CN106998583A

CN106998583A - Poewr control method and device

Info

Publication number: CN106998583A
Application number: CN201610044826.7A
Authority: CN
Inventors: 毕峰; 苟伟; 赵亚军; 彭佛才; 杨玲; 李新彩
Original assignee: ZTE Corp
Current assignee: ZTE Corp
Priority date: 2016-01-22
Filing date: 2016-01-22
Publication date: 2017-08-01
Also published as: WO2017124846A1

Abstract

The invention provides a kind of Poewr control method and device.This method includes：It is determined that on unauthorized carrier wave transmitting information；Power Control is carried out to the unauthorized carrier wave by following at least one mode：Power Control is carried out according to the power spectral density PSD based on resource unit RE；PSD based on resource block RB is adjusted, and Power Control is carried out according to the PSD after adjustment；Power Control is carried out according to the PSD of the PSD of real data and Seize ACK message, wherein, real data is the data of the actual transmission of transmitting terminal, and Seize ACK message is the signal for busy channel；Power Control is carried out according to power offset；By adaptively adjust or semi-static adjustment CCA detection thresholds carry out Power Control；Power Control is carried out by the span for adjusting at least one parameter related to Power Control.By the present invention, the problem of effective control to the power of unauthorized carrier wave can not be realized in correlation technique is solved.

Description

Poewr control method and device

Technical field

The present invention relates to the communications field, in particular to a kind of Poewr control method and device.

Background technology

Since 3GPP R10 versions, to meet IMT-Advanced (International Mobile Telecommunications - Advanced, IMT-Advanced) demand, LTE-A (Long Term Evolution-Advanced, LTE evolution) In employ CA (Carriers Aggregation, carrier aggregation) technology further support than LTE ((Long Term Evolu - tion, Long Term Evolution) broader communication bandwidth.The cardinal principle of carrier aggregation is multiple to LTE backward compatibility by polymerizeing Carrier wave, can support maximum 100MHz bandwidth.In the system of carrier aggregation is introduced, the carrier wave being polymerize referred to as CC (Component Carrier, component carrier), also referred to as one Cell (cell).It is also proposed that PCC/PCell (Pr - imary Component Carrier/Cell, principal component carrier wave/cell) and SCC/SCell (Secondary Component Car - rier/Cell, auxiliary component carrier/cell) concept.In the system for carrying out carrier aggregation, including at least a PCC/PCell And SCC/SCell, wherein PCC/PCell are constantly in state of activation.When the upward signal on multiple CC is sent simultaneously, if The total transmission power of upward signal on multiple CC can be supported most more than PA (Power Amplifier, power amplifier) Big linear power, then carry out power extraction, to ensure the transmission power of all upward signals and not surpass to all upward signals Cross the maximum linear power that PA can be supported.

For example, transmitting PUCCH (Physical Uplink Control Channel, Physical Uplink Control Channel) and transmitting simultaneously is not Comprising UCI (Uplink Control Information, ascending control information) PUSCH (Physical Uplink Shared Channel, Physical Uplink Shared Channel) when, power extraction (Power Scaling) formula is：

For example, during the PUSCH of PUSCH and transmitting of the transmitting simultaneously not comprising UCI comprising UCI, power extraction formula is：

For example, during PUSCH of the PUSCH of transmitting PUCCH and transmitting not comprising UCI and the transmitting simultaneously comprising UCI, work( Rate cuts down formula：

Aforementioned four formula, wherein band " ^ " represents linear value,The maximum transmission power that i-th of subframe allows is represented,The PUCCH of i-th of subframe power is represented,Represent the PUSCH of upper i-th of the subframe of carrier index c Power,Represent j-th of serving cell and be the cell for including UCI, w (i) represents upper i-th of the subframe of carrier index c The power extraction factor, 0≤w (i)≤1.

The Power Control carried out simultaneously on some CC is PSD (Power Spectral Density, power spectral density) and opened The mode that ring, closed loop are combined, wherein PSD represent the calculating carried out with RB (Resource Block, resource block) for unit, Assume power required when all RE (Resource Element, resource unit) are all occupied in unit RB.Then in tool During body transmitting business, power used can be calculated according to allocated RB quantity.More specifically, final calculating power includes Allocated RB quantity, PSD, path loss supplement, the modulating-coding form of transmitting data, accumulative or absolute power adjustment amount.

For example, PUSCH power is：

For example, PUCCH power is：

Above-mentioned two formula can be abbreviated as：

P_c(i)=min { P_CMAX,c(i), 10log₁₀(M_c(i))+P_{O, c}(j)+PL_c+TF_c(i)+f_c}, (i) wherein P_c(i) represent to carry Ripple indexes the calculating power of upper i-th of the subframe of c, P_CMAX,c(i) the maximum allowable transmitting work(of upper i-th of the subframe of carrier index c is represented Rate, M_c(i) scheduling RB quantity, the P of upper i-th of the subframe of carrier index c are represented_{O, c}(j) j={ 0,1,2 } represents semi-static respectively Corresponding PSD, PL when scheduling business, dynamic dispatching business, Stochastic accessing_cRepresent the path loss supplement on carrier index c, TF_c(i tables Show the modulating-coding form of the transmitting data of upper i-th of the subframe of carrier index c, f_c(i) the accumulative of upper i-th of the subframe of carrier index c is represented Or absolute power adjustment amount.In addition, industry is P_O,c(j)+PL_cRegard open Loop Power control as, TF_c(i)+f_c(i) regard as Close-loop power control, P_O,c(j) PSD (this is defined for the first PSD) is regarded as, or P_{O, c}(j)+TF_c(i)+f_c(i) see Work is PSD (this is second of PSD definition).

Above-mentioned CA is to be directed to authorize carrier wave, and with the rapid growth of data service, the data born on the carrier wave for authorizing frequency spectrum Transmit pressure also increasing, therefore, shared by the carrier wave of unlicensed spectrum and authorize the data traffic in carrier wave to turn into follow-up One important evolution tendency of LTE development.

The Rel-13 versions of LTE system start registration study in September, 2014 part, and the important research theme of one of which is exactly LTE system uses the carrier operation of unlicensed spectrum, also referred to as LAA (Licensed Assisted Access authorize auxiliary access). The carrier wave for the unlicensed spectrum for LTE system being used presently, there are is greatly promoted the potential of LTE system by this technology Frequency spectrum resource so that LTE system results in lower frequency spectrum cost.

The characteristics of unauthorized carrier wave has following：

1st, free/low expense：Unlicensed spectrum need not be bought, frequency spectrum resource is zero cost；

2nd, requirements for sale is low, cost is low：Personal, enterprise can participate in deployment, and the equipment of equipment vendor can be disposed arbitrarily；

3rd, available bandwidth is big：The frequency ranges such as 5GHz, 2.4GHz in unlicensed spectrum can be used, big with available bandwidth Feature；

4th, shared resource：When multiple different systems are all runed wherein, or same system different operators operation wherein when, can In the way of considering some shared resources, spectrum efficiency is improved；

5th, wireless access technology is more：Different communication standards can be used, but cooperation difficulty is big, and network topology is various；

6th, wireless access website is more：Number of users is big, but cooperation difficulty is big, and centralized management expense is big；

7th, using many：Multiple business can be runed wherein, for example：M2M (Machine to machine, machine to machine) Business, V2V (Vehicle to vehicle, automobile to automobile) business.

These characteristics determine that unauthorized carrier wave is probably one important evolution tendency of wireless communication system, but if to apply Unauthorized carrier wave needs to meet the control requirement issued in industry or region, wherein the control for shared bandwidth is, transmitting terminal hair 80% bandwidth resources for taking system bandwidth or nominal bandwidth are met when penetrating.

At present, industry will all take the 80% bandwidth money of system bandwidth or nominal bandwidth when how research meets transmitting terminal transmitting Source.For example, data distribution to be launched in 80% bandwidth resources, or interweave onto 80% bandwidth resources, or be mapped to In 80% bandwidth resources.Specifically include and continuous or Discrete Mapping is carried out by subcarrier, in units of resource block.Specifically, it can be divided into It is following several：

1st, Single UE (User Equipment, user equipment) actually take 80% bandwidth resources, including：

(1-1) 80% bandwidth resources are using RB centralizations；

(1-2) 80% bandwidth resources are distributed using RB；

(1-3) 80% bandwidth resources are using RE centralizations；

(1-4) 80% bandwidth resources are distributed using RE.

2nd, the bandwidth resources of Single UE spans 80%, but do not indicate that and actually take, including：

(2-1) pectinate texture is dispersed in span more than or equal in the range of 80% bandwidth resources；

(2-2) clustering architecture is dispersed in span more than or equal in the range of 80% bandwidth resources.

3rd, Single UE use the power of " actually taking 80% bandwidth resources " to concentrate and take a small amount of bandwidth, including：

Power corresponding to (3-1) a small amount of bandwidth needs to meet CCA (Clear Channel Assessment, clear channel assessment (CCA)) Detection threshold requirement.

4th, Multiple UE are actual takes 80% bandwidth resources, including：

(4-1) eNB (evolved base station) scheduling multiple UE are automatically considered and have been met control, but regardless of UE whether CCA Success；

(4-2) multiple UE launch Seize ACK message using common muting UE.

However, after above-mentioned processing, it is existing to be applied to authorize the Power Control of carrier wave, distribution or the mechanism of adjustment Can not directly it apply again.Now, if still with for authorizing being carried out based on the PSD that all RE are taken in unit RB for carrier wave Power Control will cause power dissipation.After the CCA failures of unauthorized carrier wave, the remaining CC shared by transmitting terminal equally faces power The problem of cutting down processing, the problem can not equally be realized using the existing power extraction mechanism for authorizing carrier wave.In addition, by In the CCA of unauthorized carrier wave success is likely in subframe in optional position, and the adjustment of original system power is to be directed to whole subframe, Therefore the problem of part sub-frame power is adjusted etc. occurs.

For in correlation technique, it is impossible to the problem of realizing effective control to the power of unauthorized carrier wave, not yet propose at present effective Solution.

The content of the invention

The invention provides a kind of Poewr control method and device, at least to solve not realizing to unauthorized carrier wave in correlation technique Power effective control the problem of.

According to an aspect of the invention, there is provided a kind of Poewr control method, including：It is determined that launching letter on unauthorized carrier wave Breath；Power Control is carried out to the unauthorized carrier wave by following at least one mode：According to the power spectrum based on resource unit RE Spend PSD and carry out Power Control；PSD based on resource block RB is adjusted, and power control is carried out according to the PSD after adjustment System；Power Control is carried out according to the PSD of the PSD of real data and Seize ACK message, wherein, real data is the actual hair of transmitting terminal The data sent, Seize ACK message is the signal for busy channel；Power Control is carried out according to power offset, wherein, power is inclined Shifting amount is the power of unauthorized carrier wave relative to the offset for the power for authorizing carrier system calculating；By adaptively adjusting or partly Static state adjustment clear channel assessment (CCA) CCA detection thresholds carry out Power Control；Joined by adjusting at least one related to Power Control Several spans carries out Power Control；By controlling the power extraction of mandate carrier wave and unauthorized carrier wave, or control to authorize and carry The power extraction of ripple group and unauthorized carrier wave set, carries out Power Control.

Alternatively, carrying out Power Control according to the power spectral density PSD based on resource unit RE includes one below：According to list The PSD of effectively RE quantity carries out Power Control in the RB of position；Power Control is carried out according to unit RE PSD；According to total RE PSD carries out Power Control.

Alternatively, carrying out Power Control according to the PSD of effective RE quantity in unit RB includes：Pass through below equation computation index For the power of i-th of subframe on c unauthorized carrier wave： P_c(i)=min { P_CMAX,c(i), 10log₁₀(M_c(i))+P_{O, c_RB_RE}(j)+X_c(i) }, wherein, X_c(i)=PL_c+TF_c(i)+ f_c(i), P_c(i) power of the index for i-th of subframe on c unauthorized carrier wave, P are represented_{CMAX, c}(i) it is the unauthorized of c to represent index The maximum transmission power that i-th of subframe allows on carrier wave, M_c(i) represent to index is i-th of subframe scheduling on c unauthorized carrier wave RB quantity, P_{O, c_RB_RE}(j) the effectively PSD, j ∈ { 0,1,2 }, PL of RE quantity in unit RB is represented_cIt is c to represent index Unauthorized carrier wave on path loss compensation, TF_c(i) modulation of the index for the transmitting data of i-th of subframe on c unauthorized carrier wave is represented Coded format, f_c(i) represent that aggregate-value or index that index is the power adjustment of i-th of subframe on c unauthorized carrier wave are c's The absolute power adjustment amount of i-th of subframe on unauthorized carrier wave.

Alternatively, carrying out Power Control according to the PSD of effective RE quantity in unit RB includes：Pass through below equation computation index For the power of i-th of subframe on c unauthorized carrier wave： P_c(i)=min { P_CMAX,c(i), 10log₁₀(M_c(i))+PSD_{c_RB_RE}(i)+PL_c, wherein, P_c(i) it is the non-of c to represent index Authorize the power of i-th of subframe on carrier wave, P_{CMAX, c}(i) maximum of the index for i-th of subframe permission on c unauthorized carrier wave is represented Transmission power, M_c(i) RB quantity of the index for i-th of subframe scheduling on c unauthorized carrier wave, PSD are represented_{c_RB_RE}(i) represent Index the PSD, PL of effective RE quantity in the unit RB of i-th of subframe on the unauthorized carrier wave for c_cIt is the non-of c to represent index Authorize the path loss compensation on carrier wave.

