CN103857048B - A kind of resource regulating method and device - Google Patents

A kind of resource regulating method and device Download PDF

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Publication number
CN103857048B
CN103857048B CN201210504618.2A CN201210504618A CN103857048B CN 103857048 B CN103857048 B CN 103857048B CN 201210504618 A CN201210504618 A CN 201210504618A CN 103857048 B CN103857048 B CN 103857048B
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hue
rb
data
carried
2nd
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CN201210504618.2A
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CN103857048A (en
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高翔
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华为技术有限公司
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Abstract

A kind of resource regulating method of disclosure and device, this method include:At least one the first HUE in one group of HUE is judged according to preparatory condition, at least one the first HUE composition HUE first sets determine the total quantity n1 for the first RB that all HUE in the set take;If free time RB total quantity n2 is not less than n1, n1 free time RB is selected from n2 free time RB, n1 free time RB of selection is distributed to the HUE in HUE first sets;When n2 is less than n1, n3 HUE is selected from HUE first sets, m0 free time RB is selected from n2 free time RB, m0 free time RB of selection is distributed into n3 HUE;(n1 m0) individual first RB is selected from n1 the first RB, (n1 m0) individual first RB of selection is distributed to the HUE in HUE first sets outside n3 HUE.

Description

A kind of resource regulating method and device

Technical field

The application is related to the communications field, more particularly to a kind of resource regulating method and device.

Background technology

With the development of mobile communication technology, particularly forth generation cell mobile communication systems IMT-Advanced How the proposition of (IMT-A, International Mobile Telecommunications-Advanced), support more at a high speed The data transfer of rate turns into mobile communications network to meet growing data service and multimedia service to the demand of network The problem of needing urgent solve.

In cell mobile communication systems, except increase transmission bandwidth, using high order modulation and mimo systems (MIMO, Multiple Input Multiple Output) outside, in Minitype honeycomb type family expenses base station (Femtocell), micro- The technologies such as Microcell (Picocell), Relay and distributing antenna system (DAS, Distributed Antenna System) In propose it is another solution the problem method:Reduce the distance between receiver and transmitter, namely cell coverage area Continue to zoom out.Now, showed in traditional cell multiple access nodes coexist and node transmit power and transmittability not Square one, constitutes heterogeneous network (HetNet, Heterogeneous Networks), exists in HetNet and much chooses War, wherein between HetNet middle levels and in layer between the interference problem that exists one of the problem of be most in the urgent need to address.

Femtocell technologies use IP agreement, are connected by wideband circuits such as user existing ADSL, LAN, distally by special The UNICOM from IP network to mobile network is realized with gateway.Femtocell is a kind of small-sized, low-power 3G wireless devices, can be The speech and data calling transmission that user mobile phone is sent are to the 3G core networks based on standard interface, and its home access point can With plug and play, may be connected to any existing IP-based transmission network, there is provided the mobile communication service of home-ranges. Femtocell has suitable for the various standards such as CDMA, GSM, UMTS and supports 2G, 2.5G, 3G product, other with operator The same standard in mobile base station, same to frequency range, therefore the mobile terminal such as mobile phone can be with general.It has 1 carrier wave, and transmission power is 10~ 100 milliwatts (similar with WiFi AP), covering radius is 50~200 meters, supports 4~6 active users, it is allowed to maximum use Family movement velocity is 10 kilometers/hour.

Under small range covering scene, WiFi can provide the transmission of broadband high-speed rate, it has also become house data transmission Ideal network.Data service is turned to WiFi sides by operator more at present, gives full play to WiFi speciality, embodies heterogeneous network Advantage.

As can be seen that Femtocell has the advantages that safety, preferably supports user mobility, has QoS guarantees to business, And WiFi then possess with a large bandwidth and at a high rate, the advantages of frequency range is free, both can effectively form the situation of complementary win-win. At present, Femtocell and WiFi carries out the common recognition for having become all big enterprises that has complementary advantages.

But, inventor find in the prior art never consider solve HetNet in MeNB (Macro eNB, macro base station) and HeNB (Home eNB, Home eNodeB) side interferes problem in i-Femtocell, so that HetNet is to user QoS at present Supportability it is low.

The content of the invention

In view of this, the embodiment of the present invention provides a kind of resource regulating method and device, can solve the problem that MeNB in HetNet Problem is interfered with HeNB sides in i-Femtocell, supportability of the lifting HetNet networks to user QoS.

Therefore, the embodiment of the present application is adopted the following technical scheme that:

In a first aspect, the embodiment of the present invention provides a kind of resource regulating method, including:

Judge at least one the first HUE in one group of femtocell user HUE according to preparatory condition, it is described at least one First HUE constitutes HUE first sets, determines the sum for the first resource block RB that all HUE in the HUE first sets take Measure n1;

Judge whether free time RB total quantity n2 is less than n1;

When n2 is not less than n1, n1 free time RB is selected from n2 free time RB, n1 free time RB of selection is distributed into institute State the HUE in HUE first sets;

When n2 is less than n1, n3 HUE is selected from the HUE first sets, the RB sums m0 that the n3 HUE takes is not More than n2, m0 free time RB is selected from n2 free time RB, m0 free time RB of selection is distributed into the n3 HUE;From n1 (n1-m0) individual first RB is selected in individual first RB, (n1-m0) of selection individual first RB is distributed in the HUE first sets HUE outside the n3 HUE.

It is described to incite somebody to action in second of possible implementation with reference to the first possible implementation in first aspect (n1-m0) individual first RB of selection is distributed to after the HUE described in the HUE first sets outside n3 HUE, in addition to:

When judging that any HUE meets preparatory condition in the HUE outside the n3 HUE, determine in HUE second sets The total quantity n4 for the first RB that HUE takes;The HUE second sets include meeting default in the HUE outside the n3 HUE All HUE of condition;

RB total quantity n5 shared by the HUE of data the 2nd that there is currently in Home eNodeB HeNB sides is equal to 0 and handoff parameter When meeting switching condition, the data HUE carried on n4 the first RB is switched to WLAN sides;

RB total quantity n5 shared by the HUE of data the 2nd that there is currently in HeNB sides is not equal to 0 and handoff parameter meets and cut When changing condition, the HUE of data the 2nd in HeNB sides is switched to WLAN sides, the HUE carried on n4 the first RB is switched to institute State before the HUE of data the 2nd in HeNB sides does not switch on the RB of occupancy.

It is described to incite somebody to action in the third possible implementation with reference to second of possible implementation in first aspect The data HUE carried on n4 the first RB, which is switched to WLAN sides, to be included:

If the data HUE carried on n4 the first RB quantity n14 is not more than the data HUE's that WLAN sides can be carried Quantity n6, indicates that the data HUE carried on n4 the first RB is switched to WLAN sides, to other HUE carried on n4 the first RB Perform ABSF algorithms;

If n14 is more than n6, n6 data HUE is selected from n14 data HUE, indicates that n6 data HUE of selection is cut WLAN sides are changed to, ABSF algorithms are performed to other HUE carried on n4 the first RB.

With reference at second of first aspect or the third possible implementation, in the 4th kind of possible implementation In, the HUE of data the 2nd in HeNB sides is switched to WLAN sides, the HUE carried on n4 the first RB is switched to the HeNB Include before the HUE of data the 2nd in side does not switch on the RB of occupancy:

If n6 is not less than n7, the n7 HUE of data the 2nd is selected from all HUE of data the 2nd, n7 of selection are indicated The HUE of data the 2nd is switched to WLAN sides;N7 is the HUE of data the 2nd at least switched on n4 RB quantity;

Judge n5 and n4 magnitude relationship, if n5 is not less than n4, n4 is disturbed the HUE carried on RB and is dispatched to institute State and carried on the RB taken before the n7 HUE of data the 2nd switching;If n5 is less than n4, the HUE portions that will be carried on n4 the first RB Divide and carried on the RB for being dispatched to and being taken before the HUE of n7 data the 2nd switchings;

If n6 is less than n7, the n6 HUE of data the 2nd is selected from all HUE of data the 2nd, the n6 numbers of selection are indicated WLAN sides are switched to according to the 2nd HUE;The HUE partial schedulings carried on n4 the first RB are cut to the HUE of n6 data the 2nd Carried before changing on the RB of occupancy.

With reference to the 4th kind of possible implementation in first aspect, in the 5th kind of possible implementation, by n4 Being carried on the RB that the HUE partial schedulings carried on first RB take before switching to the HUE of n7 data the 2nd includes:

N11 HUE is selected from the HUE carried on n4 the first RB, the RB sums that the n11 HUE takes are n12, The n11 HUE is dispatched on the RB taken before the n7 HUE of data the 2nd switching and carried.

, will be described in the 6th kind of possible implementation with reference to the 5th kind of possible implementation in first aspect N11 HUE is dispatched on the RB taken before the n7 HUE of data the 2nd switching also to be included after carrying:

For remaining n4-n12 the first RB, judge to whether there is in the HUE carried on the n4-n12 the first RB Data HUE;

When being unsatisfactory for switching condition in the absence of data HUE or handoff parameter, to being carried on the n4-n12 the first RB HUE perform ABSF algorithms;

There is data HUE and when handoff parameter meets switching condition, judge the magnitude relationship between n13 and (n6-n7), The quantity that n13 is data HUE in the HUE carried on n4-n12 the first RB;

When n13 is not more than (n6-n7), indicate that n13 data HUE is switched to WLAN sides;To other on n4 the first RB HUE performs ABSF algorithms;

When n13 is more than (n6-n7), (n6-n7) individual data HUE is selected from n13 data HUE, described in instruction (n6-n7) Individual data HUE is switched to WLAN sides;ABSF algorithms are performed to other HUE on n4 the first RB.

With reference in the 4th kind of first aspect or the 5th kind or the 6th kind of possible implementation, in the 7th kind of possibility Implementation in, the HUE partial schedulings carried on n4 the first RB to the HUE of n6 data the 2nd are switched into preceding occupancy Carrying includes on RB:

N8 HUE, the n8 HUE is selected to take n10 RB from the HUE carried on n4 the first RB, n10 is not more than N9, n9 are the RB quantity that the n6 HUE of data the 2nd takes;

N8 HUE of selection is switched on the RB taken before the n6 HUE of data the 2nd switching and carried.

With reference to the 7th kind of possible implementation in first aspect, in the 8th kind of possible implementation, it will select N8 HUE be switched to and carried on the RB taken before n6 HUE of data the 2nd switching after, in addition to:

For the HUE carried on remaining n4-n10 the first RB, if the HUE carried on the n4-n10 the first RB In exist and there is the HUE of data the 2nd in real time business HUE and HeNB sides, real time business HUE is dispatched to shared by the HUE of data the 2nd Carried, carried on the RB that the HUE of data the 2nd correspondences are dispatched to shared by real time business HUE with RB;To n4-n10 first Other HUE carried on RB perform ABSF algorithms;

Do not deposited if be not present in the HUE carried on the n4-n10 the first RB in real time business HUE or HeNB sides In the HUE of data the 2nd, ABSF algorithms are performed to the HUE carried on n4-n10 the first RB.

