims in the present invention, still fall within and invent covered scope.

Claims (37)

  1. A kind of bandwidth sharing method, it is characterised in that including:
    Receive the current first network load of the corresponding wireless network in small base station that small base station system sends, the corresponding wireless network in the small base station passes through the fixed total bandwidth for being accessed with movable fusion FMC mode and sharing the corresponding cable network of enterprise network;
    When the actual bandwidth demand that the first bandwidth and the first network load judgment according to the small currently allocated acquisition in base station go out the small base station is more than first bandwidth, according to pre-set bandwidths allocation strategy, the part available bandwidth in the total bandwidth is distributed into first bandwidth.
  2. The method as described in claim 1, it is characterised in that methods described also includes:
    When the second bandwidth according to the currently allocated acquisition of the enterprise network and the second current network load of the corresponding cable network of the enterprise network judge that the actual bandwidth demand of the enterprise network is more than second bandwidth, according to pre-set bandwidths allocation strategy, the part available bandwidth in the total bandwidth is distributed into second bandwidth.
  3. Method as claimed in claim 1 or 2, it is characterised in that the small base station system includes Multiple Small Cell Sites;The first network load received is the multiple small each self-corresponding first network load in base station, the first bandwidth of a width of the multiple small each self-corresponding currently allocated acquisition in base station of first band of the small currently allocated acquisition in base station;
    When the actual bandwidth demand that first bandwidth and the first network load judgment when according to the small currently allocated acquisition in base station goes out the small base station is more than first bandwidth, according to pre-set bandwidths allocation strategy, part available bandwidth in the total bandwidth is distributed into first bandwidth, including:
    When the first bandwidth and the first network load judgment according to the small currently allocated acquisition in base station go out base station small comprising target in the multiple small base station, according to the first allocation strategy, part available bandwidth in the corresponding total bandwidth in the multiple small base station is distributed into corresponding first bandwidth in the small base station of the target, the small base station of target is the small base station that currently practical bandwidth demand is more than corresponding first bandwidth.
  4. Method as claimed in claim 1 or 2, it is characterised in that described to be distributed according to pre-set bandwidths Strategy, the part available bandwidth in the total bandwidth is distributed into first bandwidth, including:
    When the second bandwidth according to the currently allocated acquisition of the enterprise network and the second current network load of the corresponding cable network of the enterprise network judge that the actual bandwidth demand of the enterprise network is less than second bandwidth, according to the second allocation strategy, the part available bandwidth in second bandwidth is distributed into first bandwidth.
  5. Method as claimed in claim 2, it is characterised in that described to distribute the part available bandwidth in the total bandwidth into second bandwidth according to pre-set bandwidths allocation strategy, including:
    When the actual bandwidth demand for going out the small base station according to first bandwidth and first network load judgment is less than first bandwidth, according to the 3rd allocation strategy, the part available bandwidth in first bandwidth is distributed into second bandwidth.
  6. Method as claimed in claim 3, it is characterized in that, when first bandwidth and the first network load judgment when according to the small currently allocated acquisition in base station goes out base station small comprising target in the multiple small base station, according to the first allocation strategy, part available bandwidth in the corresponding total bandwidth in the multiple small base station is distributed into corresponding first bandwidth in the small base station of the target, including:
    When the first bandwidth and the first network load judgment according to the small currently allocated acquisition in base station go out base station small comprising multiple targets in the multiple small base station, by the total bandwidth available in the corresponding total bandwidth in the multiple small base station, according to the ratio value between each self-corresponding first network load in the small base station of the multiple target, distribution to each self-corresponding first band in the small base station of the multiple target it is wide in.