Alternatively, carrying out Power Control according to unit RE PSD includes：It is the unauthorized of c by below equation computation index The power of i-th of subframe on carrier wave：P_c(i)=min { P_CMAX,c(i), 10log₁₀(M_{c_RE}(i))+P_{O, c_RE}(j)+X_c}, (i) its In, X_c(i)=PL_c+TF_c(i)+f_c(i),P_c(i) power of the index for i-th of subframe on c unauthorized carrier wave is represented, P_{CMAX, c}(i) it is the maximum transmission power that i-th of subframe allows on c unauthorized carrier wave, M to represent index_{c_RE}(i) it is c to represent index Unauthorized carrier wave on i-th of subframe scheduling RE quantity, P_{O,c_RE}(j) PSD based on RE, PL are represented_cIt is c to represent index Unauthorized carrier wave on path loss compensation, TF_c(i) modulation of the index for the transmitting data of i-th of subframe on c unauthorized carrier wave is represented Coded format, f_c(i) represent that aggregate-value or index that index is the power adjustment of i-th of subframe on c unauthorized carrier wave are c's The absolute power adjustment amount of i-th of subframe on unauthorized carrier wave.

Alternatively, carrying out Power Control according to unit RE PSD includes：It is the unauthorized of c by below equation computation index The power of i-th of subframe on carrier wave：P_c(i)=min { P_CMAX,c(i), 10log₁₀(M_{c_RE}(i))+PSD_{c_RE}(i)+PL_c, its In, P_c(i) power of the index for i-th of subframe on c unauthorized carrier wave, P are represented_{CMAX, c}(i) unauthorized load of the index for c is represented The maximum transmission power that i-th of subframe allows on ripple, M_{c_RE}(i) represent to index is i-th of subframe scheduling on c unauthorized carrier wave RE quantity, PSD_{c_RE}(i) it is i-th of subframe PSD based on RE, PL on c unauthorized carrier wave to represent index_cRepresent that index is Path loss compensation on c unauthorized carrier wave.

Alternatively, carrying out Power Control according to total RE PSD includes：It is the unauthorized of c by below equation computation index The power of i-th of subframe on carrier wave：P_c(i)=min { P_CMAX,c(i), P_{c,Total_RE}(j)+X_c(i) }, wherein, X_c(i)=PL_c+ TF_c(i)+f_c(i), P_c(i) power of the index for i-th of subframe on c unauthorized carrier wave, P are represented_{CMAX, c}(i) it is c to represent index Unauthorized carrier wave on the maximum transmission power that allows of i-th subframe, P_{c,Total_RE}(j) total RE power is represented, J ∈ { 0,1,2 }, PL_cIt is the path loss compensation on c unauthorized carrier wave, TF to represent index_c(i) it is the unauthorized of c to represent index The modulating-coding form of the transmitting data of i-th of subframe, f on carrier wave_c(i) represent to index is i-th of subframe on c unauthorized carrier wave The absolute power adjustment amount of i-th of subframe on the aggregate-value of power adjustment or the unauthorized carrier wave that index is c.

Alternatively, the PSD based on resource block RB is adjusted, and carries out Power Control according to the PSD after adjustment includes： PSD based on RB is adjusted on frequency domain, and Power Control is carried out based on the PSD after adjustment；And/or to based on RB PSD be adjusted in time domain, and based on after adjustment PSD carry out Power Control.

Alternatively, the PSD based on RB is adjusted on frequency domain, and carries out Power Control based on the PSD after adjustment includes： Pass through power of the below equation computation index for i-th of subframe on c unauthorized carrier wave： P_c(i)=min { P_CMAX,c(i), 10log₁₀(K*M_c(i))+P_O,c(j)+X_c(i) }, wherein, X_c(i)=PL_c+TF_c(i)+ f_c(i), 0≤K≤1, P_c(i) power of the index for i-th of subframe on c unauthorized carrier wave, P are represented_CMAX,c(i) index is represented For the maximum transmission power that i-th of subframe allows on c unauthorized carrier wave, M_c(i) it is i-th on c unauthorized carrier wave to represent index The RB quantity of subframe scheduling, K represents that pectination RE quantity is accounted in unit RB on frequency domain in the inverse or unit RB of the pectination factor The percentage of total RE quantity, P_{O, c}(j) PSD based on RB, j ∈ { 0,1,2 }, PL are represented_cIt is the unauthorized of c to represent index Path loss compensation on carrier wave, TF_c(i) modulating-coding form of the index for the transmitting data of i-th of subframe on c unauthorized carrier wave is represented, f_c(i) the unauthorized carrier wave that aggregate-value or index that index is the power adjustment of i-th of subframe on c unauthorized carrier wave are c is represented The absolute power adjustment amount of upper i-th of subframe.

Alternatively, the PSD based on RB is adjusted on frequency domain, and carries out Power Control based on the PSD after adjustment includes： Pass through power of the below equation computation index for i-th of subframe on c unauthorized carrier wave： P_c(i)=min { P_CMAX,c(i), 10log₁₀(K*M_c(i))+PSD_c(i)+PL_c, wherein, 0≤K≤1, P_c(i) rope is represented It is cited as the power of i-th of subframe on c unauthorized carrier wave, P_{CMAX, c}(i) it is i-th of subframe on c unauthorized carrier wave to represent index The maximum transmission power of permission, M_c(i) RB quantity of the index for i-th of subframe scheduling on c unauthorized carrier wave is represented, K is represented Pectination RE quantity accounts for the percentage of total RE quantity in frequency in unit RB, PSD in the inverse or unit RB of the pectination factor_c(i) table It is i-th of subframe PSD based on RB, PL on c unauthorized carrier wave to show index_cIt is the road on c unauthorized carrier wave to represent index Damage compensation.

Alternatively, the PSD based on RB is adjusted in time domain, and carries out Power Control based on the PSD after adjustment includes： Pass through power of the below equation computation index for i-th of subframe on c unauthorized carrier wave： P_c(i)=min { P_CMAX,c(i), 10log₁₀(L*M_c(i))+P_O,c(j)+X_c(i) }, wherein, X_c(i)=PL_c+TF_c(i)+ f_c(i), 0≤L≤1, P_c(i) power of the index for i-th of subframe on c unauthorized carrier wave, P are represented_CMAX,c(i) index is represented For the maximum transmission power that i-th of subframe allows on c unauthorized carrier wave, M_c(i) it is i-th on c unauthorized carrier wave to represent index The RB quantity of subframe scheduling, L represents that the orthogonal frequency division multiplex OFDM symbol quantity accounted for is robbed in unit RB to be accounted in unit RB The percentage of total OFDM symbol quantity, P in time domain_O,c(j) PSD based on RB, j ∈ { 0,1,2 }, PL are represented_cRepresent rope It is cited as the path loss compensation on c unauthorized carrier wave, TF_c(i) transmitting number of the index for i-th of subframe on c unauthorized carrier wave is represented According to modulating-coding form, f_c(i) aggregate-value or rope of the index for the power adjustment of i-th of subframe on c unauthorized carrier wave are represented It is cited as the absolute power adjustment amount of i-th of subframe on c unauthorized carrier wave.

Alternatively, the PSD based on RB is adjusted in time domain, and carries out Power Control based on the PSD after adjustment includes： Pass through power of the below equation computation index for i-th of subframe on c unauthorized carrier wave： P_c(i)=min { P_CMAx,c(i), 10log₁₀(L*M_c(i))+PSD_c(i)+PL_c, wherein, 0≤L≤1, P_c(i) rope is represented It is cited as the power of i-th of subframe on c unauthorized carrier wave, P_{CMAX, c}(i) it is i-th of subframe on c unauthorized carrier wave to represent index The maximum transmission power of permission, M_c(i) RB quantity of the index for i-th of subframe scheduling on c unauthorized carrier wave is represented, L is represented The percentage that the OFDM symbol quantity accounted for accounts for total OFDM symbol quantity in time domain in unit RB, PSD are robbed in unit RB_c(i) It is i-th of subframe PSD based on RB, PL on c unauthorized carrier wave to represent index_cRepresent index on c unauthorized carrier wave Path loss is compensated.

Alternatively, it is adjusted to the PSD based on RB on frequency domain, and Power Control is carried out based on the PSD after adjustment, And/or the PSD based on RB is adjusted in time domain, and based on after adjustment PSD carry out Power Control before, method is also Including：First preset control parameters set and the second preset control parameters set are set, wherein, the first preset control parameters set Take on time domain and frequency domain in the case of all RE or used in the case where transmitting terminal launches complete subframe in unit RB, Second preset control parameters are integrated into do not take all RE on frequency domain in unit RB in the case of or in transmitting terminal emission part molecule Used in the case of frame.

Alternatively, carrying out Power Control according to the PSD of the PSD of real data and Seize ACK message includes：Calculated by below equation Index the power of i-th of subframe on the unauthorized carrier wave for c：P_c(i)=min { P_CMAX,c(i), 10log₁₀(M_{c_DATA}(i))+ P_{O, c_DATA}(j)+10log₁₀(M_{c_OS}(i))+P_{O, c_OS}(j)+X_c(i) }, wherein, X_c(i)=PL_c+TF_c(i)+f_c(i),P_c(i) Represent power of the index for i-th of subframe on c unauthorized carrier wave, P_{CMAX, c}(i) it is i-th on c unauthorized carrier wave to represent index The maximum transmission power that subframe allows, M_{c_DATA}(i) it is the RB quantity that i-th of subframe scheduling real data takes on c unauthorized carrier wave, P to represent index_{O,c_DATA}(j) PSD, M of real data are represented_{c_OS}(i) the RB quantity that index takes for the Seize ACK message of i-th of subframe on c unauthorized carrier wave, P are represented_{O, cOS}(j) PSD, j ∈ { 0,1,2 }, PL of Seize ACK message are represented_cRepresent rope It is cited as the path loss compensation on c unauthorized carrier wave, TF_c(i) transmitting data of the index for i-th of subframe on c unauthorized carrier wave are represented Modulating-coding form, f_c(i) aggregate-value or index of the index for the power adjustment of i-th of subframe on c unauthorized carrier wave are represented For the absolute power adjustment amount of i-th of subframe on c unauthorized carrier wave.

Alternatively, carrying out Power Control according to the PSD of the PSD of real data and Seize ACK message includes：Calculated by below equation Index the power of i-th of subframe on the unauthorized carrier wave for c：P_c(i)=min { P_CMAX,c(i), 10log₁₀(M_{c_DATA}(i))+ PSD_{c_DATA}(i)+10log₁₀(M_{c_OS}(i))+PSD_{c_OS}(i)+PL_c, wherein, P_c(i) power of the index for i-th of subframe on c unauthorized carrier wave, P are represented_{CMAX, c}(i) emission maximum work(of the index for i-th of subframe permission on c unauthorized carrier wave is represented Rate, M_{c_DATA}(i) it is the RB quantity that i-th of subframe scheduling real data takes on c unauthorized carrier wave, PSD to represent index_{c_DATA}(i) PSD, M of the index for i-th of subframe real data on c unauthorized carrier wave are represented_{c_OS}(i) the RB quantity that index takes for the Seize ACK message of i-th of subframe on c unauthorized carrier wave, PSD are represented_{c_OS}(i) PSD, PL of the index for the Seize ACK message of i-th of subframe on c unauthorized carrier wave are represented_cIt is the path loss compensation on c unauthorized carrier wave to represent index.

Alternatively, carrying out Power Control according to power offset includes：By below equation computation index on c unauthorized carrier wave The power of i-th of subframe：P_c(i)=min { P_CMAX,c(i), P_OFFSET,c(i)+10log₁₀(M_c(i))+P_O,c(j)+X_c}, (i) its In, X_c(i)=PL_c+TF_c(i)+f_c(i),P_c(i) power of the index for i-th of subframe on c unauthorized carrier wave is represented, P_{CMAX, c}(i) it is the maximum transmission power that i-th of subframe allows on c unauthorized carrier wave, M to represent index_c(i) it is c's to represent index The RB quantity of i-th of subframe scheduling, P on unauthorized carrier wave_{O, c}(j) PSD based on RB, j ∈ { 0,1,2 }, P are represented_{OFFSET, c}(i) Represent power offset of the index for i-th of subframe on c unauthorized carrier wave, PL_cIt is the road on c unauthorized carrier wave to represent index Damage compensation, TF_c(i) modulating-coding form of the index for the transmitting data of i-th of subframe on c unauthorized carrier wave, f are represented_c(i) represent Index is that the aggregate-value or index of the power adjustment of i-th of subframe on c unauthorized carrier wave are i-th of son on c unauthorized carrier wave The absolute power adjustment amount of frame.