, will be real-time in the 9th kind of possible implementation with reference to the 8th kind of possible implementation in first aspect Business HUE is dispatched to shared by the HUE of data the 2nd and carried on RB, and the HUE of data the 2nd correspondences are dispatched to shared by real time business HUE Carrying includes on RB:

When the RB quantity m1 that real time business HUE takes is more than the RB quantity m1 that the HUE of data the 2nd takes, from real time business M2 real time business HUE is selected in HUE, the RB sums m3 that m2 real time business HUE takes is less than or equal to the HUE of data the 2nd occupancy RB sum;M3 RB is selected in the RB taken from the HUE of data the 2nd, the m2 real time business HUE is dispatched to selection Carried on m3 RB, the HUE of data the 2nd carried on m3 RB correspondences are dispatched to the RB that the m2 real time business HUE takes Upper carrying;

When the RB quantity m1 that real time business HUE takes is not more than the RB quantity of the HUE of data the 2nd occupancy, from data second M1 RB is selected in the RB that HUE takes, real time business HUE is dispatched on m1 RB of selection and carried, will be carried on m1 RB The HUE of data the 2nd be dispatched to real time business HUE occupancy RB on carry.

Second aspect, the embodiment of the present invention provides a kind of resource scheduling device, including:

First determining unit, for according to preparatory condition judge in one group of femtocell user HUE at least one One HUE, at least one described the first HUE constitutes HUE first sets, determines what all HUE in the HUE first sets took First resource block RB total quantity n1, the first judging unit is sent to by n1;

First judging unit, for judging whether idle RB total quantity n2 is less than n1, will determine that result is sent to first Selecting unit and the second selecting unit;

First choice unit, when being not less than n1 for judged result for n2, selects n1 free time RB from n2 free time RB, N1 free time RB of selection is distributed to the HUE in the HUE first sets;

Second selecting unit, when being less than n1 for judged result for n2, selects n3 HUE from the HUE first sets, The RB sums m0 that the n3 HUE takes is not more than n2, and m0 free time RB is selected from n2 free time RB, empty by m0 of selection Not busy RB distributes to the n3 HUE;(n1-m0) individual first RB is selected from n1 the first RB, by (n1-m0) individual first of selection RB distributes to the HUE outside n3 HUE described in the HUE first sets.

With reference to the first possible implementation in second aspect, in second of possible implementation, in addition to:

Second determining unit, the HUE first is distributed to for the second selecting unit by (n1-m0) of selection individual first RB After HUE described in set outside n3 HUE, judge that any HUE meets preparatory condition in the HUE outside the n3 HUE When, determine the total quantity n4 for the first RB that the HUE in HUE second sets takes;The HUE second sets include the n3 All HUE of preparatory condition are met in HUE outside HUE;The result of determination is sent to the first switch unit and second and switched Unit;

First switch unit, the total quantity for RB shared by the HUE of data the 2nd that there is currently in Home eNodeB HeNB sides N5 is equal to 0 and handoff parameter when meeting switching condition, and the data HUE carried on n4 the first RB is switched into WLAN sides;

Second switch unit, the total quantity n5 for RB shared by the HUE of data the 2nd that there is currently in HeNB sides is not equal to 0 And handoff parameter is when meeting switching condition, the HUE of data the 2nd in HeNB sides is switched to WLAN sides, will be held on n4 the first RB Before the HUE of data the 2nd that the HUE of load is switched in the HeNB sides does not switch on the RB of occupancy.

With reference to second of possible implementation in second aspect, in the third possible implementation, first cuts Changing unit includes:

First switching subelement, if the data HUE carried on n4 the first RB quantity n14 is not more than WLAN sides The quantity n6 for the data HUE that can be carried, indicates that the data HUE carried on n4 the first RB is switched to WLAN sides, to n4 the Other HUE carried on one RB perform ABSF algorithms;

Second switching subelement, if being more than n6 for n14, selects n6 data HUE from n14 data HUE, indicates N6 data HUE of selection is switched to WLAN sides, and ABSF algorithms are performed to other HUE carried on n4 the first RB.

With reference at second of second aspect or the third possible implementation, in the 4th kind of possible implementation In, the second switch unit includes:

3rd switching subelement, if being not less than n7 for n6, selects n7 data second from all HUE of data the 2nd HUE, indicates that the HUE of n7 data the 2nd of selection is switched to WLAN sides;N7 is the HUE of data the 2nd at least switched on n4 RB Quantity;

Judge n5 and n4 magnitude relationship, if n5 is not less than n4, n4 is disturbed the HUE carried on RB and is dispatched to institute State and carried on the RB taken before the n7 HUE of data the 2nd switching;If n5 is less than n4, the HUE portions that will be carried on n4 the first RB Divide and carried on the RB for being dispatched to and being taken before the HUE of n7 data the 2nd switchings;

4th switching subelement, if being less than n7 for n6, selects n6 data second from all HUE of data the 2nd HUE, indicates that the HUE of n6 data the 2nd of selection is switched to WLAN sides;By the HUE partial schedulings carried on n4 the first RB to institute State and carried on the RB taken before the n6 HUE of data the 2nd switching.

With reference to the 4th kind of possible implementation in second aspect, in the 5th kind of possible implementation, the 3rd cuts Change subelement be accomplished by the following way it is described by the HUE partial schedulings carried on n4 the first RB to the n7 data second Carried on the RB taken before HUE switchings:

N11 HUE is selected from the HUE carried on n4 the first RB, the RB sums that the n11 HUE takes are n12, The n11 HUE is dispatched on the RB taken before the n7 HUE of data the 2nd switching and carried.

With reference to the 5th kind of possible implementation in second aspect, in the 6th kind of possible implementation, the 3rd cuts Subelement is changed to be additionally operable to:The n11 HUE is dispatched to after being carried on the RB taken before the n7 HUE of data the 2nd switching, it is right In remaining n4-n12 the first RB, judge to whether there is data HUE in the HUE carried on the n4-n12 the first RB;

When being unsatisfactory for switching condition in the absence of data HUE or handoff parameter, to being carried on the n4-n12 the first RB HUE perform ABSF algorithms;

There is data HUE and when handoff parameter meets switching condition, judge the magnitude relationship between n13 and (n6-n7), The quantity that n13 is data HUE in the HUE carried on n4-n12 the first RB;

When n13 is not more than (n6-n7), indicate that n13 data HUE is switched to WLAN sides;To other on n4 the first RB HUE performs ABSF algorithms;

When n13 is more than (n6-n7), (n6-n7) individual data HUE is selected from n13 data HUE, described in instruction (n6-n7) Individual data HUE is switched to WLAN sides;ABSF algorithms are performed to other HUE on n4 the first RB.

With reference in the 4th kind of second aspect or the 5th kind or the 6th kind of possible implementation, in the 7th kind of possibility Implementation in, the 4th switching subelement, which is accomplished by the following way, described to be adjusted the HUE carried on n4 the first RB parts Spend on the RB taken before the HUE of n6 data the 2nd switchings and carry:

N8 HUE, the n8 HUE is selected to take n10 RB from the HUE carried on n4 the first RB, n10 is not more than N9, n9 are the RB quantity that the n6 HUE of data the 2nd takes;

N8 HUE of selection is switched on the RB taken before the n6 HUE of data the 2nd switching and carried.

With reference to the 7th kind of possible implementation in second aspect, in the 8th kind of possible implementation, the 4th cuts Unit is changed to be additionally operable to:N8 HUE of selection is switched to after being carried on the RB taken before the n6 HUE of data the 2nd switching, it is right In the HUE carried on remaining n4-n10 the first RB, if existed in the HUE carried on the n4-n10 the first RB real-time There is the HUE of data the 2nd in business HUE and HeNB sides, real time business HUE is dispatched to shared by the HUE of data the 2nd and held on RB Carry, carried on the RB that the HUE of data the 2nd correspondences are dispatched to shared by real time business HUE;To being carried on n4-n10 the first RB Other HUE perform ABSF algorithms;

Do not deposited if be not present in the HUE carried on the n4-n10 the first RB in real time business HUE or HeNB sides In the HUE of data the 2nd, ABSF algorithms are performed to the HUE carried on n4-n10 the first RB.

With reference to the 8th kind of possible implementation in second aspect, in the 9th kind of possible implementation, the 4th cuts Change unit described real time business HUE is dispatched to shared by the HUE of data the 2nd on RB is accomplished by the following way and carry, by data 2nd HUE correspondences are dispatched on the RB shared by real time business HUE and carried:

When the RB quantity m1 that real time business HUE takes is more than the RB quantity m1 that the HUE of data the 2nd takes, from real time business M2 real time business HUE is selected in HUE, the RB sums m3 that m2 real time business HUE takes is less than or equal to the HUE of data the 2nd occupancy RB sum;M3 RB is selected in the RB taken from the HUE of data the 2nd, the m2 real time business HUE is dispatched to selection Carried on m3 RB, the HUE of data the 2nd carried on m3 RB correspondences are dispatched to the RB that the m2 real time business HUE takes Upper carrying;

When the RB quantity m1 that real time business HUE takes is not more than the RB quantity of the HUE of data the 2nd occupancy, from data second M1 RB is selected in the RB that HUE takes, real time business HUE is dispatched on m1 RB of selection and carried, will be carried on m1 RB The HUE of data the 2nd be dispatched to real time business HUE occupancy RB on carry.

It is analyzed as follows for the technique effect of above-mentioned technical proposal:

When judging that any HUE meets preparatory condition, determine the first resource block RB's that the HUE in HUE first sets takes Total quantity n1;The HUE first sets include meeting all HUE of preparatory condition;Judge free time RB total quantity n2 whether Less than n1;When n2 is not less than n1, n1 free time RB is selected from n2 free time RB, n1 free time RB of selection is distributed into HUE HUE in first set;When n2 is less than n1, n3 HUE is selected from HUE first sets, the RB sums that the n3 HUE takes M0 is not more than n2, and m0 free time RB is selected from n2 free time RB, m0 free time RB of selection is distributed into the n3 HUE; (n1-m0) individual first RB is selected from n1 the first RB, (n1-m0) of selection individual first RB is distributed in HUE first sets HUE outside the n3 HUE.So as to when the uplink communication between HUE and HeNB sides is by up logical between MUE and MeNB Downlink communication is by when downlink communication is disturbed between HUE and HeNB sides, realizing pair between the interference of letter or MUE and MeNB In HUE scheduling of resource, solve HeNB sides in MeNB and i-Femtocell interferes problem, improves HeNB sides pair HUE QoS supportabilitys, and QoS supportabilitys of the MeNB to MUE is improved, and then HetNet networks are improved to user QoS Supportability.