  7. Method as described in claim 1,2 or 5, it is characterized in that, when the actual bandwidth demand that first bandwidth and the first network load judgment when according to the small currently allocated acquisition in base station goes out the small base station is more than first bandwidth, according to pre-set bandwidths allocation strategy, before part available bandwidth in the total bandwidth is distributed into first bandwidth, in addition to:
    Judge whether to reach preset time point or whether enter preset time period;
    When judged result for when being, then triggering performs described when the actual bandwidth demand that the first bandwidth and the first network load judgment according to the small currently allocated acquisition in base station go out the small base station is more than first bandwidth, according to pre-set bandwidths allocation strategy, the part available bandwidth in the total bandwidth is distributed to institute State the step in the first bandwidth.
  8. Method as described in claim 2 or 5, it is characterized in that, when the second current network load of second bandwidth and the corresponding cable network of the enterprise network when according to the currently allocated acquisition of the enterprise network judges that the actual bandwidth demand of the enterprise network is more than second bandwidth, according to pre-set bandwidths allocation strategy, before part available bandwidth in the total bandwidth is distributed into second bandwidth, in addition to:
    Judge whether to reach preset time point or whether enter preset time period;
    When judged result for when being, when then triggering execution second network load when the second bandwidth according to the currently allocated acquisition of the enterprise network and the corresponding cable network of the enterprise network currently judges that the actual bandwidth demand of the enterprise network is more than second bandwidth, according to pre-set bandwidths allocation strategy, the step that the part available bandwidth in the total bandwidth is distributed into second bandwidth.
  9. Method as described in claim 1-8 any one, it is characterised in that methods described also includes:
    The first bandwidth after distribution is fed back into the small base station system, to cause the small base station system to carry out service quality QoS control according to the first bandwidth after the distribution.
  10. A kind of bandwidth sharing method, it is characterised in that including:
    Small base station system sends the current first network of the corresponding wireless network in small base station to Intranet and loaded, the corresponding wireless network in the small base station passes through the fixed total bandwidth for being accessed with movable fusion FMC mode and sharing the corresponding cable network of enterprise network, loaded with the first network for causing the corresponding wireless network in small base station that the small base station system of the Intranet reception is sent current, when the actual bandwidth demand that the first bandwidth and the first network load judgment according to the small currently allocated acquisition in base station go out the small base station is more than first bandwidth, according to pre-set bandwidths allocation strategy, part available bandwidth in the total bandwidth is distributed into first bandwidth.
  11. Method as claimed in claim 10, it is characterised in that methods described also includes:
    The first bandwidth after the distribution of the Intranet feedback is received, and service quality QoS control is carried out according to the first bandwidth after the distribution.
  12. Method as claimed in claim 11, it is characterised in that first bandwidth according to after the distribution carries out service quality QoS control, including:
    Judge whether the first bandwidth after the distribution meets the current actual bandwidth demand in the small base station according to the current network load in the small base station;
    If it is not, controlling the number of access user equipment UE in the small base station, or UE startup pre-set business is accessed according to preset algorithm control.
  13. A kind of bandwidth sharing device, it is characterised in that including:
    Receiving module, the first network load current for receiving the corresponding wireless network in small base station that small base station system sends, the corresponding wireless network in the small base station passes through the fixed total bandwidth for being accessed with movable fusion FMC mode and sharing the corresponding cable network of enterprise network;
    First distribute module, when being more than first bandwidth for going out the actual bandwidth demand of the small base station when the first bandwidth and the first network load judgment according to the small currently allocated acquisition in base station, according to pre-set bandwidths allocation strategy, the part available bandwidth in the total bandwidth is distributed into first bandwidth.
  14. Device as claimed in claim 13, it is characterised in that described device also includes:
    Second distribute module, when judging that the actual bandwidth demand of the enterprise network is more than second bandwidth for the second network load when the second bandwidth according to the currently allocated acquisition of the enterprise network and the corresponding cable network of the enterprise network currently, according to pre-set bandwidths allocation strategy, the part available bandwidth in the total bandwidth is distributed into second bandwidth.