Alternatively, carrying out Power Control according to power offset includes：By below equation computation index on c unauthorized carrier wave The power of i-th of subframe：P_c(i)=min { P_CMAX,c(i), P_OFFSET,c(i)+10log₁₀(M_c(i))+PSD_c(i)+PL_c, its In, P_c(i) power of the index for i-th of subframe on c unauthorized carrier wave, P are represented_{CMAX, c}(i) unauthorized load of the index for c is represented The maximum transmission power that i-th of subframe allows on ripple, M_c(i) RB of the index for i-th of subframe scheduling on c unauthorized carrier wave is represented Quantity, P_{OFFSET, c}(i) offset of the index for i-th of subframe on c unauthorized carrier wave, PSD are represented_c(i) it is c's to represent index PSD of i-th of subframe based on RB, PL on unauthorized carrier wave_cIt is the path loss compensation on c unauthorized carrier wave to represent index.

Alternatively, at least one parameter related to Power Control includes at least one of：P_O,c；PL_c；TF_c；f_c, wherein, P_{O, c}Represent the PSD based on RB, PL_cIt is the path loss compensation on c unauthorized carrier wave, TF to represent index_cIt is c's to represent index Launch the modulating-coding form of data, f on unauthorized carrier wave_cRepresent the absolute power adjustment amount for the unauthorized carrier wave that the aggregate-value or index of the power adjustment for the unauthorized carrier wave that index is c are c.

Alternatively, by controlling the power extraction of mandate carrier wave and unauthorized carrier wave, or control to authorize carrier wave set and unauthorized load The power extraction of ripple group, carrying out Power Control includes：Control authorizes carrier wave and unauthorized carrier wave to use unified power extraction all the time The factor, to carry out Power Control；Or detect what is successfully failed with unauthorized carrier wave CCA detections for unauthorized carrier wave CCA Two kinds of situations, two kinds of situations of control use the different power extraction factors, to carry out Power Control；Or control authorizes carrier wave set The different power extraction factors are respectively adopted with unauthorized carrier wave set, to carry out Power Control.

Alternatively, two kinds of situations that failure is successfully detected with unauthorized carrier wave CCA, control are detected for unauthorized carrier wave CCA Two kinds of situations use the different power extraction factors, are included with carrying out Power Control：Unauthorized carrier wave CCA detect successfully and Need in the case of carrying out power extraction, control uses the first power extraction factor, wherein, the first power extraction factor pair owns The unauthorized carrier wave for authorizing carrier wave and all scheduling of scheduling is effective；Failure is detected in unauthorized carrier wave CCA and is needing to carry out In the case of power extraction, control uses the second power extraction factor, wherein, the second all scheduling of power extraction factor pair are awarded Weighing carrier wave, all scheduling and CCA detections, successfully unauthorized carrier wave is effective.

Alternatively, before Power Control is carried out to unauthorized carrier wave, this method also includes：Using display mode or system default Mode determines the priority of carrier type and/or the priority of channel type, wherein, carrier type includes authorizing carrier type and non- Carrier type is authorized, channel type includes authorizing the type and the type of the channel on unauthorized carrier wave of the channel on carrier wave.

Alternatively, determine that the priority of carrier type and/or the priority of channel type include using display mode：Receive network side The priority and/or the priority of channel type of the carrier type notified in dynamic/semi-static form.

Alternatively, determine that the priority of carrier type and/or the priority of channel type include using display mode：User is received to set Standby UE control instruction, wherein, control instruction is the priority and/or channel type of control raising or reduction carrier type The instruction of priority.

Alternatively, in the case where determining the priority of carrier type using system default mode, the priority of carrier type is from height It is to low setting：Authorize the main carrier on carrier wave, authorize the secondary carrier on carrier wave, the secondary carrier on unauthorized carrier wave；Or authorize Main carrier on carrier wave, the secondary carrier on unauthorized carrier wave, the secondary carrier authorized on carrier wave.

Alternatively, the priority of channel type is being determined using system default mode, and in the case of not considering carrier type, The priority of channel type is set to from high to low：Physical Uplink Control Channel PUCCH, the thing for carrying ascending control information UCI Reason Uplink Shared Channel PUSCH, the PUSCH for not carrying UCI.

Alternatively, the priority of carrier type and/or the priority of channel type are being determined using display mode or system default mode Afterwards, this method also includes：Switching command is received, wherein, switching command is used to display mode switching to system default mode, Or system default mode is switched into display mode.

Alternatively, carrying out Power Control to unauthorized carrier wave includes：Power Control is carried out according to priority.

According to another aspect of the present invention there is provided a kind of output control device, including：Determining unit, for determining to award non- Weigh transmitting information on carrier wave；Control unit, for carrying out Power Control to the unauthorized carrier wave by following at least one mode： Power Control is carried out according to the power spectral density PSD based on resource unit RE；PSD based on resource block RB is adjusted, And Power Control is carried out according to the PSD after adjustment；Power Control is carried out according to the PSD of the PSD of real data and Seize ACK message, Wherein, real data is the data of the actual transmission of transmitting terminal, and Seize ACK message is the signal for busy channel；According to power excursion Amount carry out Power Control, wherein, power offset for unauthorized carrier wave power relative to authorize carrier system calculate power Offset；By adaptively adjust or semi-static adjustment clear channel assessment (CCA) CCA detection thresholds carry out Power Control；By adjusting The span of whole at least one parameter related to Power Control carries out Power Control；By controlling to authorize carrier wave and unauthorized load The power extraction of ripple, or control authorize the power extraction of carrier wave set and unauthorized carrier wave set, carry out Power Control.

The embodiment of the present invention, power control is carried out by determining the transmitting information on unauthorized carrier wave, and according to the PSD based on RE Make, the PSD based on resource block RB is adjusted and Power Control is carried out, according to real data according to the PSD after adjustment The PSD of PSD and Seize ACK message carries out Power Control, Power Control carried out according to power offset, by adaptively adjusting or half Static state adjustment CCA detection thresholds carry out Power Control, the span by adjusting at least one parameter related to Power Control Carry out Power Control or (or control authorizes carrier wave set and non-awarded by controlling to authorize the power extraction of carrier wave and unauthorized carrier wave Weigh the power extraction of carrier wave set) Power Control is carried out, effective control to unauthorized carrier power is realized, related skill is solved The problem of effective control to the power of unauthorized carrier wave can not be realized in art, it is to avoid using all based on being taken in unit RB RE PSD carries out power dissipation caused by Power Control, reduces the interference due to launching too high power and bringing, and Effectively reduce the energy consumption of transmitting terminal.

Brief description of the drawings

Accompanying drawing described herein is used for providing a further understanding of the present invention, constitutes the part of the application, of the invention shows Meaning property embodiment and its illustrate be used for explain the present invention, do not constitute inappropriate limitation of the present invention.In the accompanying drawings：

Fig. 1 is the flow chart of Poewr control method according to embodiments of the present invention；

Fig. 2 is the schematic diagram of output control device according to embodiments of the present invention.

Embodiment

Describe the present invention in detail below with reference to accompanying drawing and in conjunction with the embodiments.It should be noted that in the case where not conflicting, The feature in embodiment and embodiment in the application can be mutually combined.

It should be noted that term " first ", " second " in description and claims of this specification and above-mentioned accompanying drawing etc. is to use In distinguishing similar object, without for describing specific order or precedence.

In addition, in addition it is also necessary to illustrate following problem：

(1) pipe for 80% bandwidth resources for taking system bandwidth or nominal bandwidth is met when the transmitting terminal on unauthorized carrier wave is launched System.However, sometimes transmitting terminal in transmitting, RE can not map full in unit RB.Uniformly divided using pectinate texture for example, working as When being dispersed in span more than or equal in the range of 80% bandwidth resources, in transmitting, RE can not map full to transmitting terminal in unit RB.

(2) because the CCA of unauthorized carrier wave is likely to success in optional position in subframe, and original system is (for authorizing The power adjustment system of carrier wave) power adjustment be directed to whole subframe, so the problem of part sub-frame power is adjusted occurs.

(3) it can be taken by real data and Seize ACK message more than or equal to 80% bandwidth resources scope, wherein Seize ACK message is mainly used In the control for meeting 80% bandwidth resources.If however, now still to be entered based on the PSD that all RE are taken in unit RB Row Power Control will cause power dissipation.

(4) PA has been exceeded in total calculating power of scheduled mandates carrier wave and the unauthorized carrier wave being scheduled and can support most In the case of big linear power, transmitting terminal, which is estimated, to be needed to carry out power extraction.But, if it is considered that unauthorized carrier wave CCA detections there is a possibility that failure, and the Power Control at this point for unauthorized carrier wave will propose new requirement.

One or more in regarding to the issue above, present applicant proposes a kind of embodiment of Poewr control method.

Fig. 1 is the flow chart of Poewr control method according to embodiments of the present invention, as shown in figure 1, the flow comprises the following steps：

Step S102, it is determined that the transmitting information on unauthorized carrier wave；

Step S104, Power Control is carried out by following at least one mode to the unauthorized carrier wave：According to based on resource unit RE Power spectral density PSD carry out Power Control；PSD based on resource block RB is adjusted, and according to the PSD after adjustment Carry out Power Control；Power Control is carried out according to the PSD of the PSD of real data and Seize ACK message, wherein, real data is hair The actual data sent in end are penetrated, Seize ACK message is the signal for busy channel；Power Control is carried out according to power offset, its In, power offset is the power of unauthorized carrier wave relative to the offset for the power for authorizing carrier system calculating；By adaptive It should adjust or semi-static adjustment clear channel assessment (CCA) CCA detection thresholds carry out Power Control；It is related to Power Control by adjusting The span of at least one parameter carries out Power Control；By controlling the power extraction of mandate carrier wave and unauthorized carrier wave, or Control authorizes the power extraction of carrier wave set and unauthorized carrier wave set, carries out Power Control.

It should be noted that the above-mentioned information launched on unauthorized carrier wave can include channel and signal, wherein, channel can be with Including PUCCH, PUSCH, PRACH (Physical Random Access Channel, Physical Random Access Channel) etc., Signal can include DMRS (demodulated reference signal), SRS signal etc..It will be understood by those skilled in the art that the application In alleged launch channel, refer to by the specific information of channel bearing.For example, transmitting PUCCH, it will be appreciated that to pass through PUCCH Channel bearing (specific) information.

It should be noted that it is above-mentioned for Power Control series of parameters (for example, the PSD based on RE, based on RB's PSD etc.) can base station configured；(according to parameter) carry out Power Control executive agent can be UE (User Equipment, User equipment).

By above-mentioned steps, effective control to unauthorized carrier power is realized, solving in correlation technique can not realize to non- The problem of authorizing effective control of power of carrier wave, it is to avoid carry out power using based on the PSD that all RE are taken in unit RB Power dissipation caused by control, reduces the interference due to launching too high power and bringing, and effectively reduce transmitting terminal Energy consumption.

Power Control is carried out according to the power spectral density PSD based on resource unit RE, this application provides following optional reality Apply example.

In a kind of optional embodiment, parameter P is introduced_{O, c_RB_RE}(j), the parameter represents effective RE quantity in unit RB PSD.In this embodiment it is possible to pass through power of the below equation computation index for i-th of subframe on c unauthorized carrier wave：

P_c(i)=min { P_CMAX,c(i), 10log₁₀(M_c(i))+P_{O, c_RB_RE}(j)+X_c(i)}

Wherein, X_c(i)=PL_c+TF_c(i)+f_c(i), P_c(i) power of the index for i-th of subframe on c unauthorized carrier wave is represented, P_{CMAX, c}(i) it is the maximum transmission power that i-th of subframe allows on c unauthorized carrier wave, M to represent index_c(i) it is c to represent index Unauthorized carrier wave on i-th of subframe scheduling RB quantity, P_{O, c_RB_RE}(j) the effectively PSD of RE quantity in unit RB is represented, J ∈ { 0,1,2 }, PL_cIt is the path loss compensation on c unauthorized carrier wave, TF to represent index_c(i) it is the unauthorized of c to represent index The modulating-coding form of the transmitting data of i-th of subframe, f on carrier wave_c(i) represent to index is i-th of subframe on c unauthorized carrier wave The absolute power adjustment amount of i-th of subframe on the aggregate-value of power adjustment or the unauthorized carrier wave that index is c.

Wherein it is possible to which presetting j=0 represents semi-persistent scheduling services state, j=1 represents dynamic dispatching service condition, j=2 tables Show Stochastic accessing state.It should be noted that those skilled in the art can set according to the actual requirements j and service access type it Between mapping relations, the application is not especially limited to this.

The embodiment will be met when allowing for the transmitting terminal transmitting on unauthorized carrier wave takes the 80% of system bandwidth or nominal bandwidth The control of bandwidth resources, but transmitting terminal the problem of RE does not map full in unit RB in transmitting sometimes, and the solution proposed Certainly scheme.For example, when being dispersed in span more than or equal in the range of 80% bandwidth resources using pectinate texture, transmitting terminal exists RE does not map full in unit RB during transmitting.Pass through the embodiment, it is to avoid RE does not map full in unit RB In the case of, the existing power dissipations brought based on RB PSD of LTE/LTE-A are still used, are reduced due to launching High power and the interference brought, while reducing the energy consumption of transmitting terminal.