Brief description of the drawings

Fig. 1 a are a kind of focus scene in the integrated rear HetNet networks of Femtocell and WiFi;

Fig. 1 b are another focus scene in the integrated rear HetNet networks of Femtocell and WiFi;

Fig. 1 is the application resource regulating method first embodiment schematic diagram;

Fig. 2A~Fig. 2 C are the application resource regulating method second embodiment schematic diagram;

Fig. 3 A~Fig. 3 C are the application resource regulating method 3rd embodiment schematic diagram;

Fig. 4 is the application resource scheduling device first embodiment schematic diagram;

Fig. 5 is the application resource scheduling device second embodiment schematic diagram.

Embodiment

Inventor has found that existing technical scheme is only that Femtocell and WiFi progress is simple integrated.MeNB with Uplink and downlink communication is carried out between MUE (Macro UE, MeNB user) in its coverage;In MeNB coverage also Exist and carry out uplink and downlink communication between the HUE in i-Femtocell, i-Femtocell and i-Femtocell coverages.i- Femtocell refers to while have the base station of two kinds of communications regimes of HeNB and WLAN, will realize that HeNB is communicated in i-Femtocell The part of standard is referred to as HeNB sides, and the part that WLAN communications regimes are realized in i-Femtocell is referred to as into WLAN sides.

Fig. 1 a show Femtocell and WiFi it is integrated after HetNet networks in a kind of focus scene, MeNB and MUE Between uplink communication the uplink communication between HeNB sides and HUE (Home UE, HeNB user) will likely be interfered, Especially for the MUE or HUE positioned at i-Femtocell coverage edges, this interference is even more serious, so that HetNet nets Network is low for user QoS supportability.As shown in Figure 1 b for Femtocell and WiFi it is integrated after HetNet networks in it is another A kind of focus scene, wherein, the downlink communication between HeNB sides and HUE may be caused to the downlink communication between MeNB and MUE Interference, especially for the MUE or HUE positioned at i-Femtocell coverage edges, this interference is even more serious, so that HetNet networks are low for user QoS supportability.

In view of this, the resource regulating method of the embodiment of the present application, device, joint i-Femtocell in HeNB sides and The Internet resources of WLAN sides, carry out scheduling of resource for HUE jointly, are done so as to solve the mutual of MeNB and HeNB sides in HetNet Problem is disturbed, supportability of the HetNet networks to user QoS is improved.

In the embodiment of the present application, HUE divides from business, including real time business HUE and data HUE;

When carrying out uplink communication between MUE and MeNB, uplink communication is referred to as being disturbed by the MUE HUE disturbed HUE, the HUE that uplink communication is not affected by into MUE interference is referred to as interference-free HUE;The RB for being disturbed HUE occupancy is referred to as being disturbed RB, is referred to as interference-free RB by the interference-free HUE RB taken, will not be referred to as idle RB by the HUE RB taken;

When carrying out downlink communication between MUE and MeNB, the HUE for disturbing MUE downlink communications is referred to as to disturb HUE, will not The HUE of interference MUE downlink communications does not disturb referred to as HUE, the RB that interference HUE takes to be referred to as disturbing RB, is not disturbed HUE occupancy RB does not disturb RB referred to as, will not be referred to as idle RB by the HUE RB taken;

In addition, HUE will be disturbed and disturb HUE to be referred to as the first HUE, by interference-free HUE and HUE is not disturbed to be referred to as 2nd HUE;The RB that first HUE takes is referred to as the first RB, and the RB that the 2nd HUE takes is referred to as the 2nd RB;In this sense, HUE Including:First HUE and the 2nd HUE;As the first HUE for when being disturbed HUE, the 2nd HUE is interference-free HUE;When the first HUE is When disturbing HUE, the 2nd HUE is not disturb HUE;RB includes:First RB, the 2nd RB and free time RB.

The data HUE that real time business HUE in first HUE is referred to as in real time business the first HUE, the first HUE is referred to as data First HUE;The data HUE that real time business HUE in 2nd HUE is referred to as in real time business the 2nd HUE, the 2nd HUE is referred to as data 2nd HUE.

Fig. 1 is the embodiment of the present application resource regulating method first embodiment schematic diagram, and the method shown in Fig. 1 goes for Scene as shown in Figure 1a;

As shown in figure 1, the resource regulating method can include:

Step 101:At least one the first HUE in one group of femtocell user HUE is judged according to preparatory condition, it is described At least one the first HUE constitutes HUE first sets, determines the first resource block that all HUE in the HUE first sets take RB total quantity n1;

Judge whether the HUE in one group of HUE is the first HUE according to preparatory condition, and by determine at least one first HUE is combined into HUE first sets, and then determines the total quantity of the first RB that HUE takes in HUE first sets.

Wherein, the preparatory condition is used to determine HUE for when being disturbed HUE, the preparatory condition can be:HUE letter It is dry to make an uproar than less than Signal to Interference plus Noise Ratio threshold value;Or MUE reception jamming power is more than reception jamming power threshold on the RB of HUE occupancy Value.When the preparatory condition is used to determine HUE for interference HUE, the preparatory condition can be:Carried on the RB that HUE takes MUE Signal to Interference plus Noise Ratio is less than Signal to Interference plus Noise Ratio threshold value.

This step is also construed as:When judging that the HUE of at least one in HUE meets preparatory condition, HUE first sets are determined In HUE take the first RB total quantity n1;The HUE first sets include meeting all HUE of preparatory condition;It is described Preparatory condition is used to determine that HUE is the first HUE.

Step 102:Judge whether free time RB total quantity n2 is less than n1, when n2 is not less than n1, perform step 103;N2 is small When n1, step 104 is performed.

Step 103:N1 free time RB is selected from n2 free time RB, n1 free time RB of selection is distributed into HUE first HUE in set;

Step 104:N3 HUE, the RB sums m0 that the n3 HUE takes is selected to be not more than n2 from HUE first sets, M0 free time RB is selected from n2 free time RB, m0 free time RB of selection is distributed into the n3 HUE;From n1 the first RB Middle selection (n1-m0) individual first RB, by (n1-m0) of selection individual first RB distribute to described in HUE first sets n3 HUE it Outer HUE.

In resource regulating method shown in Fig. 1, when between the uplink communication interference HeNB sides between MUE and MeNB and HUE Uplink communication when, or, during downlink communication between downlink communication between HeNB sides and HUE interference MUE and MeNB, pass through The idle RB of HeNB sides realizes the scheduling of resource for the first HUE, solves the phase of HeNB sides in MeNB and i-Femtocell Mutual interference problem, improves QoS supportability of the HeNB sides to HUE, and improves QoS supportabilitys of the MeNB to MUE, so that Improve supportability of the HetNet networks to user QoS.

It should be noted that n1, n2, n3 are positive integer.

Fig. 2A-Fig. 2 C are the embodiment of the present application resource regulating method second embodiment schematic diagram;The embodiment is applied to work as The scene of the uplink communication between uplink communication interference HeNB sides and HUE between MUE and MeNB;As shown in figures 2 a-c, should Method includes:

Step 201:Detect the Signal to Interference plus Noise Ratio SINR_hue of each HUE in all HUE in HeNB sides.

General, HeNB sides with a certain predetermined period, can periodically detect that the letter of each HUE in all HUE is dry and make an uproar Compare SINR_hue.The length of the predetermined period is not limited here.

Detect that all HUE Signal to Interference plus Noise Ratio SINR_hue can include in HeNB sides:

Detect the reception jamming power RIP of MUE on all RB in HeNB sides;Also, HeNB detects side itself receive each Individual HUE sends the signal power of signal;

HeNB lateral roots according to MUE on the corresponding signal powers of HUE, the affiliated RB of HUE reception jamming power RIP and receive noise Calculate Signal to Interference plus Noise Ratio SINR_hues of the HUE on its affiliated RB.

Step 202:HeNB sides judge whether each HUE Signal to Interference plus Noise Ratio SINR_hue is less than the first Signal to Interference plus Noise Ratio threshold value When SINR_hue_th, at least one HUE Signal to Interference plus Noise Ratio are less than the first Signal to Interference plus Noise Ratio threshold value, step 203 is performed;Otherwise, return Step 201 proceeds the detection of HUE Signal to Interference plus Noise Ratio.

In step 201~step 202 be dried according to HUE letter than be less than the first letter dry than threshold value judge by To the HUE of interference;And because when the same RB of MUE and HUE occupancy carries out data transmission, can just there is interference between MUE and HUE Problem, therefore, in actual applications, can also by judge MUE reception jamming power be more than receive jamming power threshold value come Judge that the MUE is interfered, and then be just interfered with the MUE HUE for taking same RB, accordingly, can also be judged by dry The HUE disturbed, likewise, in step 208~step 209 this method can also be used to judge the HUE being disturbed, does not go to live in the household of one's in-laws on getting married here State.

Step 203:HeNB sides determine the total quantity n1, the HUE that are disturbed RB that the HUE in HUE first sets takes It is less than the HUE of the first Signal to Interference plus Noise Ratio threshold value in first set comprising all Signal to Interference plus Noise Ratio.

Step 204:HeNB sides determine the total quantity n2 of free time RB in HeNB sides, judge whether n2 is less than n1, if n2 is not Less than n1, step 205 is performed;Otherwise, step 206 is performed.

Step 205:HeNB sides select n1 free time RB from n2 free time RB, and described n1 free time RB is distributed into HUE HUE in first set;Currently processed flow terminates.

Wherein, when selecting n1 free time RB from n2 free time RB, can arbitrarily it select at random, or it is pre- according to certain If rule selection, for example, n1 sky is selected according to channel gains of the HUE of HUE first sets on n2 free time RB from big to small Not busy RB etc., is not limited here.

Step 206:HeNB sides select n3 HUE from HUE first sets, and the RB sums m0 that the n3 HUE takes is not More than n2, m0 free time RB is selected from n2 free time RB, described m0 free time RB is distributed into the n3 HUE;

Step 207:HeNB sides from n1 be disturbed RB in selection n1-m0 be disturbed RB and distribute in HUE first sets HUE outside the n3 HUE;Also, indicate that the HUE outside the n3 HUE is disturbed on RB at the n1-m0 to use Maximum uplink transmission power carries out the transmission of data.

Wherein, wherein n3 minimum HUE of channel gain can be selected when selecting n3 HUE from HUE first sets.

From n1 be disturbed RB in selection n1-m0 be disturbed RB when can select to cause the HUE outside the n3 HUE The maximum n1-m0 RB of channel gain.