  15. Device as described in claim 13 or 14, it is characterised in that the small base station system includes Multiple Small Cell Sites;The first network load received is the multiple small each self-corresponding first network load in base station, the first bandwidth of a width of the multiple small each self-corresponding currently allocated acquisition in base station of first band of the small currently allocated acquisition in base station;
    First distribute module, specifically for:
    When the first bandwidth and the first network load judgment according to the small currently allocated acquisition in base station go out base station small comprising target in the multiple small base station, according to the first allocation strategy, part available bandwidth in the corresponding total bandwidth in the multiple small base station is distributed into corresponding first bandwidth in the small base station of the target The small base station of target is the small base station that currently practical bandwidth demand is more than corresponding first bandwidth.
  16. Device as described in claim 13 or 14, it is characterised in that first distribute module, specifically for:
    When the actual bandwidth demand that the first bandwidth and the first network load judgment according to the small currently allocated acquisition in base station go out the small base station is more than first bandwidth, and when the second bandwidth according to the currently allocated acquisition of the enterprise network and the second current network load of the corresponding cable network of the enterprise network judge that the actual bandwidth demand of the enterprise network is less than second bandwidth, according to the second allocation strategy, the part available bandwidth in second bandwidth is distributed into first bandwidth.
  17. Device as claimed in claim 14, it is characterised in that second distribute module, specifically for:
    When the second bandwidth according to the currently allocated acquisition of the enterprise network and the second current network load of the corresponding cable network of the enterprise network judge that the actual bandwidth demand of the enterprise network is more than second bandwidth, and when the actual bandwidth demand for going out the small base station according to first bandwidth and first network load judgment is less than first bandwidth, according to the 3rd allocation strategy, the part available bandwidth in first bandwidth is distributed into second bandwidth.
  18. Device as claimed in claim 15, it is characterised in that first distribute module, specifically for:
    When the first bandwidth and the first network load judgment according to the small currently allocated acquisition in base station go out base station small comprising multiple targets in the multiple small base station, by the total bandwidth available in the corresponding total bandwidth in the multiple small base station, according to the ratio value between each self-corresponding first network load in the small base station of the multiple target, distribution to each self-corresponding first band in the small base station of the multiple target it is wide in.
  19. Device as described in claim 13,14 or 17, it is characterised in that described device, in addition to:
    First judge module, for judging whether to reach preset time point or whether entering preset time period;
    First trigger module, during for being when judged result, then triggering performs described when according to the small base Stand currently allocated acquisition the first bandwidth and the first network load judgment go out the small base station actual bandwidth demand be more than first bandwidth when, according to pre-set bandwidths allocation strategy, the step that the part available bandwidth in the total bandwidth is distributed into first bandwidth.
  20. Device as described in claim 14 or 17, it is characterised in that described device, in addition to:
    Second judge module, for judging whether to reach preset time point or whether entering preset time period;
    Second trigger module, during for being when judged result, when then triggering execution second network load when the second bandwidth according to the currently allocated acquisition of the enterprise network and the corresponding cable network of the enterprise network currently judges that the actual bandwidth demand of the enterprise network is more than second bandwidth, according to pre-set bandwidths allocation strategy, the step that the part available bandwidth in the total bandwidth is distributed into second bandwidth.
  21. Device as described in claim 13-20 any one, it is characterised in that described device also includes:
    Feedback module, for the first bandwidth after distribution to be fed back into the small base station system, to cause the small base station system to carry out service quality QoS control according to the first bandwidth after the distribution.
  22. A kind of bandwidth sharing equipment, it is characterised in that including:
    Sending module, the current first network of the corresponding wireless network in small base station is sent for small base station system to Intranet to load, the corresponding wireless network in the small base station passes through the fixed total bandwidth for being accessed with movable fusion FMC mode and sharing the corresponding cable network of enterprise network, loaded with the first network for causing the corresponding wireless network in small base station that the small base station system of the Intranet reception is sent current, when the actual bandwidth demand that the first bandwidth and the first network load judgment according to the small currently allocated acquisition in base station go out the small base station is more than first bandwidth, according to pre-set bandwidths allocation strategy, part available bandwidth in the total bandwidth is distributed into first bandwidth.