In another optional embodiment, parameter PSD is introduced_{c_RB_RE}(i), PSD_{c_RB_RE}(i) it is the effectively PSD of RE quantity in i-th of subframe unit RB on c unauthorized carrier wave to represent index, then in this embodiment it is possible to pass through below equation meter Calculate power of the index for i-th of subframe on c unauthorized carrier wave：

P_c(i)=min { P_CMAX,c(i), 10log₁₀(M_c(i))+PSD_{c_RB_RE}(i)+PL_c}

Wherein, P_c(i) power of the index for i-th of subframe on c unauthorized carrier wave, P are represented_{CMAX, c}(i) it is the non-of c to represent index Authorize the maximum transmission power that i-th of subframe allows on carrier wave, M_c(i) represent that index is adjusted for i-th of subframe on c unauthorized carrier wave The RB quantity of degree, PSD_{c_RB_RE}(i) effective RE numbers in unit RB of the index for i-th of subframe on c unauthorized carrier wave are represented The PSD of amount, PL_cIt is the path loss compensation on c unauthorized carrier wave to represent index.

The embodiment will be met when allowing for the transmitting terminal transmitting on unauthorized carrier wave takes the 80% of system bandwidth or nominal bandwidth The control of bandwidth resources, however, transmitting terminal the problem of RE does not map full in unit RB in transmitting sometimes, and propose Solution.For example, when being dispersed in span more than or equal in the range of 80% bandwidth resources using pectinate texture, transmitting terminal In transmitting, RE does not map full in unit RB.

Pass through the embodiment, it is to avoid in unit RB RE do not map it is full in the case of, still showed using LTE/LTE-A There is the power dissipation brought based on RB PSD, reduce the interference due to launching too high power and bringing, reduce simultaneously The energy consumption of transmitting terminal.

Power Control is carried out according to unit RE PSD, this application provides following optional embodiment.

In a kind of optional embodiment, parameter P is introduced_{O, c_RE}(j), the parameter represents RE PSD.In this embodiment, may be used Using by below equation computation index as i-th of subframe on c unauthorized carrier wave power：

P_c(i)=min { P_CMAX,c(i), 10log₁₀(M_{c_RE}(i))+P_{O, c_RE}(j)+X_c(i)}

Wherein, X_c(i)=PL_c+TF_c(i)+f_c(i), P_c(i) power of the index for i-th of subframe on c unauthorized carrier wave is represented, P_{CMAX, c}(i) it is the maximum transmission power that i-th of subframe allows on c unauthorized carrier wave, M to represent index_{c_RE}(i) RE quantity of the index for i-th of subframe scheduling on c unauthorized carrier wave, P are represented_{O,c_RE}(j) PSD based on RE, PL are represented_cIt is c to represent index Unauthorized carrier wave on path loss compensation, TF_c(i) modulation of the index for the transmitting data of i-th of subframe on c unauthorized carrier wave is represented Coded format, f_c(i) represent that aggregate-value or index that index is the power adjustment of i-th of subframe on c unauthorized carrier wave are c's The absolute power adjustment amount of i-th of subframe on unauthorized carrier wave.

The embodiment will be met when allowing for the transmitting terminal transmitting on unauthorized carrier wave takes the 80% of system bandwidth or nominal bandwidth The control of bandwidth resources, but transmitting terminal the problem of RE does not map full in unit RB in transmitting sometimes, and the solution proposed Certainly scheme.For example, when being dispersed in span more than or equal in the range of 80% bandwidth resources using pectinate texture, transmitting terminal exists RE does not map full in unit RB during transmitting.

In an alternative embodiment, parameter PSD is introduced_{c_RE}(i), in this embodiment it is possible to pass through power of the below equation computation index for i-th of subframe on c unauthorized carrier wave：

P_c(i)=min { P_CMAX,c(i), 10log₁₀(M_{c_RE}(i))+PSD_{c_RE}(i)+PL_c}

Wherein, P_c(i) power of the index for i-th of subframe on c unauthorized carrier wave, P are represented_{CMAX, c}(i) it is the non-of c to represent index Authorize the maximum transmission power that i-th of subframe allows on carrier wave, M_{c_RE}(i) RE quantity of the index for i-th of subframe scheduling on c unauthorized carrier wave, PSD are represented_{c_RE}(i) it is i-th of subframe PSD based on RE, PL on c unauthorized carrier wave to represent index_cRepresent Index the path loss compensation on the unauthorized carrier wave for c.

Power Control is carried out according to total RE PSD, this application provides following optional embodiment.

In a kind of optional embodiment, parameter P is introduced_{c,Total_RE}(j), the parameter represents total RE power.In the reality Apply in example, power of the below equation computation index for i-th of subframe on c unauthorized carrier wave can be passed through：

P_c(i)=min { P_CMAX,c(i), P_{c,Total_RE}(j)+X_c(i)}

Wherein, X_c(i)=PL_c+TF_c(i)+f_c(i), P_c(i) power of the index for i-th of subframe on c unauthorized carrier wave is represented, P_{CMAX, c}(i) it is the maximum transmission power that i-th of subframe allows on c unauthorized carrier wave, P to represent index_{c,Total_RE}(j) represent always RE power, j ∈ { 0,1,2 }, PL_cIt is the path loss compensation on c unauthorized carrier wave, TF to represent index_c(i) represent that index is The modulating-coding form of the transmitting data of i-th of subframe, f on c unauthorized carrier wave_c(i) it is on c unauthorized carrier wave the to represent index The absolute power adjustment amount of i-th of subframe on the aggregate-value of the power adjustment of i subframe or the unauthorized carrier wave that index is c.

PSD based on RB is adjusted on frequency domain, and Power Control is carried out based on the PSD after adjustment, the application is provided Following optional embodiment.

In a kind of optional embodiment, parameter K is introduced, parameter K represents pectination RE in the inverse or unit RB of the pectination factor Quantity accounts for the percentage of total RE quantity on frequency domain in unit RB.Then in this embodiment it is possible to pass through below equation computation index For the power of i-th of subframe on c unauthorized carrier wave：

P_c(i)=min { P_CMAX,c(i), 10log₁₀(K*M_c(i))+P_{O, c}(j)+X_c(i)}

Wherein, X_c(i)=PL_c+TF_c(i)+f_c(i),0≤K≤1,P_c(i) it is on c unauthorized carrier wave i-th to represent index The power of individual subframe, P_{CMAX, c}(i) it is the maximum transmission power that i-th of subframe allows on c unauthorized carrier wave, M to represent index_c(i) RB quantity of the index for i-th of subframe scheduling on c unauthorized carrier wave is represented, K is represented in the inverse or unit RB of the pectination factor Pectination RE quantity accounts for the percentage of total RE quantity on frequency domain in unit RB, P_{O, c}(j) PSD based on RB is represented, J ∈ { 0,1,2 }, PL_cIt is the path loss compensation on c unauthorized carrier wave, TF to represent index_c(i) it is the unauthorized of c to represent index The modulating-coding form of the transmitting data of i-th of subframe, f on carrier wave_c(i) represent to index is i-th of subframe on c unauthorized carrier wave The absolute power adjustment amount of i-th of subframe on the aggregate-value of power adjustment or the unauthorized carrier wave that index is c.

In an alternative embodiment, parameter K is introduced, pectination RE quantity in the inverse or unit RB of the pectination factor is represented Account for the percentage of total RE quantity on frequency domain in unit RB.Then in this embodiment it is possible to be c by below equation computation index Unauthorized carrier wave on i-th of subframe power：

P_c(i)=min { P_CMAX,c(i), 10log₁₀(K*M_c(i))+PSD_c(i)+PL_c}

Wherein, 0≤K≤1, P_c(i) power of the index for i-th of subframe on c unauthorized carrier wave, P are represented_{CMAX, c}(i) represent Index the maximum transmission power that i-th of subframe allows on the unauthorized carrier wave for c, M_c(i) represent index on c unauthorized carrier wave The RB quantity of i-th of subframe scheduling, K represents that pectination RE quantity accounts for frequency in unit RB in the inverse or unit RB of the pectination factor The percentage of total RE quantity, PSD in rate_c(i) it is i-th of subframe PSD based on RB, PL on c unauthorized carrier wave to represent index_c It is the path loss compensation (path loss) on c unauthorized carrier wave to represent index.

The PSD based on RB is adjusted in time domain, and Power Control, the application are carried out based on the PSD after adjustment There is provided following optional embodiment.

In a kind of optional embodiment, introduce parameter L, L and represent that the OFDM symbol quantity accounted for is robbed in unit RB to be accounted for In unit RB on time orientation total OFDM symbol quantity percentage.In this embodiment it is possible to be calculated by below equation Index the power of i-th of subframe on the unauthorized carrier wave for c：

P_c(i)=min { P_CMAX,c(i), 10log₁₀(L*M_c(i))+P_{O, c}(j)+X_c(i)}

Wherein, X_c(i)=PL_c+TF_c(i)+f_c(i),0≤L≤1,P_c(i) it is on c unauthorized carrier wave i-th to represent index The power of individual subframe, P_{CMAX, c}(i) it is the maximum transmission power that i-th of subframe allows on c unauthorized carrier wave, M to represent index_c(i) RB quantity of the index for i-th of subframe scheduling on c unauthorized carrier wave is represented, L represents to rob the orthogonal frequency accounted in unit RB Multiplexing OFDM symbol quantity accounts for the percentage of total OFDM symbol quantity in time domain in unit RB, P_{O, c}(j) represent to be based on RB PSD, j ∈ { 0,1,2 }, PL_cIt is the path loss compensation on c unauthorized carrier wave, TF to represent index_c(i) it is c to represent index Unauthorized carrier wave on i-th of subframe transmitting data modulating-coding form, f_c(i) it is on c unauthorized carrier wave i-th to represent index The absolute power adjustment amount of i-th of subframe on the aggregate-value of the power adjustment of individual subframe or the unauthorized carrier wave that index is c.

The embodiment allows for the CCA of the unauthorized carrier wave optional position in subframe and is likely to success, and original system power Adjustment is to be directed to whole subframe, so can have the problem of part sub-frame power is adjusted, and the solution proposed.For example, pin To unauthorized carrier wave, a subframe is 1ms, it is assumed that monitored in 0.5ms successfully, then 0.5ms is launched to 1ms transmitting terminals, This is the situation of part subframe.If launched in 0-1ms, for the situation of complete subframe.For the feelings of part subframe Condition, the existing power control system for authorizing carrier wave is can not to realize the control in this case unauthorized carrier wave.

By the embodiment, the problem of part sub-frame power is adjusted is solved, power dissipation is reduced, and it is too high due to launching Power and the interference that brings, while reducing the energy consumption of transmitting terminal.

In an alternative embodiment, parameter L is introduced, L represents to rob in unit RB shared by the OFDM symbol quantity accounted for In unit RB on time orientation total OFDM symbol quantity percentage.Then in this embodiment it is possible to pass through below equation meter Calculate power of the index for i-th of subframe on c unauthorized carrier wave：

P_c(i)=min { P_CMAX,c(i), 10log₁₀(L*M_c(i))+PSD_c(i)+PL_c}

Wherein, 0≤L≤1, P_c(i) power of the index for i-th of subframe on c unauthorized carrier wave, P are represented_{CMAX, c}(i) represent Index the maximum transmission power that i-th of subframe allows on the unauthorized carrier wave for c, M_c(i) represent index on c unauthorized carrier wave The RB quantity of i-th of subframe scheduling, L represents that the OFDM symbol quantity accounted for is robbed in unit RB to be accounted in unit RB in time domain The percentage of total OFDM symbol quantity, PSD_c(i) it is PSD of i-th of subframe based on RB on c unauthorized carrier wave to represent index, PL_cRepresent that index is_cUnauthorized carrier wave on path loss compensation.

The embodiment allows for the CCA of the unauthorized carrier wave optional position in subframe and is likely to success, and original system power Adjustment is to be directed to whole subframe, so can have the problem of part sub-frame power is adjusted, and the solution proposed.Pass through the reality Example is applied, the problem of part sub-frame power is adjusted is solved, power dissipation is reduced, and bring due to launching too high power Interference, while reducing the energy consumption of transmitting terminal.

For in the above embodiments, the power contorl parameters of unauthorized carrier wave can use two sets of Power Controls that network side is configured Parameter (the first preset control parameters set and the second preset control parameters set).

For the first PSD definition, network side configuration P1_O,cAnd P2 (j)_O,c(j).Wherein, P1_O,c(j) represent to be used for unit RB In the case of inside taking all time-frequency bidimensional RE, or the index in the case of complete subframe is sub for i-th on c unauthorized carrier wave The PSD of frame, P2_O,c(j) represent in the case of being used to not take all RE on frequency domain in unit RB, or part subframe feelings Index under condition is the PSD of i-th of subframe on c unauthorized carrier wave.

For second of PSD definition, network side configuration PSD1_cAnd PSD2 (i)_c(i).Wherein, PSD1_c(i) represent to be used for unit In the case of all time-frequency bidimensional RE are taken in RB, or indexing on the unauthorized carrier wave for c i-th in the case of complete subframe The PSD of subframe, PSD2_c(i) represent in the case of being used to not take all RE on frequency domain in unit RB, or part subframe In the case of index for c unauthorized carrier wave on i-th of subframe PSD.