Here, HeNB sides indicate that the HUE outside the n3 HUE uses maximum up hair on the n1-m0 RB That send power progress data is transmitted as optional step, and the reason for performing the step is:Due to the HUE outside the n3 HUE It is dispensed on to be disturbed on RB and carries out data transmission, therefore, still can be interfered, indicates the HUE being disturbed using most Influence of the reduction interference that the transmission that big uplink transmission power carries out data can try one's best to data transfer, so as to ensure as far as possible The data transmission quality for the HUE being disturbed.

It is optional step the step of following step 208, it is therefore intended that ensure outside the n3 HUE HUE eliminates these HUE's being disturbed as far as possible when still having HUE to be interfered after carrying out the scheduling described in step 207 Interference, it is ensured that these are disturbed the safety and stability of HUE data transfer.

Step 208:Each HUE Signal to Interference plus Noise Ratio SINR_hue in HUE outside the HeNB sides detection n3 HUE.

Step 209:HeNB sides judge each HUE in HUE outside the n3 HUE Signal to Interference plus Noise Ratio SINR_hue whether Less than the first Signal to Interference plus Noise Ratio threshold value SINR_hue_th, judge that at least one HUE Signal to Interference plus Noise Ratio is less than the first Signal to Interference plus Noise Ratio threshold value When, perform step 210;Otherwise, currently processed flow terminates.

Step 210:HeNB sides determine the total quantity n4 for being disturbed RB that the HUE in HUE second sets takes;The HUE Second set includes:All Signal to Interference plus Noise Ratio are dry less than the first letter in HUE described in HUE first sets outside n3 HUE makes an uproar Than the HUE of threshold value.

Step 211:HeNB sides determine the total quantity of RB shared by the interference-free data HUE that there is currently in HeNB sides N5, judges whether n5 is equal to 0, if n5 is equal to 0, performs step 236;If n5 is not equal to 0, step 212 is performed;

Step 212:HeNB sides determine what is at least switched on quantity n6, the n4 RB for the data HUE that WLAN sides can be carried Interference-free data HUE quantity n7 and handoff parameter;

The interference-free data HUE at least switched on n4 RB quantity n7 refers to:In interference-free data HUE, when accounting for Interference-free data HUE minimum number when being not less than n4 with RB total quantitys.

Wherein, n5 is more than 0 and during less than n4, the interference-free data HUE at least switched on n4 RB quantity n7 namely Equal to the quantity for all interference-free data HUE that there is currently in HeNB sides;

If the quantity n7 that n5 is not less than the interference-free data HUE at least switched on n4, n4 RB refers to:HeNB sides Interference-free data HUE takes interference-free data HUE, the interference-free data HUE of taking-up from big to small according to RB quantity is taken Interference-free data HUE minimum number when the RB total quantitys of occupancy are not less than n4.

Step 213:HeNB sides judge whether various handoff parameters are satisfied by switching condition, if it is, performing step 214; Otherwise, step 224 is performed.

The handoff parameter can include:WLAN sides active user's quantity N_wlan, WLAN side resource utilization U_wlan, Switch the overall delay T_ho and WLAN current Packet Error Ratio PER_wlan in side.

Now, judge whether various handoff parameters are satisfied by the corresponding threshold condition of this kind of handoff parameter and can include:

Whether WLAN sides active user's quantity N_wlan is less than the number of users upper limit N_wlan_lim of WLAN sides, is less than When, expression meet switching condition, not less than when, sufficient switching condition with thumb down;

Whether WLAN sides resource utilization U_wlan is less than the resource utilization thresholding U_ of WLAN sides support data business Wlan_th, less than when, expression meet switching condition, not less than when, sufficient switching condition with thumb down;

Switch whether overall delay T_ho is less than service delay upper limit T_th, less than when, expression meets switching condition, is not less than When, sufficient switching condition with thumb down;

The current Packet Error Ratio PER_wlan in WLAN sides whether be less than data service Packet Error Ratio, less than when, represent meet switching Condition, not less than when, sufficient switching condition with thumb down;

Above handoff parameter is merely illustrative, and those skilled in the art citing can select other handoff parameters more than, The handoff parameter is mainly used in judging whether the data transmission scenarios of current WLAN sides meet data HUE switching requirement, That is data HUE whether can successful switch to WLAN sides.

Step 214:HeNB sides judge n6 and n7 magnitude relationship, when n6 is not less than n7, perform step 215;Otherwise, perform Step 218;

Step 215:HeNB sides select the n7 not from big to small from all interference-free data HUE according to occupancy RB Data HUE is disturbed, the instruction for being switched to WLAN sides is sent to n7 interference-free data HUE of selection;The n7 not by Interference data HUE is switched to WLAN sides after the instruction is received, respectively;

When sending the instruction, described refer to can be sent to data HUE successively according to the orders of RB from big to small are taken Show.

Step 216:Judge n5 and n4 magnitude relationship, when n5 is not less than n4, perform step 217;When n5 is less than n4, perform Step 225.

Step 217:N4 are disturbed the HUE carried on RB and are dispatched to the n7 interference-free data HUE by HeNB sides Carried before not switching on the RB of occupancy;Currently processed flow terminates.

Step 218:HeNB sides select n6 not by dry from big to small from all interference-free data HUE according to occupancy RB Data HUE is disturbed, the instruction for being switched to WLAN sides is sent to n6 interference-free data HUE.

When sending the instruction, described refer to can be sent to data HUE successively according to the orders of RB from big to small are taken Show.

Assuming that n6 interference-free data HUE of selection take n9 interference-free RB.

Step 219:The n6 interference-free data HUE are switched to WLAN sides after the instruction is received, respectively;

Step 220:HeNB sides from n4 be disturbed the HUE carried on RB in select n8 HUE, the n8 HUE occupancy N10 RB, n10 are less than or equal to n9;N8 HUE of selection is dispatched to institute before the n6 interference-free data HUE switch Carried on n9 interference-free RB of occupancy.

After execution of step 220, the quantity for being disturbed RB is dropped to from the 4th quantity n4:n4-n10

Step 221:The HUE carried on RB is disturbed for remaining n4-n10, HeNB sides judge n4-n10 by dry Disturb and whether there is real time business HUE in the HUE carried on RB, also, judge to whether there is interference-free data in HeNB sides HUE;If there is real time business HUE, and there is interference-free data HUE, perform step 223;Otherwise, step 222 is performed;

Step 222:Remaining n4-n10 are disturbed with the HUE carried on RB and performs ABSF algorithms;Currently processed flow Terminate.

Step 223:The n4-n10 real time business HUE being disturbed in the HUE carried on RB are dispatched to not by dry Disturb and carried shared by data HUE on RB, interference-free data HUE correspondences are dispatched to being disturbed shared by real time business HUE Carried on RB;Perform step 224.

Here, it is divided into two kinds of situations:

1st, the interference-free RB quantity that interference-free data HUE takes be less than be disturbed real time business HUE occupancy by RB quantity is disturbed, then:The m2 real time business being disturbed HUE are selected from the real time business HUE being disturbed, described m2 real When the business HUE RB sums m3 that takes be less than or equal to the RB sum m4 that interference-free data HUE takes, from the individual RB without interruption of m4 Middle selection m3 interference-free RB, the m2 real time business HUE being disturbed are dispatched to m3 interference-free RB of selection Upper carrying, the m2 real time business HUE being disturbed are dispatched to by the data HUE carried on the m3 of selection interference-free RB Carried on shared RB.

2nd, the interference-free RB quantity that interference-free data HUE takes takes not less than real time business HUE is disturbed The quantity for being disturbed RB, then by it is all be disturbed that real time business HUE is dispatched to that interference-free data HUE takes not by dry On the RB disturbed, corresponding interference-free data HUE is dispatched to and described is disturbed being disturbed on RB of real time business HUE occupancy.

Step 224:The n4-n10 are disturbed with the HUE carried on RB and performs ABSF algorithms;Currently processed flow knot Beam.

Here, when performing this step after step 213 or 237, the quantity for being disturbed RB is:4th quantity n4;

When performing this step after step 223, the quantity for being disturbed RB is:n4-n10.

Step 225:HeNB sides from n4 be disturbed the HUE carried on RB in selected again according to prioritizing selection real time business HUE Data HUE principle is selected, selection n11 is disturbed HUE, and the n11 sums for being disturbed RB for being disturbed HUE occupancy are N12, is disturbed HUE by the n11 and is dispatched to the n7 interference-free data HUE and hold before the handover on shared RB Carry;

Step 226:RB is disturbed for remaining n4-n12, HeNB sides judge that individual are disturbed on RB of the n4-n12 is held It whether there is data HUE in the HUE of load, if there is no data HUE, perform step 227;If there is data HUE, step is performed Rapid 228.

Step 227:HeNB sides are disturbed the HUE carried on RB to the n4-n12 and perform ABSF algorithms;It is currently processed Flow terminates.

Step 228:The determination of HeNB sides is switched to the handoff parameter of WLAN sides, judges whether handoff parameter meets switching bar Part, if it is satisfied, performing step 229;If be unsatisfactory for, step 227 is performed.

Step 229:HeNB sides determine the n4-n12 quantity n13 for being disturbed data HUE in the HUE carried on RB;

Step 230:HeNB sides judge the magnitude relationship between n13 and (n6-n7), when n13 is not more than (n6-n7), perform Step 231;Otherwise, step 233 is performed.

Step 231:HeNB lateral n13 is disturbed the data HUE transmissions carried on RB at n4-n12 and is switched to WLAN The instruction of side;Perform step 232;

Step 232:The n13 are disturbed the data HUE carried on RB after the instruction is received at n4-n12, WLAN sides are switched to respectively;Currently processed flow terminates.

Step 233:HeNB sides from n13 be disturbed the data HUE carried on RB at n4-n12 in selection (n6-n7) it is individual Data HUE, the instruction for being switched to WLAN sides is sent to (n6-n7) described in selection individual data HUE;

Step 234:(n6-n7) individual data HUE is switched to WLAN sides after the instruction is received, respectively;

Step 235:HeNB sides perform ABSF algorithms to the remaining HUE carried on RB that is disturbed;Currently processed flow knot Beam.

Step 236:HeNB sides determine the n4 quantity n14 for being disturbed the data HUE carried on RB;

Step 237:The determination of HeNB sides is switched to the handoff parameter of WLAN sides, judges whether handoff parameter meets switching bar Part, if it is satisfied, performing step 238;If be unsatisfactory for, step 224 is performed.

Step 238:HeNB sides judge n14 and n6 magnitude relationship, when n14 is not more than n6, perform step 239;Otherwise, hold Row step 241.

Step 239:HeNB lateral n14 is disturbed the data HUE transmissions carried on RB at the n4 and is switched to WLAN The instruction of side;And n4 are disturbed with remaining HUE execution ABSF algorithms on RB.

Step 240:The n14 are disturbed the data HUE carried on RB after the instruction is received at the n4, It is switched to WLAN sides;Currently processed flow terminates.

