CN108471637A

CN108471637A - WUR controls the transmission method and equipment of information

Info

Publication number: CN108471637A
Application number: CN201710098781.6A
Authority: CN
Inventors: 章雪婷; 吴伟民; 于健
Original assignee: Huawei Technologies Co Ltd
Current assignee: Huawei Technologies Co Ltd
Priority date: 2017-02-23
Filing date: 2017-02-23
Publication date: 2018-08-31
Anticipated expiration: 2037-02-23
Also published as: CN108471637B

Abstract

The application provides a kind of transmission method and equipment of WUR controls information.This method includes：Sending ending equipment sends wake on wireless electricity WUR to the main radio MR of receiving device and controls information, and the WUR controls information includes：The sending ending equipment send used physical layer parameter when wakeup data packets WUP, the receiving device MR wake operation information at least one；The sending ending equipment controls information according to the WUR and sends the WUP to the wake-up receiver of the receiving device.The present processes reduce empty overhead when WUP transmission, and substantially reduce required when WUP is transmitted eat dishes without rice or wine the time.

Description

WUR controls the transmission method and equipment of information

Technical field

This application involves the communication technology more particularly to a kind of wake on wireless electric (Wake up Radio, abbreviation WUR) controls The transmission method and equipment of information.

Background technology

In Wireless Fidelity (Wireless-Fidelity, abbreviation WiFi) network, quite a few energy of receiving device It is wasted in the monitoring (idle listening) when no reception signal, i.e., when website (Station, abbreviation STA) is received without message When hair, if a large amount of energy will be consumed by continuing monitor channel, therefore dormancy mechanism (Sleep is introduced in communication standard Schedule STA) is allow to enter deep-sleep (Deep Sleep) state when no data is received and dispatched, to reduce lasting monitor Energy consumption.But when STA is in deep-sleep, access point (Access Point, abbreviation AP) can not be communicated with STA, only It can be just transmitted between the two after STA revivals, this may result in certain time delay (latency).In order to avoid stopping High time delay caused by dormancy mechanism, STA would generally follow certain dormancy strategy period and wake up and check for data and need to receive, so And which in turn reduces the suspend mode efficiency of STA.

Therefore, other than above-mentioned optimization dormancy strategy, another of the energy dissipation of reduction equipment idle listening Technological approaches is using WUR, and core concept is：Receiving device increases newly low in addition to comprising traditional 802.11 main transceiver modules The part power wake receiver (Wake up Receiver, abbreviation WURx), the 802.11 traditional transceiver modules are 802.11 main radio (Main Radio, abbreviation MR), simultaneously comprising main transmitter and main receiver, as shown in Figure 1.When After 802.11MR enters deep-sleep, the WURx of low-power consumption revival is started to work, if AP need with WURx and The STA of 802.11MR is communicated, and AP sends wakeup data packets (Wake Up Packet, abbreviation WUP) to WURx first, WURx is properly received the 802.11MR of wake-up STA after the WUP for issuing oneself, and AP is then communicated with the 802.11MR of revival.When 802.11MR reenters suspend mode after the completion of being communicated with AP, while WURx begins listening for whether having the WUP for being sent to oneself again, with Just 802.11MR is waken up again.The WURx that the technology uses low-power consumption is detectd instead of 802.11 main transceiver modules in the medium free time Channel is listened, the waste of equipment energy when monitoring is effectively reduced.

It is saved in the scheme of energy dissipation when equipment is monitored using WUR above-mentioned, sending ending equipment is sent to reception The structure of the WUP of end equipment may refer to shown in Fig. 2, which may include traditional 802.11 lead code (Legacy 802.11preamble), it wakes up lead code and wakes up load, which carries the physics for being used to indicate and waking up load Layer parameter, the physical layer parameter can be the parameters such as transmission rate, the robustness of WUP；The WURx of recipient is waken up by reading Physical layer parameter in lead code can read wake-up load.But the prior art is called out using the wake-up lead code instruction of WUP The physical layer parameter of awake load can cause larger expense, waste to eat dishes without rice or wine the time.

Invention content

The application provides a kind of transmission method and equipment of WUR controls information, to solve to utilize WUP's in the prior art Waking up the physical layer parameter of lead code instruction wake-up load causes expense larger and wastes the technical issues of eating dishes without rice or wine the time.