It should be noted that the first PSD definition and second of PSD definition described herein, specific as follows：

For the first PSD definition, the Power Control subitem for being not engaged in directly adjusting uniformly is designated as X_c(i)=PL_c+ TF_c(i)+f_c(i), that is, it is abbreviated as：P_c(i)=min { P_CMAX,c(i), 10log₁₀(M_c(i))+P_{O, c}(j)+X_c}, (i) in the formula In the absence of PSD_c(i) and with P_{O, c}(j) PSD is directly referred to_c(i)。

For second of PSD definition, power spectral density is uniformly designated as PSD_c(i)=P_O,c(j)+TF_c(i)+f_c(i), that is, it is abbreviated as： P_c(i)=min { P_CMAX,c(i), 10log₁₀(M_c(i))+pSD_c(i)+PL_c, there is PSD in the formula_c(i)。

It should be noted that without specified otherwise in the application, as long as there is PSD_c(i) second PSD definition is all referred to, for the A kind of PSD definition directly uses P_{O, c}(j)。

It should be noted that two sets of power contorl parameters described herein are directed to respectively：Accounted in situation 1, unit RB Full all time-frequency bidimensional RE (namely the situation of all RE on time domain and frequency domain is taken in unit RB) or transmitting terminal have been launched The situation of whole subframe；(namely not accounted on frequency domain in unit RB for all RE is not taken in situation 2, unit RB on frequency domain Full all RE situation) or in the situation of transmitting terminal emitting portion subframe.Wherein, join for the default control under each case Manifold is closed, and can include P_{O, c}(j)、PL_c、TF_c(i)、f_c(i) the related power contorl parameters such as.

The embodiment is a set of for complete subframe by setting two sets of power contorl parameters, a set of to be used for part subframe, can be effective Power Control is neatly realized for different situations.

Power Control is carried out according to the PSD of the PSD of real data and Seize ACK message, this application provides following optional implementation Example.

In a kind of optional embodiment, parameter M is introduced_{c_DATA}(i)、P_{O, c_DATA}(j)、M_{c_OS}And P (i)_{O, cOS}(j).Its In, M_{c_DATA}(i) it is the RB quantity shared by i-th of subframe scheduling real data on c unauthorized carrier wave to represent index, P_{O, c_DATA}(j) PSD, M of real data are represented_{c_OS}(i) it is the RB quantity shared by i-th of subframe Seize ACK message on c unauthorized carrier wave, P to represent index_{O, c_OS}(j) PSD of Seize ACK message is represented.In this embodiment it is possible to pass through below equation computation index For the power of i-th of subframe on c unauthorized carrier wave：

P_c(i)=min { P_CMAX,c(i), 10log₁₀(M_{c_DATA}(i))+P_{O,c_DATA}(j)+10log₁₀(M_{c_OS}(i))+P_{O,c_OS}(j) +X_c(i)}

Wherein, X_c(i)=PL_c+TF_c(i)+f_c(i), P_c(i) power of the index for i-th of subframe on c unauthorized carrier wave is represented, P_{CMAX, c}(i) it is the maximum transmission power that i-th of subframe allows on c unauthorized carrier wave, M to represent index_{c_DATA}(i) index is represented For the RB quantity that i-th of subframe scheduling real data takes on c unauthorized carrier wave, P_{O, c_DATA}(j) PSD of real data is represented, M_{c_OS}(i) the RB quantity that index takes for the Seize ACK message of i-th of subframe on c unauthorized carrier wave, P are represented_{O,c_OS}(j) represent to account for With the PSD of signal, j ∈ { 0,1,2 }, PL_cIt is the path loss compensation on c unauthorized carrier wave, TF to represent index_c(i) rope is represented It is cited as the modulating-coding form of the transmitting data of i-th of subframe on c unauthorized carrier wave, f_c(i) unauthorized load of the index for c is represented On ripple the aggregate-value of the power adjustment of i-th of subframe or index for c unauthorized carrier wave on i-th of subframe absolute power adjustment amount.

The embodiment will be met when allowing for the transmitting terminal transmitting on unauthorized carrier wave takes the 80% of system bandwidth or nominal bandwidth The control of bandwidth resources, and the solution proposed.For example, can be taken by real data and Seize ACK message more than or equal to 80% Bandwidth resources scope, wherein Seize ACK message are mainly used in meeting the control of 80% bandwidth resources.For example, the reality of transmitting terminal transmitting Data take 50% bandwidth resources, therefore, in order to meet the control of 80% bandwidth resources, it is desirable to provide Seize ACK message is at least accounted for With 30% bandwidth resources (being used for busy channel), receiving terminal receives Seize ACK message, but (certain) does not demodulate to it.

In this embodiment, Seize ACK message meets the control of 80% bandwidth resources, by adjusting P_{O, c_DATA}And P (j)_{O, c_OS}(j) big It is small flexibly to control shared power proportions.For example, the power of real data has met the requirement of CCA detection thresholds, then account for Can be low as far as possible with the PSD of signal, power dissipation is reduced with this, the interference due to launching too high power and bringing is reduced, The energy consumption of transmitting terminal is reduced simultaneously.

Can be i-th subframe on c unauthorized carrier wave by below equation computation index in an alternative embodiment Power：

P_c(i)=min { P_CMAX,c(i), 10log₁₀(M_{c_DATA}(i))+PSD_{c_DATA}(i)+10log₁₀(M_{c_OS}(i))+PSD_{c_OS}(i) +PL_c}

Wherein, P_c(i) power of the index for i-th of subframe on c unauthorized carrier wave, P are represented_{CMAX, c}(i) it is the non-of c to represent index Authorize the maximum transmission power that i-th of subframe allows on carrier wave, M_{c_DATA}(i) it is i-th of son on c unauthorized carrier wave to represent index The RB quantity that frame scheduling real data takes, PSD_{c_DATA}(i) it is i-th of subframe actual number on c unauthorized carrier wave to represent index According to PSD, M_{c_OS}(i) the RB quantity that index takes for the Seize ACK message of i-th of subframe on c unauthorized carrier wave is represented, PSD_{c_OS}(i) PSD, PL of the index for the Seize ACK message of i-th of subframe on c unauthorized carrier wave are represented_cIt is the non-of c to represent index Authorize the path loss compensation on carrier wave.

In this embodiment, Seize ACK message meets the control of 80% bandwidth resources, by adjusting P_{O,c_DATA}And P (j)_{O, c_OS}(j) big It is small flexibly to control shared power proportions.For example, the power of real data has met the requirement of CCA detection thresholds, then account for Can be low as far as possible with the PSD of signal, power dissipation is reduced with this, the interference due to launching too high power and bringing is reduced, The energy consumption of transmitting terminal is reduced simultaneously.

Power Control is carried out according to power offset, this application provides following optional embodiment.

In a kind of optional embodiment, parameter P is introduced_{OFFSET, c}(i), P_{OFFSET, c}(i) unauthorized carrier wave of the index for c is represented The offset of upper i-th of subframe.Then in this embodiment it is possible to be on c unauthorized carrier wave the by below equation computation index The power of i subframe：

P_c(i)=min { P_CMAX,c(i), P_OFFSET,c(i)+10log₁₀(M_c(i))+P_O,c(j)+X_c(i)}

Wherein, X_c(i)=PL_c+TF_c(i)+f_c(i), P_c(i) power of the index for i-th of subframe on c unauthorized carrier wave is represented, P_{CMAX, c}(i) it is the maximum transmission power that i-th of subframe allows on c unauthorized carrier wave, M to represent index_c(i) it is c's to represent index The RB quantity of i-th of subframe scheduling, P on unauthorized carrier wave_{O, c}(j) PSD based on RB, j ∈ { 0,1,2 }, P are represented_{OFFSET, c}(i) Represent power offset of the index for i-th of subframe on c unauthorized carrier wave, PL_cIt is the road on c unauthorized carrier wave to represent index Damage compensation, TF_c(i) modulating-coding form of the index for the transmitting data of i-th of subframe on c unauthorized carrier wave, f are represented_c(i) represent Index is that the aggregate-value or index of the power adjustment of i-th of subframe on c unauthorized carrier wave are i-th of son on c unauthorized carrier wave The absolute power adjustment amount of frame.

Wherein, power offset for unauthorized carrier wave power relative to authorize carrier system calculate power offset ( I.e. unauthorized carrier wave is relative to a correction value for authorizing carrier wave).Unauthorized carrier wave enters according to the method (equation) of mandate carrier wave Row power calculation, obtained performance number and the actual power value of unauthorized carrier wave have differences, and this difference is exactly above-mentioned Power offset.Analyzed by the rule to power excursion, power offset can be known and (unauthorized carrier wave is to authorize Carrier system carries out calculating what is obtained) relation between calculating power, and then by adjusting power offset, can be to unauthorized The power of carrier wave is controlled.

The embodiment will be met when allowing for the transmitting terminal transmitting on unauthorized carrier wave takes the 80% of system bandwidth or nominal bandwidth The control of bandwidth resources.For example, can be taken by real data and Seize ACK message more than or equal to 80% bandwidth resources scope, wherein Seize ACK message is mainly used in meeting the control of 80% bandwidth resources.If however, now still with all based on being taken in unit RB RE PSD, which carries out Power Control, will cause power dissipation.Based on this, present applicant proposes the embodiment.

In this embodiment, by introducing parameter P_{OFFSET, c}(i) (existing system is changed smaller), it is to avoid in the unit RB In the case that RE does not map completely, the existing power dissipations brought based on RB PSD of LTE/LTE-A are still used, The interference due to launching too high power and bringing is reduced, while reducing the energy consumption of transmitting terminal.

P_c(i)=min { P_CMAX,c(i), P_OFFSET,c(i)+10log₁₀(M_c(i))+PSD_c(i)+PL_c}

Wherein, P_c(i) power of the index for i-th of subframe on c unauthorized carrier wave, P are represented_{CMAX, c}(i) it is the non-of c to represent index Authorize the maximum transmission power that i-th of subframe allows on carrier wave, M_c(i) it is i-th of subframe scheduling on c unauthorized carrier wave to represent index RB quantity, P_OFFSET,c(i) offset of the index for i-th of subframe on c unauthorized carrier wave, PSD are represented_c(i represents index For i-th of subframe PSD based on RB, PL on c unauthorized carrier wave_cIt is the path loss compensation on c unauthorized carrier wave to represent index.

In this embodiment, by introducing parameter P_OFFSET,c(i) (existing system is changed smaller), it is to avoid in the unit RB In the case that RE does not map completely, the existing power dissipations brought based on RB PSD of LTE/LTE-A are still used, The interference due to launching too high power and bringing is reduced, while reducing the energy consumption of transmitting terminal.

By adaptively adjust or semi-static adjustment clear channel assessment (CCA) CCA detection thresholds carry out Power Control, this application provides Following optional embodiment.

In a kind of optional embodiment, it can be entered by adapting to adjustment or semi-static adjustment clear channel assessment (CCA) CCA detection thresholds Row Power Control, specifically, can calculate power according to CCA detection thresholds.

LAA technologies in existing LTE/LTE-A, include two Scenario when defining CCA detection thresholds：

Scenario1：LAA other competitive technologyLs of getting along well coexist.Then CCA detection thresholds TH values can be represented by following formula：

TH1=min (X, Y)

Wherein it is possible to which simple think first not considering the Y that control is defined, then

TH1=-75dBm/MHz+10*log10 (BWMHz)+10dB

Table 1 there is provided LAA get along well other competitive technologyLs coexist when CCA detection threshold TH values (TH1).

Table 1

	5MHz	10MHz	15MHz	20MHz
					TH1	-58dBm	-55dBm	-53.2dBm	-52dBm

Scenario2：LAA and other competitive technologyLs coexist.Then

TH2=max (- 72dBm (20MHz), min (T_max, T_max-10dB+(P_H-P_TX)))

Wherein, T_max=-75dBm/MHz+10*log10 (BWMHz), P_H=23dBm.

Table 2 provides CCA detection threshold TH values (TH2) when LAA and other competitive technologyLs coexist.

Table 2

From Table 2, it can be seen that working as 13=<PTX<When=Z, wherein Z={ 17,20,21,23 }, CCA detection thresholds are adjusted It is equivalent to Indirect method power.Therefore, the application carries out Power Control by CCA detection thresholds, can reach and efficiently control The purpose of unauthorized carrier power.

It should be noted that being the purpose that Power Control is reached by introducing parameter in above-mentioned optional embodiment.However, It should be appreciated by those skilled in the art the application is not limited to carry out Power Control by introducing parameter, is also included within Do not introduce under conditions of parameter, to P in original LTE/LTE-A systems_{O, c}、PL_c、TF_c、f_c(P_{O, c}The PSD based on RB is represented, PL_cIt is the path loss compensation on c unauthorized carrier wave, TF to represent index_cIndex is represented to launch the tune of data on c unauthorized carrier wave Coded format processed, f_cRepresent the unauthorized carrier wave that the aggregate-value or index of the power adjustment for the unauthorized carrier wave that index is c are c Absolute power adjustment amount) scope be adjusted, including scope expand or range shorter in terms of adjustment, specifically adjust model The application is enclosed to will not enumerate.

According to embodiments of the present invention, following power extraction control method is additionally provided.