Step 241:HeNB sides from n14 be disturbed the data HUE carried on RB at the n4 in select n6 data HUE, the instruction for being switched to WLAN sides is sent to n6 data HUE of selection;N4 are disturbed with remaining HUE on RB to perform ABSF algorithms.

Step 242:The n6 data HUE is switched to WLAN sides after the instruction is received;Currently processed flow knot Beam.

In resource regulating method shown in Fig. 2A-Fig. 2 C, when between MUE and MeNB uplink communication interference HeNB sides with During uplink communication between HUE, scheduling of resource is carried out to the first HUE by the idle RB of HeNB sides first, when the sky of HeNB sides When not busy RB is not enough, the Internet resources of joint HeNB sides and WLAN sides carry out scheduling of resource to the first HUE, solve MUE and MeNB Between uplink communication to the interference problem of the uplink communication between HeNB sides and HUE, improve HeNB sides and HUE QoS protected Barrier ability, so as to improve supportability of the HetNet networks to user QoS.

Fig. 3 A- Fig. 3 C are the embodiment of the present application resource regulating method 3rd embodiment schematic diagram;The embodiment is applied to work as Between downlink communication interference MUE and MeNB between HeNB sides and HUE under the scene of downlink communication;As shown in figs. 3 a-3 c, should Method includes:

Step 301:MUE detects the Signal to Interference plus Noise Ratio SINR_mue of itself, judges that Signal to Interference plus Noise Ratio SINR_mue is less than the second letter Dry when making an uproar than threshold value SINR_mue_th, the RB disturbed in the RB that itself is taken by HUE downlink communications reports to MeNB.

General, MUE can periodically detect the Signal to Interference plus Noise Ratio of itself with a certain predetermined period.The predetermined period Length do not limit here.

Step 302:MeNB sends the RB disturbed by HUE downlink communications information to HeNB sides, and HeNB lateral roots are according to institute State the RB disturbed by HUE downlink communications and determine that interference HUE, the interference HUE constitute HUE first sets.

Because when HUE and MUE, which takes identical RB, carries out downlink communication, HUE is only possible to that MUE downlink communication is caused to do Disturb, therefore, the RB disturbed by HUE downlink communications that HeNB lateral roots are sent according to MeNB finds occupancy described descending by HUE The HUE of downlink communication is carried out on the RB of Communication Jamming, the HUE found is exactly the interference HUE.

Step 303:HeNB sides determine the total quantity n1, the HUE for the interference RB that HUE in HUE first sets takes Interference HUE is included in one set.

Step 304:HeNB sides determine HeNB sides free time RB total quantity n2, judge whether n2 is less than n1, if n2 is not small In n1, step 305 is performed;Otherwise, step 306 is performed.

Step 305:HeNB sides select n1 free time RB from n2 free time RB, and described n1 free time RB is distributed into HUE HUE in first set;Currently processed flow terminates.

Wherein, when selecting n1 free time RB from n2 free time RB, can arbitrarily it select at random, or it is pre- according to certain If rule selection, such as channel gains of the HUE in HUE first sets on n2 free time RB selects n1 from big to small Idle rB etc., is not limited here.

Step 306:HeNB sides select n3 HUE from HUE first sets, and the RB sums m0 that the n3 HUE takes is not More than n2, m0 free time RB is selected from n2 free time RB, described m0 free time RB is distributed into the n3 HUE;

Step 307:HeNB sides n1-m0 interference RB of selection from n1 interference RB is distributed to described in HUE first sets HUE outside n3 HUE.

Wherein, wherein n3 minimum HUE of channel gain can be selected when selecting n3 HUE from HUE first sets.

It can select to cause the letter of the HUE outside the n3 HUE during n1-m0 interference RB of selection from n1 interference RB N1-m0 maximum RB of road gain.

It is optional step the step of following step 308, it is therefore intended that ensure outside the n3 HUE HUE eliminates these HUE interference as far as possible when still having MUE to be disturbed by HUE after carrying out the scheduling described in step 307, Ensure the safety and stability of MUE data transfer.

Step 308:RB identical with the HUE occupancy outside n3 HUE MUE detects that the letter of itself is dried and compares SINR_ Mue, judge Signal to Interference plus Noise Ratio SINR_mue be less than the second Signal to Interference plus Noise Ratio threshold value SINR_mue_th when, by itself take RB in by The RB disturbed to HUE downlink communications reports to MeNB, and MeNB sends the RB disturbed by HUE downlink communications information to HeNB Side.

This step can be sent the RB taken of the HUE outside the n3 HUE to MeNB by HeNB when realizing, by MeNB indicates that the MUE for taking these RB detects that the letter of itself is dried and compares SINR_mue;

Or, can also MUE persistently detect the letter drying of itself than SINR_mue, and by itself take RB in by The RB of HUE downlink communications interference reports to MeNB, and HeNB is forwarded to again by MeNB, is searched accordingly by HeNB and obtains the n3 Whether the RB that the HUE outside HUE takes is interfered, for being used as basis for estimation in step 309.

Step 309:HeNB sides judge to whether there is interference HUE in the HUE outside the n3 HUE, if there is interference HUE, performs step 310;Otherwise, currently processed flow terminates.

Wherein, if thering is the HUE outside the n3 HUE to account in the RB for receiving the interference of HUE downlink communications that MeNB is sent RB, then there is interference HUE, the HUE for taking the RB is exactly to disturb HUE;Otherwise, in the absence of interference HUE.

Step 310:HeNB sides determine the total quantity n4 for the interference RB that the HUE in HUE second sets takes;The HUE Two set include:The interference HUE in HUE outside the n3 HUE.

Step 311:HeNB sides determine that what be there is currently in HeNB sides does not disturb the total quantity n5 of RB shared by data HUE, sentence Whether disconnected n5 is equal to 0, if n5 is equal to 0, performs step 336;If n5 is not equal to 0, step 312 is performed;

Here, HeNB sides can consider outside the interference HUE in the HUE in addition to the n3 HUE that other HUE are equal Not disturb HUE.

Step 312:HeNB sides determine what is at least switched on quantity n6, the n4 RB for the data HUE that WLAN sides can be carried Data HUE quantity n7 and handoff parameter is not disturbed;

The quantity n7 for not disturbing data HUE at least switched on n4 RB refers to:Do not disturb in data HUE, as occupancy RB Total quantity does not disturb data HUE minimum number when being not less than n4.

Wherein, n5 is more than 0 and during less than n4, and what is at least switched on n4 RB does not disturb data HUE quantity n7 namely wait The quantity for all data HUE not disturbed that there is currently in HeNB sides;

If n5 is not less than the quantity n7 for not disturbing data HUE at least switched on n4, n4 RB and referred to:HeNB sides are not Interference data HUE takes and does not disturb data HUE from big to small according to occupancy RB quantity, the RB for not disturbing data HUE occupancy of taking-up Total quantity does not disturb data HUE minimum number when being not less than n4.

Step 313:HeNB sides judge whether various handoff parameters are satisfied by switching condition, if it is, performing step 314; Otherwise, step 324 is performed.

The handoff parameter can include:WLAN sides active user's quantity N_wlan, WLAN side resource utilization U_wlan, Switch the overall delay T_ho and WLAN current Packet Error Ratio PER_wlan in side.

Now, judge whether various handoff parameters are satisfied by the corresponding threshold condition of this kind of handoff parameter and can include:

Whether WLAN sides active user's quantity N_wlan is less than the number of users upper limit N_wlan_lim of WLAN sides, is less than When, expression meet switching condition, not less than when, sufficient switching condition with thumb down;

Whether WLAN sides resource utilization U_wlan is less than the resource utilization thresholding U_ of WLAN sides support data business Wlan_th, less than when, expression meet switching condition, not less than when, sufficient switching condition with thumb down;

Switch whether overall delay T_ho is less than service delay upper limit T_th, less than when, expression meets switching condition, is not less than When, sufficient switching condition with thumb down;

The current Packet Error Ratio PER_wlan in WLAN sides whether be less than data service Packet Error Ratio, less than when, represent meet switching Condition, not less than when, sufficient switching condition with thumb down;

Above handoff parameter is merely illustrative, and those skilled in the art citing can select other handoff parameters more than, The handoff parameter is mainly used in judging whether the data transmission scenarios of current WLAN sides meet data HUE switching requirement, That is data HUE whether can successful switch to WLAN sides.

Step 314:HeNB sides judge n6 and n7 magnitude relationship, when n6 is not less than n7, perform step 315;Otherwise, perform Step 318;

Step 315:HeNB sides from it is all do not disturb data HUE in select the n7 not do from big to small according to taking RB Data HUE is disturbed, the instruction that data HUE transmissions are switched to WLAN sides is not disturbed to n7 of selection;The n7 are not disturbed data HUE is switched to WLAN sides after the instruction is received, respectively;

When sending the instruction, described refer to can be sent to data HUE successively according to the orders of RB from big to small are taken Show.

Step 316:Judge n5 and n4 magnitude relationship, when n5 is not less than n4, perform step 317;When n5 is less than n4, perform Step 325.

Step 317:N4 is disturbed the HUE carried on RB to be dispatched to by HeNB sides, and the n7 is individual not to disturb data HUE not cut Carried before changing on the RB of occupancy;Currently processed flow terminates.

Step 318:HeNB sides from it is all do not disturb data HUE in select n6 not disturb number from big to small according to taking RB According to HUE, the instruction that data HUE transmissions are switched to WLAN sides is not disturbed to n6.

When sending the instruction, described refer to can be sent to data HUE successively according to the orders of RB from big to small are taken Show.

Assuming that n6 of selection are not disturbed data HUE to take n9 and do not disturb RB.

Step 319:The n6 are not disturbed data HUE to be switched to WLAN sides after the instruction is received, respectively;

Step 320:HeNB sides select n8 HUE, the n8 HUE to take n10 from the HUE carried on n4 interference RB Individual RB, n10 are less than or equal to n9;By n8 HUE of selection be dispatched to the n6 do not disturb data HUE before switching it is shared N9 are not disturbed carrying on RB.

After execution of step 320, interference RB quantity is dropped to from the 4th quantity n4:n4-n10

Step 321:For the HUE carried on remaining n4-n10 interference RB, HeNB sides judge n4-n10 interference RB In the HUE of upper carrying whether there is real time business HUE, also, judge in HeNB sides whether there is do not disturb data HUE;If There is real time business HUE, and in the presence of data HUE is not disturbed, perform step 323;Otherwise, step 322 is performed;

Step 322:ABSF algorithms are performed to the HUE carried on remaining n4-n10 interference RB;Currently processed flow knot Beam.

Step 323:The described n4-n10 real time business HUE disturbed in the HUE carried on RB is dispatched to and does not disturb number According to being carried shared by HUE on RB, it is not disturbed data HUE correspondences and is dispatched to carrying on the interference RB shared by real time business HUE; Perform step 324.