In a first aspect, the application provides a kind of transmission method of WUR controls information, including：

Sending ending equipment sends wake on wireless electricity WUR to the main radio MR of receiving device and controls information, the WUR controls Information processed includes：Used physical layer parameter, the receiving terminal are set when the sending ending equipment transmission wakeup data packets WUP At least one of the wake operation information of standby MR；

The sending ending equipment controls information to described in the transmission of the wake-up receiver of the receiving device according to the WUR WUP。

The transmission method for the WUR control information that above-mentioned first aspect is provided, MR of the sending ending equipment in receiving device When not entering dormant state, by the MR of receiving device send WUR control information, and the MR for determining receiving device into When entering dormant state, WURx startups, information is controlled according to the WUR and is sent to the WURx of receiving device not comprising above-mentioned WUR controls The WUP of information processed, which reduce the carrying expenses of WUP itself, when WUP transmission rates are relatively low, since the carrying of WUP itself is opened Pin reduces, therefore reduces the empty overhead of transmission, and substantially reduces the time of eating dishes without rice or wine.

In a kind of possible design, the sending ending equipment sends WUR to the MR of receiving device and controls information, specifically Including：

The sending ending equipment carries the WUR in the data packet to the MR transmission data packets of the receiving device Information is controlled, the data packet includes any in trigger frame, service quality QoS data frame, empty quality of service frames, management frame It is a.

Optionally, the trigger frame includes at least one website field one by one, and each website field connects including one one by one The mark of receiving end equipment and the WUR of one receiving device control information.

The transmission method of the provided WUR control information of above-mentioned each possible design, by being sent in sending ending equipment WUR is carried in the data packet of the MR of receiving device and controls information, because the transmission rate of the transmission rate ratio WUP of data packet is high Very much, therefore WUR is carried by the data packet that the MR of sending ending equipment is sent and controls information, improve the biography of WUR control information Defeated efficiency, and reduce expense caused by lead code and competitive channel；In addition, the number sent by the MR of sending ending equipment Carrying WUR controls information according to packet can prevent listener-in from knowing since the data packet transmitted by MR is often encrypted The WUR controls information, improves the transmission security of WUR control information.

Second aspect, the application provide a kind of transmission method of WUR controls information, including：

Receiving device receives the wake on wireless that sending ending equipment is sent by the main radio MR of the receiving device Electric WUR controls information, and the WUR controls information includes：The sending ending equipment sends used when wakeup data packets WUP At least one of physical layer parameter, wake operation information of MR of the receiving device；

The receiving device receives what the sending ending equipment was sent by the wake-up receiver of the receiving device The WUP.

In a kind of possible design, the receiving device receives sending ending equipment by the MR of the receiving device The WUR of transmission controls information, specifically includes：

The receiving device receives the data packet that the sending ending equipment is sent by the MR of the receiving device；Its In, the WUR controls information is carried in the data packet, the data packet includes trigger frame, service quality QoS data frame, sky Any of quality of service frames, management frame；

The receiving device determines that the WUR controls information according to the data packet.

The transmission method of WUR control information provided in above-mentioned second aspect and the possible design of second aspect, has Beneficial effect may refer to the advantageous effect of above-mentioned first aspect and the possible design of first aspect, and details are not described herein.

In conjunction with above-mentioned first aspect and second aspect, in a kind of possible design, the WUR controls information further includes： The sending ending equipment sends used security parameter when the WUP.

In a kind of possible design, the physical layer parameter includes：The modulation coding scheme of the WUP, the WUP At least one of the transmission rate of waveform coding mode, the channel coding method of the WUP, the WUP.

In a kind of possible design, the wake operation information includes：Etc. data frame to be received, etc. beacon to be received Frame, etc. trigger frame to be received, send wake up poll frame PS-poll, the receiving device MR the wake-up moment at least It is a kind of.

In a kind of possible design, the security parameter includes in the cipher mode of the first instruction information and the WUP At least one；

The first instruction information is used to indicate the mark that the sending ending equipment sends the sending ending equipment when WUP The mark of knowledge and the receiving device.

In a kind of possible design, the first instruction information specifically includes：The sending ending equipment sends the WUP When corresponding mark change cycle；

The mark change cycle is used to indicate the receiving device according to the mark change cycle and preset reflects Relationship is penetrated, determines the mark of the sending ending equipment and the receiving device when sending ending equipment sends the WUP Mark, the mapping relations include the mark and receiving device of the different corresponding sending ending equipments of mark change cycle Mark.