  23. Equipment as claimed in claim 22, it is characterised in that the equipment also includes:
    Control module, the first bandwidth after distribution for receiving the Intranet feedback, and service quality QoS control is carried out according to the first bandwidth after the distribution.
  24. Equipment as claimed in claim 23, it is characterised in that the control module, including:
    Judging unit, the first bandwidth after distribution for receiving the Intranet feedback, and judge whether the first bandwidth after the distribution meets the current actual bandwidth demand in the small base station according to the current network load in the small base station;
    Control unit, if being no for judged result, controls the number of access user equipment UE in the small base station, or accessed UE startup pre-set business according to preset algorithm control.
  25. A kind of bandwidth sharing control device, it is characterised in that including:Input unit, output device, memory and processor;
    Wherein, the memory is used for store program codes, and the processor is used to call the program code of the memory storage to perform following steps:
    The current first network of the corresponding wireless network in small base station that small base station system sends is received by the input unit to load, the corresponding wireless network in the small base station passes through the fixed total bandwidth for accessing with movable fusion FMC mode and sharing the corresponding cable network of enterprise network;
    When the actual bandwidth demand that the first bandwidth and the first network load judgment according to the small currently allocated acquisition in base station go out the small base station is more than first bandwidth, according to pre-set bandwidths allocation strategy, the part available bandwidth in the total bandwidth is distributed into first bandwidth.
  26. Control device as claimed in claim 25, it is characterised in that the processor is also executed the following steps:
    When the second bandwidth according to the currently allocated acquisition of the enterprise network and the second current network load of the corresponding cable network of the enterprise network judge that the actual bandwidth demand of the enterprise network is more than second bandwidth, according to pre-set bandwidths allocation strategy, the part available bandwidth in the total bandwidth is distributed into second bandwidth.
  27. Control device as described in claim 25 or 26, it is characterised in that the small base station system includes Multiple Small Cell Sites;The first network load received is the multiple small each self-corresponding first network load in base station, the first bandwidth of a width of the multiple small each self-corresponding currently allocated acquisition in base station of first band of the small currently allocated acquisition in base station;
    When the actual bandwidth demand that first bandwidth and the first network load judgment when according to the small currently allocated acquisition in base station goes out the small base station is more than first bandwidth, the processor is according to pre-set bandwidths allocation strategy, part available bandwidth in the total bandwidth is distributed into first bandwidth, including:
    When the first bandwidth and the first network load judgment according to the small currently allocated acquisition in base station go out base station small comprising target in the multiple small base station, according to the first allocation strategy, part available bandwidth in the corresponding total bandwidth in the multiple small base station is distributed into corresponding first bandwidth in the small base station of the target, the small base station of target is the small base station that currently practical bandwidth demand is more than corresponding first bandwidth.
  28. Control device as described in claim 25 or 26, it is characterised in that the processor distributes the part available bandwidth in the total bandwidth into first bandwidth according to pre-set bandwidths allocation strategy, including:
    When the second bandwidth according to the currently allocated acquisition of the enterprise network and the second current network load of the corresponding cable network of the enterprise network judge that the actual bandwidth demand of the enterprise network is less than second bandwidth, according to the second allocation strategy, the part available bandwidth in second bandwidth is distributed into first bandwidth.
  29. Control device as claimed in claim 26, it is characterised in that the processor distributes the part available bandwidth in the total bandwidth into second bandwidth according to pre-set bandwidths allocation strategy, including:
    When the actual bandwidth demand for going out the small base station according to first bandwidth and first network load judgment is less than first bandwidth, according to the 3rd allocation strategy, the part available bandwidth in first bandwidth is distributed into second bandwidth.