Here, it is divided into two kinds of situations:

What the data HUE the 1st, not disturbed took does not disturb RB quantity to be less than the interference RB's that interference real time business HUE takes Quantity, then:The m2 real time business HUE disturbed, the m2 real time business HUE is selected to account for from the real time business HUE of interference RB sums m3 is less than or equal to the RB sum m4 for not disturbing data HUE to take, from m4 do not disturb RB in selection m3 is individual does not do RB is disturbed, the real time business HUE of described m2 interference is dispatched into selection m3 do not disturb carrying on RB, by the m3 of selection not The data HUE carried on interference RB is dispatched on the RB shared by the real time business HUE of the m2 interference and carried.

What the data HUE the 2nd, not disturbed took does not disturb RB quantity not less than the interference RB that interference real time business HUE takes Quantity, then what all interference real time business HUE were dispatched to the data HUE that does not disturb takes does not disturb on RB, will be corresponding Data HUE is not disturbed to be dispatched on the interference RB that the interference real time business HUE takes.

Step 324:ABSF algorithms are performed to the HUE carried on described n4-n10 interference RB;Currently processed flow terminates.

Here, when performing this step after step 313 or 337, interference RB quantity is:4th quantity n4;

When performing this step after step 323, interference RB quantity is:n4-n10.

Step 325:HeNB sides are from the HUE carried on n4 interference RB according to prioritizing selection real time business HUE reselections Data HUE principle, selects n11 interference HUE, the sum for the interference RB that the n11 interference HUE takes is n12, will be described N11 interference HUE is dispatched to the n7 and does not disturb data HUE to carry before the handover on shared RB;

Step 326:For remaining n4-n12 interference RB, HeNB sides judge what is carried on the n4-n12 interference RB It whether there is data HUE in HUE, if there is no data HUE, perform step 327;If there is data HUE, step is performed 328。

Step 327:HeNB sides perform ABSF algorithms to the HUE carried on described n4-n12 interference RB;Currently processed stream Journey terminates.

Step 328:The determination of HeNB sides is switched to the handoff parameter of WLAN sides, judges whether handoff parameter meets switching bar Part, if it is satisfied, performing step 329;If be unsatisfactory for, step 327 is performed.

Step 329:HeNB sides determine the described n4-n12 quantity n13 for disturbing data HUE in the HUE carried on RB;

Step 330:HeNB sides judge the magnitude relationship between n13 and (n6-n7), when n13 is not more than (n6-n7), perform Step 331;Otherwise, step 333 is performed.

Step 331:The data HUE carried on the lateral n13 n4-n12 interference RB of HeNB, which is sent, is switched to WLAN sides Indicate;Perform step 332;

Step 332:The data HUE carried on described n13 n4-n12 interference RB is after the instruction is received, respectively It is switched to WLAN sides;Currently processed flow terminates.

Step 333:HeNB sides select (n6-n7) individual data from the data HUE carried on n13 n4-n12 interference RB HUE, the instruction for being switched to WLAN sides is sent to (n6-n7) described in selection individual data HUE;

Step 334:(n6-n7) individual data HUE is switched to WLAN sides after the instruction is received, respectively;

Step 335:HeNB sides perform ABSF algorithms to the HUE carried on remaining interference RB;Currently processed flow terminates.

Step 336:HeNB sides determine the data HUE carried on n4 interference RB quantity n14;

Step 337:The determination of HeNB sides is switched to the handoff parameter of WLAN sides, judges whether handoff parameter meets switching bar Part, if it is satisfied, performing step 338;If be unsatisfactory for, step 324 is performed.

Step 338:HeNB sides judge n14 and n6 magnitude relationship, when n14 is not more than n6, perform step 339;Otherwise, hold Row step 341.

Step 339:The data HUE carried on the n4 interference RB of HeNB lateral n14, which is sent, is switched to WLAN sides Indicate;And ABSF algorithms are performed to remaining HUE on n4 interference RB.

Step 340:The data HUE carried on the n14 n4 interference RB is after the instruction is received, switching To WLAN sides;Currently processed flow terminates.

Step 341:HeNB sides select n6 data HUE from the data HUE carried on the n14 n4 interference RB, The instruction for being switched to WLAN sides is sent to n6 data HUE of selection;ABSF is performed to remaining HUE on n4 interference RB to calculate Method.

Step 342:The n6 data HUE is switched to WLAN sides after the instruction is received;Currently processed flow knot Beam.

In resource regulating method shown in Fig. 3 A- Fig. 3 C, when between HUE and HeNB sides downlink communication interference MeNB with During downlink communication between MUE, scheduling of resource is carried out to interference HUE by the idle RB of HeNB sides first, when the sky of HeNB sides When not busy RB is not enough, the Internet resources of joint HeNB sides and WLAN sides carry out scheduling of resource to interference HUE, solve HUE and HeNB Downlink communication between side improves MeNB and ensures energy to MUE QoS to the interference problem of downlink communication between MeNB and MUE Power, so as to improve supportability of the HetNet networks to user QoS.

Corresponding with the above method, the embodiment of the present application also provides a kind of resource scheduling device, as shown in figure 4, the dress Put including:

First determining unit 410, for judging at least one in one group of femtocell user HUE according to preparatory condition First HUE, at least one described the first HUE constitutes HUE first sets, determines that all HUE in the HUE first sets take First resource block RB total quantity n1, n1 is sent to the first judging unit;

Wherein, the preparatory condition is used to determine HUE for when being disturbed HUE, the preparatory condition can be:HUE letter It is dry to make an uproar than less than Signal to Interference plus Noise Ratio threshold value;Or MUE reception jamming power is more than reception jamming power threshold on the RB of HUE occupancy Value.When the preparatory condition is used to determine HUE for interference HUE, the preparatory condition can be:Carried on the RB that HUE takes MUE Signal to Interference plus Noise Ratio is less than Signal to Interference plus Noise Ratio threshold value.

Correspondingly, the first determining unit is also understood as:When judging that the HUE of at least one in HUE meets preparatory condition, really Determine the total quantity n1 for the first RB that the HUE in HUE first sets takes;The HUE first sets include meeting preparatory condition All HUE;The preparatory condition is used to judge HUE for the first HUE;N1 is sent to the first judging unit;

First judging unit 420, for judging whether idle RB total quantity n2 is less than n1, will determine that result is sent to the One selecting unit and the second selecting unit;

First choice unit 430, when being not less than n1 for judged result for n2, selects n1 free time from n2 free time RB RB, n1 free time RB of selection is distributed to the HUE in HUE first sets;

Second selecting unit 440, when being less than n1 for judged result for n2, selects n3 HUE from HUE first sets, The RB sums m0 that the n3 HUE takes is not more than n2, and m0 free time RB is selected from n2 free time RB, empty by m0 of selection Not busy RB distributes to the n3 HUE;(n1-m0) individual first RB is selected from n1 the first RB, by (n1-m0) individual first of selection RB distributes to the HUE outside n3 HUE described in HUE first sets.

Preferably, as shown in figure 5, the device can also include:

Second determining unit 510, HUE first is distributed to for the second selecting unit by (n1-m0) of selection individual first RB After HUE described in set outside n3 HUE, judge that any HUE meets preparatory condition in the HUE outside the n3 HUE When, determine the total quantity n4 for the first RB that the HUE in HUE second sets takes;The HUE second sets include the n3 All HUE of preparatory condition are met in HUE outside HUE;The result of determination is sent to the first switch unit and second and switched Unit;

First switch unit 520, the total quantity n5 for RB shared by the HUE of data the 2nd that there is currently in HeNB sides is equal to 0 and handoff parameter when meeting switching condition, the data HUE carried on n4 the first RB is switched to WLAN sides;

Second switch unit 530, the total quantity n5 for RB shared by the HUE of data the 2nd that there is currently in HeNB sides In 0 and handoff parameter meet switching condition when, the HUE of data the 2nd in HeNB sides is switched to WLAN sides, by n4 the first RB Before the HUE of data the 2nd that the HUE of upper carrying is switched in the HeNB sides does not switch on the RB of occupancy.

Preferably, the first switch unit 520 can include:

First switching subelement, if the data HUE carried on n4 the first RB quantity n14 is not more than WLAN sides The quantity n6 for the data HUE that can be carried, indicates that the data HUE carried on n4 the first RB is switched to WLAN sides, to n4 the Other HUE carried on one RB perform ABSF algorithms;

Second switching subelement, if being more than n6 for n14, selects n6 data HUE from n14 data HUE, indicates N6 data HUE of selection is switched to WLAN sides, and ABSF algorithms are performed to other HUE carried on n4 the first RB.

Preferably, the second switch unit 530 can include:

3rd switching subelement, if being not less than n7 for n6, selects n7 data second from all HUE of data the 2nd HUE, indicates that the HUE of n7 data the 2nd of selection is switched to WLAN sides, wherein n7 is the data second at least switched on n4 RB HUE quantity;

Judge n5 and n4 magnitude relationship, if n5 is not less than n4, n4 is disturbed the HUE carried on RB and is dispatched to institute State and carried on the RB taken before the n7 HUE of data the 2nd switching;If n5 is less than n4, the HUE portions that will be carried on n4 the first RB Divide and carried on the RB for being dispatched to and being taken before the HUE of n7 data the 2nd switchings;

4th switching subelement, if being less than n7 for n6, selects n6 data second from all HUE of data the 2nd HUE, indicates that the HUE of n6 data the 2nd of selection is switched to WLAN sides;By the HUE partial schedulings carried on n4 the first RB to institute State and carried on the RB taken before the n6 HUE of data the 2nd switching.

Preferably, the HUE that will be carried on n4 the first RB can be accomplished by the following way in the 3rd switching subelement Carried on the RB that partial scheduling takes before switching to the HUE of n7 data the 2nd:

N11 HUE is selected from the HUE carried on n4 the first RB, the RB sums that the n11 HUE takes are n12, The n11 HUE is dispatched on the RB taken before the n7 HUE of data the 2nd switching and carried.

Preferably, the 3rd switching subelement can be also used for:The n11 HUE is dispatched into the n7 HUE of data the 2nd to cut After carrying on the RB of occupancy before changing, for remaining n4-n12 the first RB, judge to carry on the n4-n12 the first RB HUE in whether there is data HUE;

When being unsatisfactory for switching condition in the absence of data HUE or handoff parameter, to being carried on the n4-n12 the first RB HUE perform ABSF algorithms;

There is data HUE and when handoff parameter meets switching condition, judge the magnitude relationship between n13 and (n6-n7), The quantity that n13 is data HUE in the HUE carried on n4-n12 the first RB;

When n13 is not more than (n6-n7), indicate that n13 data HUE is switched to WLAN sides;To other on n4 the first RB HUE performs ABSF algorithms;

When n13 is more than (n6-n7), (n6-n7) individual data HUE is selected from n13 data HUE, described in instruction (n6-n7) Individual data HUE is switched to WLAN sides;ABSF algorithms are performed to other HUE on n4 the first RB.