In a kind of possible design, the WUP includes SIG1 fields and the wake-up adjacent with SIG1 fields load Field, the SIG1 fields carry when the sending ending equipment sends the WUP mark of the sending ending equipment and described connect The mark of receiving end equipment.

The transmission method for the WUR control information that above-mentioned each possible design provides, sending ending equipment with receiving terminal by setting Standby MR interacts WUR and controls information in advance, and provides the structure of above-mentioned short WUP so that no longer includes SIG2 words in the WUP Section, i.e. therefore WUR controls information is no longer carried in the WUP reduces the carrying expense of WUP itself, WUP transmission rates compared with When low, due to the carrying cost reduction of WUP itself, the empty overhead of transmission is reduced, and is substantially reduced when eating dishes without rice or wine Between；In addition, in above-mentioned several possible designs, the content of the physical layer parameter of WUP is more abundant, so that receiving device It is capable of the MR of significantly more efficient wake-up receiving device, improves the wake-up efficiency of the MR of receiving device, and by WUR Control information in carry used security parameter when sending ending equipment sends the WUP, avoid listener-in using obtaining Sending ending equipment mark and receiving device the continuous MR for waking up receiving device of mark, receiving terminal is greatly saved The electricity of equipment.

The third aspect, in order to realize that the WUR of above-mentioned first aspect controls the transmission method of information, the embodiment of the present application provides A kind of sending ending equipment, the sending ending equipment have the function of realizing the transmission method of above-mentioned WUR controls information.The function Corresponding software realization can also be executed by hardware by hardware realization.The hardware or software include one or more A module corresponding with above-mentioned function.

In a kind of possible realization method of the third aspect, which includes multiple function modules or unit, The transmission method of information is controlled for realizing any one of above-mentioned first aspect WUR.

May include processing in the alternatively possible realization method of the third aspect, in the structure of the sending ending equipment Device, receiver and transmitter (or transceiver).The processor is configured as that the equipment is supported to execute in above-mentioned first aspect Corresponding function in the transmission method of any WUR controls information.The transceiver is for supporting the equipment to be set with other networks Communication between standby either terminal device for example can be corresponding radio-frequency module or baseband module.It can be in the equipment Including memory, the memory preserves the sending ending equipment and executes above-mentioned WUR controls information for being coupled with processor The necessary program instruction of transmission method and data.Optionally, which can be AP, can also be STA.

Fourth aspect, in order to realize that the WUR of above-mentioned second aspect controls the transmission method of information, the embodiment of the present application provides A kind of receiving device, the receiving device have the function of realizing the transmission method of above-mentioned WUR controls information.The function Corresponding software realization can also be executed by hardware by hardware realization.The hardware or software include one or more A module corresponding with above-mentioned function.

In a kind of possible realization method of fourth aspect, which includes multiple function modules or unit, The transmission method of information is controlled for realizing any one of above-mentioned first aspect WUR.

May include processing in the alternatively possible realization method of fourth aspect, in the structure of the receiving device Device, receiver and transmitter (or transceiver).The processor is configured as that the equipment is supported to execute in above-mentioned second aspect Corresponding function in the transmission method of any WUR controls information.The transceiver is for supporting the equipment and sending ending equipment Between communication, such as can be corresponding radio-frequency module or baseband module.Can also include memory in the equipment, it is described Memory for couple with processor, preserve the receiving device execute above-mentioned WUR control information transmission method it is necessary Program instruction and data.Optionally, above-mentioned receiver may include the main transceiver of the MR in receiving device, and wakes up and connect Receipts machine.

5th aspect, the embodiment of the present application provide a kind of computer storage media, are set for being stored as above-mentioned transmitting terminal Standby computer software instructions used, it includes for executing the program designed by above-mentioned first aspect.

6th aspect, the embodiment of the present application provide a kind of computer storage media, are set for being stored as above-mentioned receiving terminal Standby computer software instructions used, it includes for executing the program designed by above-mentioned second aspect.

7th aspect, the embodiment of the present application provide a kind of computer program product, and it includes instructions, when the computer journey When sequence is executed by a computer, which makes computer execute the function performed by sending ending equipment in the above method.