In a kind of optional embodiment, it is contemplated that the scheduled total calculating power for authorizing carrier wave and scheduled unauthorized carrier wave In the case of the maximum linear power that can be supported more than PA, transmitting terminal, which is estimated, needs progress power extraction, but unauthorized carrier wave CCA detections the problem of but there is a possibility that to fail, and propose the solution.

In the optional embodiment, it is assumed that scheduled mandate carrier wave CC1, CC2 and scheduled unauthorized carrier wave CC3, CC4 total calculating power has been over the maximum linear power that PA can be supported, it is to need to carry out power that now transmitting terminal, which is estimated, Cut down.Assuming that CC3 CCA is detected successfully, CC4 CCA detection failures, then in CC1, CC2, CC3, CC4 When needing to carry out power extraction, following power extraction formula can be used：

Wherein, c={ CC1, CC2, CC3, CC4 }, w (i) own not consider whether unauthorized carrier wave CCA detects success The power extraction factor that carrier wave is used uniformly always when needing to carry out power extraction, A is A1- (A2+A3), and A1 represents transmitting The peak power allowed is held, A2 represents PUCCH power, and A3 represents the power of the PUSCH comprising UCI.

It should be noted that in this embodiment it is possible to not considering that unauthorized carrier wave CCA detects whether success, all carrier waves exist Need to carry out to use unified power extraction factor w (i) always during power extraction.

The compatible original LTE/LTE-A systems of the embodiment, and more power extraction factors are not introduced into, can effectively it realize Power extraction is controlled.

In an alternative embodiment, it is contemplated that the scheduled total calculating work(for authorizing carrier wave and scheduled unauthorized carrier wave In the case of the maximum linear power that rate can be supported more than PA, transmitting terminal, which is estimated, needs progress power extraction, but unauthorized load The problem of CCA detections of ripple but there is a possibility that failure, and propose the solution.

In the alternative embodiment, it is assumed that scheduled authorizes carrier wave CC1, CC2 and scheduled unauthorized carrier wave CC3, CC4 Total calculating power have been over the maximum linear power that PA can be supported, now transmitting terminal estimate is need carry out power extraction 's.Assuming that CC3 and CC4 CCA detections succeed, then need to carry out power extraction in CC1, CC2, CC3, CC4 When, following power extraction formula can be used：

Wherein, c={ CC1, CC2, CC3, CC4 }, w (i) are to all scheduled mandate carrier waves and all scheduled unauthorized The effective power extraction factor of carrier wave, the peak power that A represents transmitting terminal and allowed subtracts PUCCH power and comprising UCI's PUSCH power.

Assuming that CC3 CCA is detected successfully, CC4 CCA detection failures then need in CC1, CC2, CC3, CC4 When carrying out power extraction, following power extraction formula can be used：

Wherein, c={ CC1, CC2, CC3 }, w'(i) it is that all scheduled mandate carrier waves and all scheduled and CCA are detected The successful unauthorized effective power extraction factor of carrier wave, the peak power that A represents transmitting terminal and allowed subtracts PUCCH power and bag The power of PUSCH containing UCI.

The embodiment detects whether successfully to carry out power extraction control according to the CCA of unauthorized carrier wave, and improve power extraction has Effect property.

In the optional embodiment, it is assumed that scheduled mandate carrier wave CC1, CC2 and scheduled unauthorized carrier wave CC3, CC4 total calculating power has been over the maximum linear power that PA can be supported, it is to need to carry out power that now transmitting terminal, which is estimated, Cut down.Assuming that CC3 and CC4 CCA detects success, then need to carry out power in CC1, CC2, CC3, CC4 During reduction, formula can be cut down using following mandate carrier power：

Wherein, c={ CC1, CC2 }, power extraction factor w_license(i) to all scheduled mandate carrier waves effectively, A represents transmitting The peak power that end allows subtracts PUCCH power and the PUSCH comprising UCI power.

Assuming that CC3 and CC4 CCA detects success, then need to carry out power extraction in CC1, CC2, CC3, CC4 When, formula can be cut down using following unauthorized carrier power：

Wherein, c={ CC3, CC4 }, power extraction factor w_unlicense(i) successfully non-award is detected to all scheduled and CCA Weigh carrier wave effectively, A represents that the peak power of transmitting terminal permission subtracts PUCCH power and the PUSCH comprising UCI power.

In this embodiment, carrier wave and unauthorized carrier wave is authorized to use the different power extraction factors, improve power extraction has Effect property.

It should be noted that above-mentioned w_license(i) and_wunlicense(i) also it is respectively suitable for authorizing carrier wave set and unauthorized carrier wave set, Namely can control to authorize carrier wave set to use w_license, and unauthorized carrier wave set uses w (i)_unlicense(i), specifically repeat no more.

Below according to the embodiment of the present invention, the method for additionally providing using priority to carry out Power Control.

In a kind of optional embodiment, it is contemplated that problems with：(1) because UL PCC (mandate carrier wave) are applied not only to number According to transmission, and the maintenance of link is also responsible for, therefore PCC communication quality will be ensured；(2)UL UC(Up Link Unlicense Carrier, up unauthorized carrier wave) need eNB to authorize scheduling, and UE sides compete successfully just physical presence thing Resource is managed, the target of increase handling capacity is unable to reach if UL UC often failure, therefore UL UC communication quality also will be Ensured to a certain extent.As can be seen from the above analysis, it is impossible to priority is solely defined with a certain carrier type, and Need to consider other priority mechanisms, so as to carry out Power Control according to priority.

In the optional embodiment, can using display by the way of be determined (that is, by the way of signaling) carrier type and/ Or the priority of channel type.Wherein, carrier type refer to authorize carrier wave, unauthorized carrier wave, channel type refer to authorize carrier wave, Specific channel on unauthorized carrier wave.

In this embodiment, network side can directly notify the priority and/or letter of carrier type in dynamic or semi-static mode The priority of road type.Specifically, it is assumed that scheduled mandate carrier wave be CC1, CC2 and scheduled unauthorized carrier wave be CC3, CC4, network side directly notifies carrier type priority and/or channel type priority by dynamic/semi-static mode.For example, net Network side is followed successively by 1,2,3,4 from high to low using CC1, CC2, CC3, CC4 priority orders that signal of display, Then the signaling shows that CC1 has limit priority, and CC4 has lowest priority, and CC2, CC3 have high medium priority.Again For example, network side has the carrying UCI on limit priority, CC2 using the PUCCH signaled on CC1 of display The PUSCH PUSCH with the carrying UCI on high medium priority, CC3 there is not carrying on high medium priority, CC4 UCI PUSCH has lowest priority.

In this embodiment, UE sides can require to improve or reduce the priority of carrier type and/or the priority of channel type. Specifically, it is assumed that scheduled mandate carrier wave is CC1, CC2 and scheduled unauthorized carrier wave is CC3, CC4, and UE sides can To require raising/reduction carrier type priority and/or channel type priority.For example UE sides require lifting CC3 priority, Then UE feeds back to network side, it is desirable to which network side lifts CC3 priority.For another example UE sides require taking on lifting CC4 The priority of PUSCH with UCI, then UE feed back to network side, it is desirable to network side lifting CC4 on carrying UCI PUSCH Priority.

By the embodiment, by network side directly notify or UE sides initiative in the way of determine carrier type priority and/ Or the priority of channel type, improve the flexibility of adjustment carrier type priority or channel type priority.

, can also be using system default mode (that is, transmitting terminal and receiving terminal are according to prior in an alternative embodiment The mode or rule of agreement) determining the priority and/or the priority of channel type of carrier type, (mode and system of display are write from memory Recognizing between mode to switch over).Wherein, carrier type refers to authorize carrier wave, unauthorized carrier wave, and channel type refers to authorize Specific channel on carrier wave, unauthorized carrier wave.

In this embodiment it is possible to configure the carrier type priority list pre-set in systems.Assuming that scheduled mandate Carrier wave is CC1, CC2 and scheduled unauthorized carrier wave is CC3, CC4, and wherein CC1 is main carrier, CC2, CC3, CC4 is secondary carrier.For example, can set during the priority orders of system default for CC1 there is limit priority, CC2 to have Isopreference level, CC3, CC4 have lowest priority.For another example the priority orders of system default can be set to have for CC1 There is limit priority, CC2 has lowest priority, and CC3, CC4 have high medium priority.

In this embodiment it is possible to configure the channel type priority list pre-set in systems.Assuming that scheduled mandate Carrier wave is CC1, CC2 and scheduled unauthorized carrier wave is CC3, CC4, and wherein CC1 carries PUCCH, and CC2 is carried UCI PUSCH, CC3 carry UCI PUSCH, and CC4 does not carry UCI PUSCH.For example, can set and be System does not consider CC1, CC2, CC3, CC4, and default channel type priority level is followed successively by：CC1, which carries PUCCH, to be had most High priority, the PUSCH that CC2 carries UCI PUSCH and CC3 carrying UCI has high medium priority, and CC4 does not take PUSCH with UCI has lowest priority.

It should be noted that the above-mentioned carrier type priority list or channel type priority list pre-set, Yong Huke To be specified or set according to actual conditions.

In this embodiment, carrier type priority or channel type priority are determined in the way of system default, it is only necessary to Prespecified carrier type priority or channel type priority, effectively prevent signaling consumption.

It should be noted that can apply to the tool of any of the above-described alternative embodiment using the thought of the carry out Power Control of priority During body is performed, it can specifically combine following any optional power control strategy and carry out specific Power Control：According to based on RE PSD carry out Power Control；PSD based on RB is adjusted, and Power Control is carried out according to the PSD after adjustment；Root Power Control is carried out according to the PSD of real data and the PSD of Seize ACK message；Power Control is carried out according to power offset；By certainly Adapt to adjustment or semi-static adjustment CCA detection thresholds carry out Power Control；Joined by adjusting at least one related to Power Control Several spans carries out Power Control；By controlling the power extraction of mandate carrier wave and unauthorized carrier wave, or control to authorize and carry The power extraction of ripple group and unauthorized carrier wave set, carries out Power Control.

It is above-mentioned to carry out Poewr control method using priority and be particularly suitable for base station (or cell or access node) and awarded non- Weigh corresponding Power Control in carrier wave.It can well be realized by above-mentioned real-time example and the power of unauthorized carrier wave is adjusted, had Effect avoids power dissipation, the interference due to launching too high power and bringing is reduced, while the energy consumption of transmitting terminal can be reduced.

It should be noted that in above-mentioned alternative embodiment, power is plus computing using logarithm value, and uses linear value to be to multiply Computing, but it should be appreciated by those skilled in the art both numerical operations are equivalent.

It should be noted that the P in above-mentioned alternative embodiment_{O, c}(j) it, may refer to the P applied to PUSCH_{O_PUSCH, c}(j), or Refer to the P applied to PUCCH_{O_PUCCH,c}(j), or refer to applied to SRS P_{O_PUSCH,c}(j).More specifically,

P_{O_PUSCH,c}(j)=P_{O_NOMINAL_PUSCH,c}(j)+P_{O_UE_PUSCH,c}(j)

P_{O_PUCCH, c}(j)=P_{O_NOMINAL_PUCCH, c}(j)+P_{O_UE_PUCCH, c}(j)

Wherein, P_{O_NOMINAL_PUSCH, c}(j)、P_{O_NOMINAL_PUCCH, c}(j) represent respectively for PUSCH's or PUCCH PSD/SINR, namely represent the now minimum demand of cell, P_{O_UE_PUSCH,c}(j)、P_{O_UE_PUCCH,c}(j) represent respectively for PUSCH or PUCCH PSD/SINR, namely represent the now distinctive demands of UE.The present invention is to parameter P_O,c(j) adjustment Cover P_{O, c}(j) all parameters referred to, the application will not enumerate.

It should be noted that in above-mentioned optional embodiment, power extraction refers to the power for being directed to the PUSCH not comprising UCI Cut down.

It should be noted that, although the application is described as the Power Control applied to unauthorized carrier wave, but those skilled in the art If member is it should be understood that the mandate carrier wave of existing system is readily applicable to apply in the application by the way of discretization In the Poewr control method (or equation or corresponding deformation type) of unauthorized carrier wave.

It should be noted that the present invention can also have other various embodiments, in the case of without departing substantially from spirit of the invention and its essence, Those skilled in the art work as can make various corresponding changes and deformation according to the present invention, but these corresponding changes and change Shape should all belong to the protection domain of appended claims of the invention.

Through the above description of the embodiments, those skilled in the art can be understood that the side according to above-described embodiment Method can add the mode of required general hardware platform to realize by software, naturally it is also possible to by hardware, but in many cases before Person is more preferably embodiment.Understood based on such, technical scheme substantially makes tribute to prior art in other words The part offered can be embodied in the form of software product, and the computer software product is stored in a storage medium (such as ROM/RAM, magnetic disc, CD) in, including some instructions to cause a station terminal equipment (can be mobile phone, computer, Server, or the network equipment etc.) perform method described in each embodiment of the invention.

A kind of output control device is additionally provided in the present embodiment, and the device is used to realize above-described embodiment and preferred embodiment, Repeating no more for explanation was carried out.As used below, term " unit " or " module " can realize predetermined work( The combination of the software and/or hardware of energy.Although the device described by following examples is preferably realized with software, hardware, Or the realization of the combination of software and hardware is also that may and be contemplated.