  30. Control device as claimed in claim 27, it is characterized in that, when first bandwidth and the first network load judgment when according to the small currently allocated acquisition in base station goes out base station small comprising target in the multiple small base station, the processor is according to the first allocation strategy, part available bandwidth in the corresponding total bandwidth in the multiple small base station is distributed into corresponding first bandwidth in the small base station of the target, including:
    When the first bandwidth and the first network load judgment according to the small currently allocated acquisition in base station go out base station small comprising multiple targets in the multiple small base station, by the total bandwidth available in the corresponding total bandwidth in the multiple small base station, according to the ratio between each self-corresponding first network load in the small base station of the multiple target Example value, distribution to each self-corresponding first band in the small base station of the multiple target it is wide in.
  31. Control device as described in claim 25,26 or 29 any one, it is characterized in that, when the actual bandwidth demand that first bandwidth and the first network load judgment when according to the small currently allocated acquisition in base station goes out the small base station is more than first bandwidth, the processor is according to pre-set bandwidths allocation strategy, before part available bandwidth in the total bandwidth is distributed into first bandwidth, in addition to:
    Judge whether to reach preset time point or whether enter preset time period;
    When judged result for when being, when then triggering execution first bandwidth and the first network load judgment when according to the small currently allocated acquisition in base station goes out the actual bandwidth demand of the small base station more than first bandwidth, according to pre-set bandwidths allocation strategy, the step that the part available bandwidth in the total bandwidth is distributed into first bandwidth.
  32. Control device as described in claim 26 or 29, it is characterized in that, when the second current network load of second bandwidth and the corresponding cable network of the enterprise network when according to the currently allocated acquisition of the enterprise network judges that the actual bandwidth demand of the enterprise network is more than second bandwidth, the processor is according to pre-set bandwidths allocation strategy, before part available bandwidth in the total bandwidth is distributed into second bandwidth, in addition to:
    Judge whether to reach preset time point or whether enter preset time period;
    When judged result for when being, then trigger described in performing when the actual bandwidth demand that the enterprise network is judged according to second network load when the second bandwidth according to the currently allocated acquisition of the enterprise network and the corresponding cable network of the enterprise network currently is more than second bandwidth, according to pre-set bandwidths allocation strategy, the step that the part available bandwidth in the total bandwidth is distributed into second bandwidth.
  33. Control device as described in claim 25-32 any one, it is characterised in that the processor is also executed the following steps:
    The first bandwidth after distribution is fed back to by the small base station system by the output device, to cause the small base station system to carry out service quality QoS control according to the first bandwidth after the distribution.
  34. A kind of bandwidth sharing control device, it is characterised in that including:Input unit, output device, Memory and processor;
    Wherein, the memory is used for store program codes, and the processor is used to call the program code of the memory storage to perform following steps:
    Small base station system sends the current first network of the corresponding wireless network in small base station to Intranet by the output device and loaded, the corresponding wireless network in the small base station passes through the fixed total bandwidth for being accessed with movable fusion FMC mode and sharing the corresponding cable network of enterprise network, loaded with the first network for causing the corresponding wireless network in small base station that the small base station system of the Intranet reception is sent current, when the actual bandwidth demand that the first bandwidth and the first network load judgment according to the small currently allocated acquisition in base station go out the small base station is more than first bandwidth, according to pre-set bandwidths allocation strategy, part available bandwidth in the total bandwidth is distributed into first bandwidth.
  35. Control device as claimed in claim 34, it is characterised in that the processor is also executed the following steps:
    The first bandwidth after the distribution that the Intranet feeds back is received by the input unit, and service quality QoS control is carried out according to the first bandwidth after the distribution.
  36. Control device as claimed in claim 35, it is characterised in that the processor carries out service quality QoS control according to the first bandwidth after the distribution, including:
    Judge whether the first bandwidth after the distribution meets the current actual bandwidth demand in the small base station according to the current network load in the small base station;
    If it is not, controlling the number of access user equipment UE in the small base station, or UE startup pre-set business is accessed according to preset algorithm control.
  37. A kind of bandwidth sharing system, including enterprise's net controller and small base station controller, wherein
    Enterprise's net controller is the bandwidth sharing control device as described in claim any one of 25-33;
    The small base station controller is the bandwidth sharing control device as described in claim any one of 34-36.
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