Eighth aspect, the embodiment of the present application provide a kind of computer program product, and it includes instructions, when the computer journey When sequence is executed by a computer, which makes computer execute the function performed by receiving device in the above method.

Compared to the prior art, the transmission method and equipment of WUR controls information provided by the present application, sending ending equipment are connecing When the MR of receiving end equipment does not enter dormant state, information is controlled by sending WUR to the MR of receiving device, and receive determining When the MR of end equipment enters dormant state, WURx starts, information is controlled according to the WUR and is not wrapped to the WURx of receiving device transmissions The WUP of information is controlled containing above-mentioned WUR, which reduce the carrying expenses of WUP itself, when WUP transmission rates are relatively low, due to WUP The carrying cost reduction of itself, therefore the empty overhead of transmission is reduced, and substantially reduce the time of eating dishes without rice or wine.

Description of the drawings

Fig. 1 is the structural schematic diagram of the receiving device embodiment of low-power consumption provided by the present application；

Fig. 2 is the structural schematic diagram of existing WUP provided by the present application；

Fig. 3 is the structural schematic diagram of wlan system provided by the present application；

Fig. 4 is the signaling process figure for the transmission method embodiment that WUR provided by the present application controls information；

Fig. 5 is the structural schematic diagram that trigger frame provided by the present application carries that WUR controls information；

Fig. 6 is the structural schematic diagram that HTC fields carry that WUR controls information；

Fig. 7 a are the structural schematic diagram of short WUP provided by the present application；

Fig. 7 b are the structural schematic diagram of existing normal WUP provided by the present application；

Fig. 8 is the signaling process figure for the transmission method embodiment that WUR provided by the present application controls information；

Fig. 9 is the structural schematic diagram for the transmitting device embodiment that WUR provided by the present application controls information；

Figure 10 is the structural schematic diagram for another embodiment of transmitting device that WUR provided by the present application controls information；

Figure 11 is the structural schematic diagram of sending ending equipment embodiment provided by the present application；

Figure 12 is the structural schematic diagram of receiving device embodiment provided by the present application.

Specific implementation mode

This application can be applied to Wireless LAN (Wireless Local Area Networks, abbreviation WLAN), WLAN accepted standards are Institute of Electrical and Electric Engineers (Institute of Electrical and at present Electronics Engineers, abbreviation IEEE) 802.11 series.Wherein, website (Station, abbreviation STA) and access point (Access Point, abbreviation AP) is the basic component units of WLAN.

Wherein, AP is the access point that mobile subscriber enters cable network, and major deployments are in family, inside buildings and garden Inside, typical covering radius be tens meters to rice up to a hundred, it is of course also possible to be deployed in open air.It is wired that AP is equivalent to a connection The bridge of net and wireless network, main function are to connect together each wireless network clients, then connect wireless network Enter Ethernet.Specifically, AP can be with WiFi (English：Wireless Fidelity, Chinese：Wireless Fidelity) chip Terminal device or the network equipment.Optionally, AP can be the equipment for supporting 802.11ax standards, still optionally further, the AP Can be the equipment for supporting a variety of WLAN standards such as 802.11ac, 802.11n, 802.11g, 802.11b and 802.11a, this reality The system types for supporting AP in example are applied not limit.

STA is generally client device in a wlan.STA can be mobile, can also be fixed, be wireless local The most basic component units of net, which can be wireless communications chips, wireless sensor or wireless communication terminal.Such as：It supports The mobile phone of WiFi communication function, the tablet computer for supporting WiFi communication function, the set-top box for supporting WiFi communication function, branch The smart television for holding WiFi communication function, supports WiFi communication function at the intelligent wearable device for supporting WiFi communication function Vehicular communication equipment and the computer for supporting WiFi communication function.

Fig. 3 is the structural schematic diagram of wlan system provided by the present application, as shown in figure 3,1 AP can be in wlan system Multiple STA (in figure for 3) carry out information exchange, including STA1, STA2 and STA3.Certainly, it is also not limited to This, 1 AP can also carry out information exchange with one or more STA groups, can also be interacted between multiple STA.