Preferably, the HUE that will be carried on n4 the first RB can be accomplished by the following way in the 4th switching subelement Carried on the RB that partial scheduling takes before switching to the HUE of n6 data the 2nd:

N8 HUE, the n8 HUE is selected to take n10 RB from the HUE carried on n4 the first RB, n10 is not more than N9, n9 are the RB quantity that the n6 HUE of data the 2nd takes;N8 HUE of selection is switched to before the n6 HUE of data the 2nd switching Carried on the RB of occupancy.

Preferably, the 4th switching subelement can be also used for:N8 HUE of selection is switched to the n6 HUE of data the 2nd After being carried on the RB taken before switching, for the HUE carried on remaining n4-n10 the first RB, if the n4-n10 is individual Exist in the HUE carried on first RB and there is the HUE of data the 2nd in real time business HUE and HeNB sides, real time business HUE is dispatched To being carried shared by the HUE of data the 2nd on RB, held on the RB that the HUE of data the 2nd correspondences are dispatched to shared by real time business HUE Carry;ABSF algorithms are performed to the HUE currently carried on n4-n10 the first RB;

Do not deposited if be not present in the HUE carried on the n4-n10 the first RB in real time business HUE or HeNB sides In the HUE of data the 2nd, ABSF algorithms are performed to the HUE carried on n4-n10 the first RB.

Preferably, the 4th switching subelement can be accomplished by the following way described is dispatched to data by real time business HUE Carry, carried on the RB that the HUE of data the 2nd correspondences are dispatched to shared by real time business HUE on RB shared by 2nd HUE:

When the RB quantity m1 that real time business HUE takes is more than the RB quantity m1 that the HUE of data the 2nd takes, from real time business M2 real time business HUE is selected in HUE, the RB sums m3 that m2 real time business HUE takes is less than or equal to the HUE of data the 2nd occupancy RB sum;M3 RB is selected in the RB taken from the HUE of data the 2nd, the m2 real time business HUE is dispatched to selection Carried on m3 RB, the HUE of data the 2nd carried on m3 RB correspondences are dispatched to the RB that the m2 real time business HUE takes Upper carrying;

When the RB quantity m1 that real time business HUE takes is not more than the RB quantity of the HUE of data the 2nd occupancy, from data second M1 RB is selected in the RB that HUE takes, real time business HUE is dispatched on m1 RB of selection and carried, will be carried on m1 RB The HUE of data the 2nd be dispatched to real time business HUE occupancy RB on carry.

Resource scheduling device shown in Fig. 4 and Fig. 5, can be arranged at the HeNB sides in i-Femtocell, for pair with The HUE of HeNB communications carries out scheduling of resource.In addition, the concrete function of unit is real in resource scheduling device shown in Fig. 4 and Fig. 5 The description of method shown in 1~Fig. 3 of reference picture can also be now corresponded to, is repeated no more here.

Resource scheduling device shown in Fig. 4 and Fig. 5, when uplink communication interference HeNB sides and the HUE between MUE and MeNB it Between uplink communication when, or, during downlink communication between downlink communication between HeNB sides and HUE interference MUE and MeNB, lead to Crossing the idle RB of HeNB sides realizes the scheduling of resource for the first HUE, solve in MeNB and i-Femtocell HeNB sides it Between interfere problem, improve QoS supportability of the HeNB sides to HUE, and improve MeNB energy is ensured to MUE QoS Power, so as to improve supportability of the HetNet networks to user QoS.

And then, when the idle RB of HeNB sides is not enough, the Internet resources of joint HeNB sides and WLAN sides are carried out to the first HUE Scheduling of resource, further solves interference of the uplink communication to the uplink communication between HeNB sides and HUE between MUE and MeNB Problem, improves QoS supportability of the HeNB sides to HUE, so as to improve supportability of the HetNet networks to user QoS.

Through the above description of the embodiments, it is apparent to those skilled in the art that the present invention can be with Realized with hardware, or firmware is realized, or combinations thereof mode is realized.When implemented in software, can be by above-mentioned functions It is stored in computer-readable medium or is transmitted as one or more instructions on computer-readable medium or code.Meter Calculation machine computer-readable recording medium includes computer-readable storage medium and communication media, and wherein communication media includes being easy to from a place to another Any medium of individual place transmission computer program.Storage medium can be any usable medium that computer can be accessed.With Exemplified by this but it is not limited to:Computer-readable medium can include RAM, ROM, EEPROM, CD-ROM or other optical disc storages, disk Storage medium or other magnetic storage apparatus or can be used in carrying or store with instruction or data structure form expectation Program code and can by computer access any other medium.In addition.Any connection can be suitably turn into computer Computer-readable recording medium.If for example, software is using coaxial cable, optical fiber cable, twisted-pair feeder, Digital Subscriber Line (DSL) or such as The wireless technology of infrared ray, radio and microwave etc is transmitted from website, server or other remote sources, then coaxial electrical The wireless technology of cable, optical fiber cable, twisted-pair feeder, DSL or such as infrared ray, wireless and microwave etc is included in affiliated medium In fixing.As used in the present invention, disk (Disk) and dish (disc) are logical including compression laser disc (CD), laser disc, laser disc, numeral With laser disc (DVD), floppy disk and Blu-ray Disc, the replicate data of the usual magnetic of which disk, and dish is then replicated with laser come optical Data.Above combination above should also be as being included within the protection domain of computer-readable medium.

In a word, the preferred embodiment of technical solution of the present invention is the foregoing is only, is not intended to limit the present invention's Protection domain.Within the spirit and principles of the invention, any modification, equivalent substitution and improvements made etc., should be included in Within protection scope of the present invention.

Claims (18)