Fig. 2 is the schematic diagram of output control device according to embodiments of the present invention, as shown in Fig. 2 the device includes：It is determined that single Member 20 and control unit 22.

Determining unit 20, for determining the transmitting information on unauthorized carrier wave；

Control unit 22, for carrying out Power Control to unauthorized carrier wave by following at least one mode：According to based on resource list First RE power spectral density PSD carries out Power Control；PSD based on resource block RB is adjusted, and according to adjustment after PSD carry out Power Control；Power Control is carried out according to the PSD of the PSD of real data and Seize ACK message, wherein, it is actual Data are the data of the actual transmission of transmitting terminal, and Seize ACK message is the signal for busy channel；Power is carried out according to power offset Control, wherein, power offset is unauthorized carrier wave relative to the power offset for authorizing carrier wave；By adaptively adjusting or partly Static state adjustment clear channel assessment (CCA) CCA detection thresholds carry out Power Control；Joined by adjusting at least one related to Power Control Several spans carries out Power Control；By controlling the power extraction of mandate carrier wave and unauthorized carrier wave, or control to authorize and carry The power extraction of ripple group and unauthorized carrier wave set, carries out Power Control.

The embodiment, the transmitting information on unauthorized carrier wave is determined by determining unit 20；Control unit 22 is according to based on RE's PSD carry out Power Control, the PSD based on resource block RB is adjusted and according to after adjustment PSD carry out Power Control, Power Control is carried out according to the PSD of the PSD of real data and Seize ACK message, Power Control is carried out according to power offset, is passed through Adaptive adjustment or semi-static adjustment CCA detection thresholds carry out Power Control, by adjusting at least one related to Power Control The span of parameter carries out Power Control or (or control is awarded by controlling to authorize the power extraction of carrier wave and unauthorized carrier wave Weigh the power extraction of carrier wave set and unauthorized carrier wave set) Power Control is carried out, effective control to unauthorized carrier power is realized, Solve the problem of effective control to the power of unauthorized carrier wave can not be realized in correlation technique, it is to avoid using being based on unit RB The PSD for inside taking all RE carries out power dissipation caused by Power Control, reduces and is brought due to launching too high power Interference, and effectively reduce the energy consumption of transmitting terminal.

It should be noted that above-mentioned modules can be by software or hardware to realize, for the latter, can by with Under type is realized, but not limited to this：Above-mentioned module is respectively positioned in same processor；Or, above-mentioned module is located at multiple places respectively Manage in device.

Embodiments of the invention additionally provide a kind of storage medium.Alternatively, in the present embodiment, above-mentioned storage medium can be by It is set to the program code that storage is used to perform following steps：

S102, it is determined that the transmitting information on unauthorized carrier wave；

S104, Power Control is carried out by following at least one mode to unauthorized carrier wave：According to the power based on resource unit RE Spectrum density PSD carries out Power Control；PSD based on resource block RB is adjusted, and work(is carried out according to the PSD after adjustment Rate is controlled；Power Control is carried out according to the PSD of the PSD of real data and Seize ACK message, wherein, real data is that transmitting terminal is real The data that border is sent, Seize ACK message is the signal for busy channel；Power Control is carried out according to power offset, wherein, work( Rate offset is unauthorized carrier wave relative to the power offset for authorizing carrier wave；By adaptively adjusting or the idle letter of semi-static adjustment Assess CCA detection thresholds and carry out Power Control in road；Entered by the span for adjusting at least one parameter related to Power Control Row Power Control；By controlling the power extraction of mandate carrier wave and unauthorized carrier wave, or control to authorize carrier wave set and unauthorized load The power extraction of ripple group, carries out Power Control.

Alternatively, the specific example in the present embodiment may be referred to the example described in above-described embodiment and optional embodiment, The present embodiment will not be repeated here.

Obviously, those skilled in the art should be understood that above-mentioned each module of the invention or each step can use general calculating Device realizes that they can be concentrated on single computing device, or be distributed on the network that multiple computing devices are constituted, Alternatively, they can be realized with the executable program code of computing device, it is thus possible to be stored in storage device In performed by computing device, and in some cases, can be to perform shown or described step different from order herein Suddenly, they are either fabricated to each integrated circuit modules respectively or be fabricated to the multiple modules or step in them single Integrated circuit modules are realized.So, the present invention is not restricted to any specific hardware and software combination.

The preferred embodiments of the present invention are the foregoing is only, are not intended to limit the invention, for those skilled in the art For, the present invention can have various modifications and variations.Any modification within the spirit and principles of the invention, being made, etc. With replacement, improvement etc., it should be included in the scope of the protection.

Claims

1. a kind of Poewr control method, it is characterised in that including：

It is determined that on unauthorized carrier wave transmitting information；

Power Control is carried out to the unauthorized carrier wave by following at least one mode：

Power Control is carried out according to the power spectral density PSD based on resource unit RE；To based on resource block RB's PSD is adjusted, and carries out Power Control according to the PSD after adjustment；Believed according to the PSD of real data and occupancy Number PSD carry out Power Control, wherein, the real data be the actual transmission of transmitting terminal data, the occupancy Signal is the signal for busy channel；Power Control is carried out according to power offset, wherein, the power excursion The power for the unauthorized carrier wave is measured relative to the offset for the power for authorizing carrier system to calculate；By adaptive It should adjust or semi-static adjustment clear channel assessment (CCA) CCA detection thresholds carry out Power Control；Pass through adjustment and power control The span for making at least one related parameter carries out Power Control；By controlling the mandate carrier wave and described non- Authorize the power extraction of carrier wave, or control to authorize the power extraction of carrier wave set and unauthorized carrier wave set, carry out power Control.

2. according to the method described in claim 1, it is characterised in that according to the power spectral density PSD based on resource unit RE Carrying out Power Control includes one below：

Power Control is carried out according to the PSD of effective RE quantity in unit RB；

Power Control is carried out according to unit RE PSD；

Power Control is carried out according to total RE PSD.

3. method according to claim 2, it is characterised in that carried out according to the PSD of effective RE quantity in unit RB Power Control includes：

Pass through power of the below equation computation index for i-th of subframe on c unauthorized carrier wave：

P_c(i)=min { P_{CMAX, c}(i), 10log₁₀(M_c(i))+P_{O, c_RB_RE}(j)+X_c(i)}

Wherein,

X_c(i)=PL_c+TF_c(i)+f_c(i)

P_c(i) power of the index for i-th of subframe on c unauthorized carrier wave, P are represented_{CMAX, c}(i) represent described Index the maximum transmission power that i-th of subframe allows on the unauthorized carrier wave for c, M_c(i) it is c to represent the index Unauthorized carrier wave on i-th of subframe scheduling RB quantity, P_{O, c_RB_RE}(j) effective RE quantity in unit RB is represented PSD, j ∈ { 0,1,2 }, PL_cIt is the path loss compensation on c unauthorized carrier wave, TF to represent the index_c(i) table Show modulating-coding form of the index for the transmitting data of i-th of subframe on c unauthorized carrier wave, f_c(i) represent The index is that the aggregate-value of the power adjustment of i-th of subframe or the index are the non-of c on c unauthorized carrier wave Authorize the absolute power adjustment amount of i-th of subframe on carrier wave.

4. method according to claim 2, it is characterised in that carried out according to the PSD of effective RE quantity in unit RB Power Control includes：

P_c(i)=min { P_{CMAX, c}(i), 10log₁₀(M_c(i))+PSD_{c_RB_RE}(i)+PL_c}

Wherein, P_c(i) power of the index for i-th of subframe on c unauthorized carrier wave, P are represented_{CMAX, c}(i) table It is the maximum transmission power that i-th of subframe allows on c unauthorized carrier wave, M to show the index_c(i) rope is represented It is cited as the RB quantity of i-th of subframe scheduling on c unauthorized carrier wave, PSD_{c_RB_RE}(i) it is c to represent the index Unauthorized carrier wave on i-th of subframe unit RB in effective RE quantity PSD, PL_cIt is c to represent the index Unauthorized carrier wave on path loss compensation.

5. method according to claim 2, it is characterised in that carrying out Power Control according to unit RE PSD includes：

P_c(i)=min { P_{CMAX, c}(i), 10log₁₀(M_{c_RE}(i))+P_{O, c_RE}(j)+X_c(i)}

Wherein,

X_c(i)=PL_c+TF_c(i)+f_c(i)

P_c(i) power of the index for i-th of subframe on c unauthorized carrier wave, P are represented_{CMAX, c}(i) represent described Index the maximum transmission power that i-th of subframe allows on the unauthorized carrier wave for c, M_{c_RE}(i) represent that the index is The RE quantity of i-th of subframe scheduling, P on c unauthorized carrier wave_{O, c_RE}(j) PSD based on RE, PL are represented_cTable It is the path loss compensation on c unauthorized carrier wave, TF to show the index_c(i) unauthorized load of the index for c is represented The modulating-coding form of the transmitting data of i-th of subframe, f on ripple_c(i) represent the index on c unauthorized carrier wave The aggregate-value of the power adjustment of i-th of subframe or the index on c unauthorized carrier wave i-th subframe it is absolute Power adjustment.

6. method according to claim 2, it is characterised in that carrying out Power Control according to unit RE PSD includes：

P_c(i)=min { P_{CMAX, c}(i), 10log₁₀(M_{c_RE}(i))+PSD_{c_RE}(i)+PL_c}

Wherein, P_c(i) power of the index for i-th of subframe on c unauthorized carrier wave, P are represented_{CMAX, c}(i) table It is the maximum transmission power that i-th of subframe allows on c unauthorized carrier wave, M to show the index_{c_RE}(i) represent described Index the RE quantity of i-th of subframe scheduling on the unauthorized carrier wave for c, PSD_{c_RE}(i) it is c to represent the index Unauthorized carrier wave on i-th of subframe PSD based on RE, PL_cRepresent the index on c unauthorized carrier wave Path loss is compensated.

7. method according to claim 2, it is characterised in that carrying out Power Control according to total RE PSD includes：

P_c(i)=min { P_{CMAX, c}(i), P_{C, Total_RE}(j)+X_c(i)}

Wherein,

X_c(i)=PL_c+TF_c(i)+f_c(i)

P_c(i) power of the index for i-th of subframe on c unauthorized carrier wave, P are represented_{CMAX, c}(i) represent described Index the maximum transmission power that i-th of subframe allows on the unauthorized carrier wave for c, P_{C, Total_RE}(j) total RE is represented Power, j ∈ { 0,1,2 }, PL_cIt is the path loss compensation on c unauthorized carrier wave, TF to represent the index_c(i) table Show modulating-coding form of the index for the transmitting data of i-th of subframe on c unauthorized carrier wave, f_c(i) institute is represented It is that the aggregate-value of the power adjustment of i-th of subframe or the index are that the non-of c is awarded on c unauthorized carrier wave to state index Weigh the absolute power adjustment amount of i-th of subframe on carrier wave.

8. according to the method described in claim 1, it is characterised in that the PSD based on resource block RB is adjusted, and Carrying out Power Control according to the PSD after adjustment includes：

The PSD based on RB is adjusted on frequency domain, and Power Control is carried out based on the PSD after adjustment； And/or

The PSD based on RB is adjusted in time domain, and Power Control is carried out based on the PSD after adjustment.

9. method according to claim 8, it is characterised in that be adjusted to the PSD based on RB on frequency domain, And included based on the PSD progress Power Control after adjustment：

P_c(i)=min { P_{CMAX, c}(i), 10log₁₀(K*M_c(i))+P_{O, c}(j)+X_c(i)}

Wherein,

X_c(i)=PL_c+TF_c(i)+f_c(i)

0≤K≤1

P_c(i) power of the index for i-th of subframe on c unauthorized carrier wave, P are represented_{CMAX, c}(i) represent described Index the maximum transmission power that i-th of subframe allows on the unauthorized carrier wave for c, M_c(i) it is c to represent the index Unauthorized carrier wave on i-th of subframe scheduling RB quantity, K represent the pectination factor inverse or unit RB in comb Shape RE quantity accounts for the percentage of total RE quantity on frequency domain in unit RB, P_{O, c}(j) PSD based on RB is represented, J ∈ { 0,1,2 }, PL_cIt is the path loss compensation on c unauthorized carrier wave, TF to represent the index_c(i) represent described Index the modulating-coding form of the transmitting data of i-th of subframe on the unauthorized carrier wave for c, f_c(i) index is represented The unauthorized carrier wave for being c for the aggregate-value or the index of the power adjustment of i-th of subframe on c unauthorized carrier wave The absolute power adjustment amount of upper i-th of subframe.

10. method according to claim 8, it is characterised in that adjusted to the PSD based on RB on frequency domain It is whole, and included based on the PSD progress Power Control after adjustment：

P_c(i)=min { P_{CMAX, c}(i), 10log₁₀(K*M_c(i))+PSD_c(i)+PL_c}

Wherein,

0≤K≤1

P_c(i) power of the index for i-th of subframe on c unauthorized carrier wave, P are represented_{CMAX, c}(i) represent described Index the maximum transmission power that i-th of subframe allows on the unauthorized carrier wave for c, M_c(i) it is c to represent the index Unauthorized carrier wave on i-th of subframe scheduling RB quantity, K represent the pectination factor inverse or unit RB in comb Shape RE quantity accounts for the percentage of total RE quantity in frequency in unit RB, PSD_c(i) it is the non-of c to represent the index Authorize i-th of subframe PSD based on RB, PL on carrier wave_cIt is the path loss on c unauthorized carrier wave to represent the index Compensation.