Sending ending equipment involved in the present embodiment can be above-mentioned introduced AP, can also be above-mentioned introduced STA, receiving device can be above-mentioned AP, can also be above-mentioned STA.When sending ending equipment is AP, receiving device can be with It is AP, can also be STA, when sending ending equipment is STA, receiving device can be STA.It should be noted that the application Involved sending ending equipment can include main transceiver module, which is MR, and it includes main transmitters and master to connect Receipts machine, the receiving device involved by the application had both included MR or had included wake on wireless electricity module, i.e. receiving terminal in the application Equipment had both included main transmitter, main receiver, also included wake-up receiver WURx, shown in Figure 1.

In the prior art, the monitoring (idle due to receiving device quite a few energy dissipation in no reception signal Listening), i.e., when receiving device does not have information receiving and transmitting, if a large amount of energy will be consumed by continuing monitor channel, therefore Dormancy mechanism is introduced in communication standard allows receiving device to enter deep sleep state when no data is received and dispatched, to subtract Few energy consumption persistently monitored, but certain time delay can be caused in this way.Based on this, the prior art has also been proposed another technology way Energy loss when monitoring of the diameter to solve the problems, such as receiving device is increased newly in receiving device and is called out that is, by the way of WUR Wake up receiver WURx, and after the MR of receiving device enters deep-sleep, the WURx revivals of receiving device are started to work, if Sending ending equipment needs to be communicated with the receiving device for entering dormant state, and sending ending equipment gives the receiving device first WURx send WUP, WURx is properly received the MR that the receiving device is waken up after the WUP for issuing oneself, sending ending equipment then with The MR of revival is communicated.Since the power consumption of WURx is relatively low, when in the medium free time intercepting channel can effectively reduce The waste of receiving device energy when monitoring.But in the above-mentioned side for saving energy dissipation when equipment is monitored using WUR In case, sending ending equipment is frequently utilized that the wake-up lead code of WUP indicates to wake up the physical layer parameter of load to receiving device, by It is usually relatively low in the transmission rate of WUP, using WUP wake-up lead code instruction wake up load physical layer parameter, can cause compared with Big expense, waste are eated dishes without rice or wine the time.

Therefore, transmission method, device and the equipment of WUR controls information provided by the embodiments of the present application, it is intended to solve existing The physical layer parameter that technology wakes up load using the wake-up lead code instruction of WUP causes expense larger and wastes to eat dishes without rice or wine the time Technical problem.

The technical solution of the application is described in detail with specifically embodiment below.These specific implementations below Example can be combined with each other, and same or analogous concept or process may be repeated no more in some embodiments.

Fig. 4 is the signaling process figure for the transmission method embodiment that WUR provided by the present application controls information.The present embodiment is related to To be sending ending equipment negotiate WUR in advance by the MR with receiving device controls information, without carrying WUR controls in WUP Information processed, to reduce the detailed process of empty overhead when WUP transmission.As shown in figure 4, this method comprises the following steps：

S101：Sending ending equipment sends WUR to the MR of receiving device and controls information, and the WUR controls information includes：Institute State used physical layer parameter when sending ending equipment sends WUP, the receiving device MR wake operation information extremely Few one kind.

S102：Receiving device receives the WUR that sending ending equipment is sent by the MR of receiving device and controls information.

Specifically, before introducing the present embodiment, the first communication between sending ending equipment and receiving device is situated between It continues：When the MR of receiving device does not enter dormant state, sending ending equipment can carry out sending ending equipment with receiving device Data transmission, i.e. sending ending equipment and receiving device are led to by the MR of the MR of sending ending equipment and receiving device Letter transmits various data packets on the MR chains road that the MR of sending ending equipment and the MR of receiving device are constituted.It is optional , which can be management frame, which can be function frame (Action frame), can also be association response frame (Association response frame), optionally, which can also be a customized frame, by self-defined Frame in specific field come carry WUR control information.When the MR of receiving device enters dormant state, sending ending equipment It can not be communicated on MR links with receiving device, when sending ending equipment has data packet to need to send to receiving device When, sending ending equipment is just needed by sending WUP to the WURx of receiving device, so that the WURx of receiving device can at this time Wake up the MR of receiving device so that sending ending equipment can continue on MR chains road to receiving device transmission packet.