1. a kind of resource regulating method, it is characterised in that including:
Judge at least one the first HUE in one group of femtocell user HUE according to preparatory condition, it is described at least one first HUE constitutes HUE first sets, determines the total quantity for the first resource block RB that all HUE in the HUE first sets take n1;Wherein, the first HUE is is disturbed HUE or interference HUE, and the HUE that is disturbed is to be carried out between MUE and MeNB The HUE disturbed during row communication by MUE, the interference HUE are interference MUE when downlink communication is carried out between MUE and MeNB HUE;
Judge whether free time RB total quantity n2 is less than n1;
When n2 is not less than n1, n1 free time RB is selected from n2 free time RB, n1 free time RB of selection is distributed into the HUE HUE in first set;
When n2 is less than n1, n3 HUE, the RB sums m0 that the n3 HUE takes is selected to be not more than from the HUE first sets N2, m0 free time RB is selected from n2 free time RB, m0 free time RB of selection is distributed into the n3 HUE;From n1 the (n1-m0) individual first RB is selected in one RB, (n1-m0) of selection individual first RB is distributed to described in the HUE first sets HUE outside n3 HUE.
2. according to the method described in claim 1, it is characterised in that individual first RB of (n1-m0) by selection distribute to institute After stating the HUE described in HUE first sets outside n3 HUE, in addition to:
When judging that any HUE meets preparatory condition in the HUE outside the n3 HUE, determine that the HUE in HUE second sets is accounted for First RB total quantity n4;The HUE second sets include meeting preparatory condition in the HUE outside the n3 HUE All HUE;
RB total quantity n5 shared by the HUE of data the 2nd that there is currently in Home eNodeB HeNB sides is equal to 0 and handoff parameter is met During switching condition, the data HUE carried on n4 the first RB is switched to WLAN sides;
RB total quantity n5 shared by the HUE of data the 2nd that there is currently in HeNB sides is not equal to 0 and handoff parameter meets switching article During part, the HUE of data the 2nd in HeNB sides is switched to WLAN sides, the HUE carried on n4 the first RB is switched to described Before the HUE of data the 2nd in HeNB sides does not switch on the RB of occupancy.
3. method according to claim 2, it is characterised in that described to switch the data HUE carried on n4 the first RB Include to WLAN sides:
If the data HUE carried on n4 the first RB quantity n14 is not more than the quantity for the data HUE that WLAN sides can be carried N6, indicates that the data HUE carried on n4 the first RB is switched to WLAN sides, and other HUE carried on n4 the first RB are performed ABSF algorithms;
If n14 is more than n6, n6 data HUE is selected from n14 data HUE, indicates that n6 data HUE of selection is switched to Other HUE carried on n4 the first RB are performed ABSF algorithms by WLAN sides.
4. method according to claim 3, it is characterised in that the HUE of data the 2nd in HeNB sides is switched to WLAN sides, Include before the HUE carried on n4 the first RB the HUE of data the 2nd being switched in the HeNB sides are not switched on the RB of occupancy:
If n6 is not less than n7, the n7 HUE of data the 2nd is selected from all HUE of data the 2nd, n7 data of selection are indicated 2nd HUE is switched to WLAN sides;N7 is the HUE of data the 2nd at least switched on n4 RB quantity;
Judge n5 and n4 magnitude relationship, if n5 is not less than n4, n4 is disturbed the HUE carried on RB and is dispatched to the n7 Carried on the RB taken before the individual HUE of data the 2nd switchings;If n5 is less than n4, the HUE parts carried on n4 the first RB are adjusted Spend on the RB taken before the HUE of n7 data the 2nd switchings and carry;
If n6 is less than n7, the n6 HUE of data the 2nd is selected from all HUE of data the 2nd, the n6 data the of selection are indicated Two HUE are switched to WLAN sides;Before the HUE partial schedulings carried on n4 the first RB to the HUE of n6 data the 2nd switchings Carried on the RB of occupancy.
5. method according to claim 4, it is characterised in that by the HUE partial schedulings carried on n4 the first RB to institute Stating to carry on the RB taken before the n7 HUE of data the 2nd switching includes:
N11 HUE is selected from the HUE carried on n4 the first RB, the RB sums that the n11 HUE takes are n12, by institute State n11 HUE and be dispatched to carrying on the RB taken before the n7 HUE of data the 2nd switching.
6. method according to claim 5, it is characterised in that the n11 HUE is dispatched to the n7 HUE of data the 2nd Also include after being carried on the RB taken before switching:
For remaining n4-n12 the first RB, judge to whether there is data in the HUE carried on the n4-n12 the first RB HUE;
When being unsatisfactory for switching condition in the absence of data HUE or handoff parameter, to the HUE carried on the n4-n12 the first RB Perform ABSF algorithms;
There is data HUE and when handoff parameter meets switching condition, judge the magnitude relationship between n13 and (n6-n7), n13 is Data HUE quantity in the HUE carried on n4-n12 the first RB;
When n13 is not more than (n6-n7), indicate that n13 data HUE is switched to WLAN sides;Other HUE on n4 the first RB are held Row ABSF algorithms;
When n13 is more than (n6-n7), (n6-n7) individual data HUE, (n6-n7) number described in instruction are selected from n13 data HUE WLAN sides are switched to according to HUE;ABSF algorithms are performed to other HUE on n4 the first RB.
7. the method according to any one of claim 4 to 6, it is characterised in that the HUE parts that will be carried on n4 the first RB Being dispatched to carry on the RB taken before the HUE of n6 data the 2nd switchings includes:
N8 HUE, the n8 HUE is selected to take n10 RB from the HUE carried on n4 the first RB, n10 is not more than n9, N9 is the RB quantity that the n6 HUE of data the 2nd takes;
N8 HUE of selection is switched on the RB taken before the n6 HUE of data the 2nd switching and carried.
8. method according to claim 7, it is characterised in that n8 HUE of selection is switched to the n6 HUE of data the 2nd After being carried on the RB taken before switching, in addition to:
For the HUE carried on remaining n4-n10 the first RB, if deposited in the HUE carried on the n4-n10 the first RB There is the HUE of data the 2nd in real time business HUE and HeNB sides, real time business HUE is dispatched to RB shared by the HUE of data the 2nd Carried on upper carrying, the RB that the HUE of data the 2nd correspondences are dispatched to shared by real time business HUE;To on n4-n10 the first RB Other HUE of carrying perform ABSF algorithms;
If being not present in the HUE carried on the n4-n10 the first RB in real time business HUE or HeNB sides and number being not present According to the 2nd HUE, ABSF algorithms are performed to the HUE carried on n4-n10 the first RB.
9. method according to claim 8, it is characterised in that real time business HUE is dispatched to shared by the HUE of data the 2nd Carried on RB, being carried on the RB that the HUE of data the 2nd correspondences are dispatched to shared by real time business HUE includes:
When the RB quantity m1 that real time business HUE takes is more than the RB quantity m1 that the HUE of data the 2nd takes, from real time business HUE Selection m2 real time business HUE, the RB sums m3 that m2 real time business HUE takes are less than or equal to the RB that the HUE of data the 2nd takes Sum;M3 RB is selected in the RB taken from the HUE of data the 2nd, the m2 real time business HUE is dispatched to m3 of selection Carried on RB, the HUE of data the 2nd carried on m3 RB correspondences are dispatched on the RB that the m2 real time business HUE takes and held Carry;
When the RB quantity m1 that real time business HUE takes is not more than the RB quantity of the HUE of data the 2nd occupancy, accounted for from the HUE of data the 2nd M1 RB is selected in RB, real time business HUE is dispatched on m1 RB of selection and carried, the data that will be carried on m1 RB 2nd HUE is dispatched on the RB of real time business HUE occupancy and carried.
10. a kind of resource scheduling device, it is characterised in that including:
First determining unit, for according to preparatory condition judge in one group of femtocell user HUE at least one first HUE, described at least one the first HUE constitute HUE first sets, determine that all HUE in the HUE first sets take the One resource block RB total quantity n1, the first judging unit is sent to by n1;Wherein, the first HUE is to be disturbed HUE or interference HUE, the HUE, the interference HUE for being disturbed HUE to be disturbed by MUE when carrying out uplink communication between MUE and MeNB To carry out the HUE that MUE is disturbed during downlink communication between MUE and MeNB;
First judging unit, for judging whether idle RB total quantity n2 is less than n1, will determine that result is sent to first choice Unit and the second selecting unit;
First choice unit, when being not less than n1 for judged result for n2, n1 free time RB is selected from n2 free time RB, will be selected The n1 free time RB selected distributes to the HUE in the HUE first sets;
Second selecting unit, when being less than n1 for judged result for n2, selects n3 HUE from the HUE first sets, described The RB sums m0 that n3 HUE takes is not more than n2, m0 free time RB is selected from n2 free time RB, by m0 free time RB of selection Distribute to the n3 HUE;(n1-m0) individual first RB is selected from n1 the first RB, by (n1-m0) of selection individual first RB points HUE described in dispensing described in HUE first sets outside n3 HUE.
11. device according to claim 10, it is characterised in that also include:
Second determining unit, the HUE first sets are distributed to for the second selecting unit by (n1-m0) of selection individual first RB Described in after HUE outside n3 HUE, when judging that any HUE meets preparatory condition in the HUE outside the n3 HUE, really Determine the total quantity n4 for the first RB that the HUE in HUE second sets takes;The HUE second sets include the n3 HUE it All HUE of preparatory condition are met in outer HUE;The result of determination is sent to the first switch unit and the second switch unit;
First switch unit, for total quantity n5 of RB shared by the HUE of data the 2nd that there is currently in Home eNodeB HeNB sides etc. In 0 and handoff parameter meet switching condition when, the data HUE carried on n4 the first RB is switched to WLAN sides;
Second switch unit, the total quantity n5 for RB shared by the HUE of data the 2nd that there is currently in HeNB sides is not equal to 0 and cut When changing parameter and meeting switching condition, the HUE of data the 2nd in HeNB sides is switched to WLAN sides, by what is carried on n4 the first RB Before the HUE of data the 2nd that HUE is switched in the HeNB sides does not switch on the RB of occupancy.
12. device according to claim 11, it is characterised in that the first switch unit includes:
First switching subelement, if the data HUE carried on n4 the first RB quantity n14 be not more than WLAN sides can The data HUE of carrying quantity n6, indicates that the data HUE carried on n4 the first RB is switched to WLAN sides, to n4 the first RB Other HUE of upper carrying perform ABSF algorithms;
Second switching subelement, if being more than n6 for n14, selects n6 data HUE from n14 data HUE, indicates selection N6 data HUE be switched to WLAN sides, ABSF algorithms are performed to other HUE carried on n4 the first RB.
13. device according to claim 12, it is characterised in that the second switch unit includes:
3rd switching subelement, if being not less than n7 for n6, selects the n7 HUE of data the 2nd from all HUE of data the 2nd, Indicate that the HUE of n7 data the 2nd of selection is switched to WLAN sides;N7 is the HUE of data the 2nd at least switched on n4 RB number Amount;
Judge n5 and n4 magnitude relationship, if n5 is not less than n4, n4 is disturbed the HUE carried on RB and is dispatched to the n7 Carried on the RB taken before the individual HUE of data the 2nd switchings;If n5 is less than n4, the HUE parts carried on n4 the first RB are adjusted Spend on the RB taken before the HUE of n7 data the 2nd switchings and carry;
4th switching subelement, if being less than n7 for n6, the n6 HUE of data the 2nd is selected from all HUE of data the 2nd, is referred to Show that the HUE of n6 data the 2nd of selection is switched to WLAN sides;By the HUE partial schedulings carried on n4 the first RB to the n6 Carried on the RB taken before the HUE of data the 2nd switchings.
14. device according to claim 13, it is characterised in that the 3rd switching subelement is accomplished by the following way described Carried on the RB taken before the HUE partial schedulings carried on n4 the first RB are switched to the HUE of n7 data the 2nd:
N11 HUE is selected from the HUE carried on n4 the first RB, the RB sums that the n11 HUE takes are n12, by institute State n11 HUE and be dispatched to carrying on the RB taken before the n7 HUE of data the 2nd switching.
15. device according to claim 14, it is characterised in that the 3rd switching subelement is additionally operable to:By the n11 HUE is dispatched on the RB taken before the n7 HUE of data the 2nd switching after carrying, for remaining n4-n12 the first RB, is sentenced It whether there is data HUE in the HUE carried on individual first RB of the n4-n12 that breaks;
When being unsatisfactory for switching condition in the absence of data HUE or handoff parameter, to the HUE carried on the n4-n12 the first RB Perform ABSF algorithms;
There is data HUE and when handoff parameter meets switching condition, judge the magnitude relationship between n13 and (n6-n7), n13 is Data HUE quantity in the HUE carried on n4-n12 the first RB;
When n13 is not more than (n6-n7), indicate that n13 data HUE is switched to WLAN sides;Other HUE on n4 the first RB are held Row ABSF algorithms;
When n13 is more than (n6-n7), (n6-n7) individual data HUE, (n6-n7) number described in instruction are selected from n13 data HUE WLAN sides are switched to according to HUE;ABSF algorithms are performed to other HUE on n4 the first RB.
16. the device according to any one of claim 13 to 15, it is characterised in that the 4th switching subelement passes through with lower section Formula realizes the RB taken before the HUE partial schedulings carried on n4 the first RB are switched to the HUE of n6 data the 2nd Upper carrying:
N8 HUE, the n8 HUE is selected to take n10 RB from the HUE carried on n4 the first RB, n10 is not more than n9, N9 is the RB quantity that the n6 HUE of data the 2nd takes;
N8 HUE of selection is switched on the RB taken before the n6 HUE of data the 2nd switching and carried.
17. device according to claim 16, it is characterised in that the 4th switching subelement is additionally operable to:By the n8 of selection HUE is switched on the RB taken before the n6 HUE of data the 2nd switching after carrying, for being held on remaining n4-n10 the first RB , there are data if existed in the HUE carried on the n4-n10 the first RB in real time business HUE and HeNB sides in the HUE of load 2nd HUE, real time business HUE is dispatched to shared by the HUE of data the 2nd and carried on RB, the HUE of data the 2nd correspondences are dispatched to Carried on RB shared by real time business HUE;ABSF algorithms are performed to other HUE carried on n4-n10 the first RB;
If being not present in the HUE carried on the n4-n10 the first RB in real time business HUE or HeNB sides and number being not present According to the 2nd HUE, ABSF algorithms are performed to the HUE carried on n4-n10 the first RB.
18. device according to claim 17, it is characterised in that the 4th switching subelement is accomplished by the following way described Real time business HUE is dispatched to shared by the HUE of data the 2nd and carried on RB, the HUE of data the 2nd correspondences are dispatched to real time business Carried on RB shared by HUE:
When the RB quantity m1 that real time business HUE takes is more than the RB quantity m1 that the HUE of data the 2nd takes, from real time business HUE Selection m2 real time business HUE, the RB sums m3 that m2 real time business HUE takes are less than or equal to the RB that the HUE of data the 2nd takes Sum;M3 RB is selected in the RB taken from the HUE of data the 2nd, the m2 real time business HUE is dispatched to m3 of selection Carried on RB, the HUE of data the 2nd carried on m3 RB correspondences are dispatched on the RB that the m2 real time business HUE takes and held Carry;
When the RB quantity m1 that real time business HUE takes is not more than the RB quantity of the HUE of data the 2nd occupancy, accounted for from the HUE of data the 2nd M1 RB is selected in RB, real time business HUE is dispatched on m1 RB of selection and carried, the data that will be carried on m1 RB 2nd HUE is dispatched on the RB of real time business HUE occupancy and carried.
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