11. method according to claim 8, it is characterised in that adjusted to the PSD based on RB in time domain It is whole, and included based on the PSD progress Power Control after adjustment：

P_c(i)=min { P_{CMAX, c}(i), 10log₁₀(L*M_c(i))+P_{O, c}(j)+X_c(i)}

Wherein,

X_c(i)=PL_c+TF_c(i)+f_c(i)

0≤L≤1

P_c(i) power of the index for i-th of subframe on c unauthorized carrier wave, P are represented_{CMAX, c}(i) represent described Index the maximum transmission power that i-th of subframe allows on the unauthorized carrier wave for c, M_c(i) it is c to represent the index Unauthorized carrier wave on i-th of subframe scheduling RB quantity, L represents to rob the OFDM accounted in unit RB OFDM symbol quantity accounts for the percentage of total OFDM symbol quantity in time domain in unit RB, P_{O, c}(j) represent to be based on RB PSD, j ∈ { 0,1,2 }, PL_cIt is the path loss compensation on c unauthorized carrier wave, TF to represent the index_c(i) Represent modulating-coding form of the index for the transmitting data of i-th of subframe on c unauthorized carrier wave, f_c(i) represent The index is that the aggregate-value of the power adjustment of i-th of subframe or the index are the non-of c on c unauthorized carrier wave Authorize the absolute power adjustment amount of i-th of subframe on carrier wave.

12. method according to claim 8, it is characterised in that adjusted to the PSD based on RB in time domain It is whole, and included based on the PSD progress Power Control after adjustment：

P_c(i)=min { P_{CMAX, c}(i), 10log₁₀(L*M_c(i))+PSD_c(i)+PL_c}

Wherein,

0≤L≤1

P_c(i) power of the index for i-th of subframe on c unauthorized carrier wave, P are represented_{CMAX, c}(i) represent described Index the maximum transmission power that i-th of subframe allows on the unauthorized carrier wave for c, M_c(i) it is c to represent the index Unauthorized carrier wave on i-th of subframe scheduling RB quantity, L represents to rob the OFDM symbol accounted in unit RB Quantity accounts for the percentage of total OFDM symbol quantity in time domain in unit RB, PSD_c(i) it is c's to represent the index PSD of i-th of subframe based on RB, PL on unauthorized carrier wave_cIt is the road on c unauthorized carrier wave to represent the index Damage compensation.

13. method according to claim 8, it is characterised in that carried out to the PSD based on RB on frequency domain Adjustment, and Power Control is carried out based on the PSD after adjustment, and/or it is enterprising in time domain to the PSD based on RB Row adjustment, and based on after adjustment PSD carry out Power Control before, methods described also includes：

First preset control parameters set and the second preset control parameters set are set,

Wherein, first preset control parameters are integrated into the feelings that all RE on time domain and frequency domain are taken in unit RB Used under condition or in the case where transmitting terminal launches complete subframe,

Second preset control parameters are integrated into do not take all RE on frequency domain in unit RB in the case of or Used in the case of transmitting terminal emitting portion subframe.

14. according to the method described in claim 1, it is characterised in that according to the PSD of real data and the PSD of Seize ACK message Carrying out Power Control includes：

P_c(i)=min { P_{CMAX, c}(i), 10log₁₀(M_{c_DATA}(i))+P_{O, c_DATA}(j)+10log₁₀(M_{c_OS}(i)) +P_{O, c_OS}(j)+X_c(i)}

Wherein,

X_c(i)=PL_c+TF_c(i)+f_c(i)

P_c(i) power of the index for i-th of subframe on c unauthorized carrier wave, P are represented_{CMAX, c}(i) represent described Index the maximum transmission power that i-th of subframe allows on the unauthorized carrier wave for c, M_{c_DATA}(i) index is represented For the RB quantity that i-th of subframe scheduling real data takes on c unauthorized carrier wave, P_{O, c_DATA}(j) represent described The PSD of real data, M_{c_OS}(i) occupancy of the index for i-th of subframe on c unauthorized carrier wave is represented The RB quantity that signal takes, P_{O, c_OS}(j) PSD, j ∈ { 0,1,2 }, PL of the Seize ACK message are represented_cRepresent The index is the path loss compensation on c unauthorized carrier wave, TF_c(i) unauthorized carrier wave of the index for c is represented The modulating-coding form of the transmitting data of upper i-th of subframe, f_c(i) it is on c unauthorized carrier wave the to represent the index The absolute work(of i-th of subframe on the aggregate-value of the power adjustment of i subframe or the unauthorized carrier wave that the index is c Rate adjustment amount.

15. according to the method described in claim 1, it is characterised in that according to the PSD of real data and the PSD of Seize ACK message Carrying out Power Control includes：

P_c(i)=min { P_{CMAX, c}(i), 10log₁₀(M_{c_DATA}(i))+PSD_{c_DATA}(i)+10log₁₀(M_{c_OS}(i)) +PSD_{c_OS}(i)+PL_c}

Wherein, P_c(i) power of the index for i-th of subframe on c unauthorized carrier wave, P are represented_{CMAX, c}(i) table It is the maximum transmission power that i-th of subframe allows on c unauthorized carrier wave, M to show the index_{c_DATA}(i) institute is represented It is the RB quantity that i-th of subframe scheduling real data takes on c unauthorized carrier wave, PSD to state index_{c_DATA}(i) table Show PSD, M of the index for i-th of subframe real data on c unauthorized carrier wave_{c_OS}(i) index is represented The RB quantity taken for the Seize ACK message of i-th of subframe on c unauthorized carrier wave, PSD_{c_OS}(i) rope is represented It is cited as the PSD of the Seize ACK message of i-th of subframe on c unauthorized carrier wave, PL_cRepresent that the index is awarded for the non-of c Weigh the path loss compensation on carrier wave.

16. according to the method described in claim 1, it is characterised in that carrying out Power Control according to power offset includes：

P_c(i)=min { P_{CMAX, c}(i), P_{OFFSET, c}(i)+10log₁₀(M_c(i))+P_{O, c}(j)+X_c(i)}

Wherein,

X_c(i)=PL_c+TF_c(i)+f_c(i)

P_c(i) power of the index for i-th of subframe on c unauthorized carrier wave, P are represented_{CMAX, c}(i) represent described Index the maximum transmission power that i-th of subframe allows on the unauthorized carrier wave for c, M_c(i) it is c to represent the index Unauthorized carrier wave on i-th of subframe scheduling RB quantity, P_{O, c}(j) PSD based on RB, j ∈ { 0,1,2 } are represented, P_{OFFSET, c}(i) power offset of the index for i-th of subframe on c unauthorized carrier wave, PL are represented_cRepresent institute It is the path loss compensation on c unauthorized carrier wave, TF to state index_c(i) represent the index on c unauthorized carrier wave The modulating-coding form of the transmitting data of i-th of subframe, f_c(i) it is on c unauthorized carrier wave i-th to represent the index The absolute work(of i-th of subframe on the aggregate-value of the power adjustment of individual subframe or the unauthorized carrier wave that the index is c Rate adjustment amount.

17. according to the method described in claim 1, it is characterised in that carrying out Power Control according to power offset includes：

P_c(i)=min { P_{CMAX, c}(i), P_{OFFSET, c}(i)+10log₁₀(M_c(i))+PSD_c(i)+PL_c}

Wherein, P_c(i) power of the index for i-th of subframe on c unauthorized carrier wave, P are represented_{CMAX, c}(i) table It is the maximum transmission power that i-th of subframe allows on c unauthorized carrier wave, M to show the index_c(i) rope is represented It is cited as the RB quantity of i-th of subframe scheduling on c unauthorized carrier wave, P_{OFFSET, c}(i) it is c's to represent the index The offset of i-th of subframe, PSD on unauthorized carrier wave_c(i) it is i-th on c unauthorized carrier wave to represent the index The subframe PSD based on RB, PL_cIt is the path loss compensation on c unauthorized carrier wave to represent the index.

18. according to the method described in claim 1, it is characterised in that described at least one parameter bag related to Power Control Include at least one of：

P_{O, c}；PL_c；TF_c；f_c,

Wherein, P_{O, c}Represent the PSD based on RB, PL_cIt is the path loss compensation on c unauthorized carrier wave to represent index, TF_cThe index is represented to launch the modulating-coding form of data, f on c unauthorized carrier wave_cRepresent the index The absolute power for the unauthorized carrier wave for being c for the aggregate-value or the index of the power adjustment of c unauthorized carrier wave Adjustment amount.

19. according to the method described in claim 1, it is characterised in that by controlling the mandate carrier wave and the unauthorized load The power extraction of ripple, or control authorize the power extraction of carrier wave set and unauthorized carrier wave set, carry out Power Control bag Include：

The control mandate carrier wave and the unauthorized carrier wave use the unified power extraction factor all the time, to carry out work( Rate is controlled；Or

The two kinds of feelings successfully failed with the unauthorized carrier wave CCA detections are detected for the unauthorized carrier wave CCA Condition, controls described two situations to use the different power extraction factors, to carry out Power Control；Or

The different power extraction factors are respectively adopted in the control mandate carrier wave set and the unauthorized carrier wave set, to enter Row Power Control.

20. method according to claim 19, it is characterised in that for the unauthorized carrier wave CCA detect successfully and Two kinds of situations of the unauthorized carrier wave CCA detections failure, control described two situations to use different power extractions The factor, is included with carrying out Power Control：

Detect that successfully and in the case where needing to carry out power extraction, control uses the in the unauthorized carrier wave CCA The one power extraction factor, wherein, the mandate carrier wave of all scheduling of the first power extraction factor pair and all scheduling Unauthorized carrier wave it is effective；

In the unauthorized carrier wave CCA detection failure and in the case where needing to carry out power extraction, control uses the The two power extraction factors, wherein, the mandate carrier wave of all scheduling of the second power extraction factor pair, all scheduling And successfully unauthorized carrier wave is effective for CCA detections.

21. according to the method described in claim 1, it is characterised in that before Power Control is carried out to unauthorized carrier wave, institute Stating method also includes：

The priority of carrier type and/or the priority of channel type are determined using display mode or system default mode, Wherein, the carrier type includes authorizing carrier type and unauthorized carrier type, and the channel type includes described Authorize the type and the type of the channel on the unauthorized carrier wave of the channel on carrier wave.

22. method according to claim 21, it is characterised in that the carrier type is determined using the display mode Priority and/or the priority of the channel type include：

Receive the priority and/or the channel for the carrier type that network side is notified in dynamic/semi-static form The priority of type.

23. method according to claim 21, it is characterised in that the carrier type is determined using the display mode Priority and/or the priority of the channel type include：

The control instruction of user equipment (UE) is received, wherein, the control instruction improves for control or reduction is described The instruction of the priority of carrier type and/or the priority of the channel type.

24. method according to claim 21, it is characterised in that the load is being determined using the system default mode In the case of the priority of ripple type, the priority of the carrier type is set to from high to low：

Authorize the main carrier on carrier wave, authorize the secondary carrier on carrier wave, the secondary carrier on unauthorized carrier wave；Or

Authorize the main carrier on carrier wave, the secondary carrier on unauthorized carrier wave, the secondary carrier authorized on carrier wave.

25. method according to claim 21, it is characterised in that the letter is being determined using the system default mode The priority of road type, and in the case of not considering the carrier type, the priority of the channel type is from height It is to low setting：

Physical Uplink Control Channel PUCCH, the Physical Uplink Shared Channel PUSCH for carrying ascending control information UCI, UCI PUSCH is not carried.

26. method according to claim 21, it is characterised in that determined using display mode or system default mode After the priority of carrier type and/or the priority of channel type, methods described also includes：

Switching command is received, wherein, the switching command is used to the display mode switching to the system default Mode, or the system default mode is switched into the display mode.

27. method according to claim 21, it is characterised in that carrying out Power Control to the unauthorized carrier wave includes：

Power Control is carried out according to the priority.

28. a kind of output control device, it is characterised in that including：

Determining unit, for determining the transmitting information on unauthorized carrier wave；

Control unit, for carrying out Power Control to the unauthorized carrier wave by following at least one mode：According to Power spectral density PSD based on resource unit RE carries out Power Control；PSD based on resource block RB is carried out Adjustment, and Power Control is carried out according to the PSD after adjustment；According to the PSD of real data and the PSD of Seize ACK message Power Control is carried out, wherein, the real data is the data of the actual transmission of transmitting terminal, and the Seize ACK message is use In the signal of busy channel；Power Control is carried out according to power offset, wherein, the power offset is described The power of unauthorized carrier wave is relative to the offset for the power for authorizing carrier system calculating；By adaptively adjusting or Semi-static adjustment clear channel assessment (CCA) CCA detection thresholds carry out Power Control；It is related to Power Control by adjusting The span of at least one parameter carries out Power Control；By controlling the mandate carrier wave and the unauthorized carrier wave Power extraction, or control authorizes the power extraction of carrier wave set and unauthorized carrier wave set, carries out Power Control.