In the application, in order to reduce WUP transmission when empty overhead and shortening eat dishes without rice or wine the time, sending ending equipment is receiving When the MR of end equipment does not enter dormant state, WUR control information is sent to the MR of receiving device on MR chains road, receiving terminal is set The standby MR by receiving device receives the WUR and controls information.WUR controls information may include that sending ending equipment sends WUP When used physical layer parameter, at least one of the wake operation information of MR of receiving device.Optionally, the physical layer Parameter can be the parameters such as the transmission rate of WUP, the robustness of WUP, and the present embodiment does not do the type of the physical layer parameter It limits, as long as the WURx that can assist in receiving device wakes up the MR of receiving device, and demodulates the wake-up load of WUP i.e. It can.Optionally, the wake operation information of the MR of above-mentioned receiving device can be after being used to indicate the MR wake-ups of receiving device The instruction information of performed operation can also be that the MR of instruction receiving device wakes up the instruction information at moment, wake-up behaviour It can be " 0 ", the form of " 1 " bit to make information for example, pass through different " 0 ", the combination of " 1 " bit, characterize receiving device MR MR of performed operation or receiving device upon awakening the wake-up moment.

Optionally, it should be noted that above-mentioned sending ending equipment can also send WUR configuration ginsengs to the MR of receiving device Number, the configuration parameter may include：The working frequency range and working channel of the WURx of receiving device, the WURx of receiving device and The state that MR is opened and closed is negotiated, receiving device is operated in the marks of the WUR under WUR patterns (WUR ID), sending ending equipment Mark etc..When sending ending equipment and receiving terminal have configured these parameters by MR, the receiving device into WUR patterns can It knows to intercepting sending ending equipment is sent to the WUP of oneself up in which channel to configure parameter according to these WUR, is receiving After WUP, it can be matched with the WUR ID of itself according to the mark of receiving device entrained in WUP, and then determine Whether sending ending equipment is MR that requirement wakes up oneself.Optionally, when above-mentioned sending ending equipment is AP, the mark of the sending ending equipment Knowledge can be media access control (the Medium Access of BSS Color (Basic Service Set Color), AP Control, MAC) address etc..

S103：Sending ending equipment controls information according to the WUR and sends institute to the wake-up receiver of the receiving device State WUP.

S104：Receiving device receives the sending ending equipment according to institute by the wake-up receiver of the receiving device State the WUP that WUR control information is sent.

Specifically, when the MR of receiving device carries out dormant state, the wake-up receiver of receiving device at this time (WURx) it revives, is in the state of monitor channel, which can configure parameter according to above-mentioned WUR and know and believe at which Sending ending equipment is monitored on road is sent to the WUP of oneself.

In general, when sending ending equipment determination can not currently carry out data transmission on MR chains road with the MR of receiving device When, sending ending equipment determine the MR of current receiving device in a dormant state, WURx it is in running order.At this point, if hair Continue there are data to be transmitted to receiving device in sending end equipment, then sending ending equipment needs to be sent to receiving device in conjunction with above-mentioned MR WUR control information, to the WURx of receiving device send WUP so that receiving device is having correctly received oneself After WUP, the MR for being currently at dormant state is waken up using the WUR control information received above by MR, such as receiving terminal is set Standby WURx can utilize the wake-up in the physical layer parameter demodulation WUP in above-mentioned WUR control information to load, to be waken up The control information carried in load, optionally, WURx can carry out the wake-up of MR using the control information, then alternatively, utilize The wake operation information of MR in WUR control information knows when to wake up the MR etc. of receiving device.

In the present embodiment, sending ending equipment controls information due to having sent WUR to the MR of receiving device in advance, The WUR can not be carried in the WUP sent to the WURx of receiving device and controls information, i.e. WUP in the present embodiment does not include Therefore above-mentioned WUR controls information reduces the carrying expense of WUP itself, when WUP transmission rates are relatively low, due to WUP itself Carrying cost reduction, therefore empty overhead of its transmission also just reduces, and substantially reduces the time of eating dishes without rice or wine.

The transmission method of WUR controls information provided by the present application, sending ending equipment do not enter not in the MR of receiving device When dormancy state, information is controlled by sending WUR to the MR of receiving device, and enter suspend mode shape in the MR for determining receiving device When state, WURx start, information is controlled according to the WUR and is sent to the WURx of receiving device not comprising above-mentioned WUR control information WUP, which reduce the carrying expenses of WUP itself, when WUP transmission rates are relatively low, due to the carrying cost reduction of WUP itself, Therefore the empty overhead of transmission is reduced, and substantially reduces the time of eating dishes without rice or wine.

As the first possible embodiment of above-described embodiment, it is of the present embodiment be sending ending equipment how The detailed process that WUR controls information is sent to the MR of receiving device.That is, on the basis of the above embodiments, above-mentioned S101 tools Body can be：Sending ending equipment carries WUR in the data packet and controls information to the MR transmission data packets of receiving device, described Data packet includes trigger frame, service quality (Quality of Service, abbreviation QoS) data frame, empty service quality (QoS Null) any of frame, management (Management) frame.

Optionally, sending ending equipment can using in these frames spare field or multiplexing field carry WUR controls Information, the present embodiment do not limit bearing mode of the WUR control information in these frames, and optionally, above-mentioned management frame can Think function frame, can also be association response frame, information element (Information Element, abbreviation IE) can be passed through Mode come carry the WUR control information.

Optionally, the data packet of information, two kinds of possibility of WUR controls information described herein are controlled in conjunction with above-mentioned carrying WUR Bearing mode：

The first bearing mode：Information is controlled using trigger frame carrying WUR.

When sending ending equipment sends WUR by trigger frame to receiving device controls information, optionally, the trigger frame Structure may refer to shown in Fig. 5.Trigger frame in Fig. 5 is that 802.11ax standards introduce, for triggering multiple receiving devices It is carried out at the same time the frame of uplink multi-users transmission.It can include triggering frame type field in the trigger frame, be used to indicate different type Trigger frame, be located at the triggering frame type field after at least one field of website one by one can be located at different field on, this Shen The trigger frame please provided can be used for the interaction of the WUR control information before sending ending equipment and receiving device.Each One by one in website field, one one by one website field include the mark of receiving device and for the receiving device WUR controls information, and association identification shown in fig. 5 is actually used to indicate the instruction of the mark of receiving device, optionally, Can also include the corresponding resource indication information of the receiving device in above-mentioned each website field one by one, it is more for schedule subsequent Confirmation (Acknowledge, abbreviation ACK) frame of a receiving device.Other than ACK frames, STA can also polymerize uplink simultaneously The data frame sent, management frame etc. are needed, with further raising efficiency.It can be obtained from the structure of above-mentioned trigger frame shown in fig. 5 Go out, which is actually a broadcast frame, and multiple receiving devices can receive the trigger frame.When receiving device can be from The association identification of oneself is read in the trigger frame, and (i.e. the mark of receiving device, optionally, the mark can set for receiving terminal Standby WUR ID) when, which will continue to read resource indication information and WUR controls after being located at the association identification Information, and ACK frames are sent to sending ending equipment in corresponding resource according to the resource indication information, and according to obtained WUR controls information, and the wake-up of the MR of receiving device is carried out in reception channel WUP.

Second of bearing mode：WUR is carried using the HTC fields in management frame or QoS data frame or empty quality of service frames Control information.

Shown in Figure 6, shown in Fig. 6 is high-throughput control (High Throughput Control, abbreviation There is the HTC fields in above-mentioned management frame, QoS data frame, empty quality of service frames in HTC) field.Since the HTC fields have WUR control information is optionally carried the polymerization control mutation in the HTC fields by three kinds of mutation structures in the present embodiment In (Aggregated Control Variant, abbreviation A-control Variant) field.

The transmission method for the WUR control information that above-mentioned possible embodiment is provided, by being sent in sending ending equipment Information is controlled to WUR is carried in the data packet of the MR of receiving device, because the transmission rate of the transmission rate ratio WUP of data packet is wanted It is much higher, therefore WUR is carried by the data packet that the MR of sending ending equipment is sent and controls information, improve WUR control information Efficiency of transmission, and reduce expense caused by lead code and competitive channel；In addition, sent by the MR of sending ending equipment Data packet carries WUR controls information can prevent listener-in from obtaining since the data packet transmitted by MR is often encrypted Know that the WUR controls information, improves the transmission security of WUR control information.

Second of possible embodiment as above-described embodiment, of the present embodiment is above-mentioned sending ending equipment Send the introduction of the particular content of used physical layer parameter when WUP.In above-described embodiment or above-mentioned possible embodiment party On the basis of formula, above-mentioned physical layer parameter may include：The modulation coding scheme of WUP, the waveform coding mode of the WUP, institute State the channel coding method of WUP, at least one of the transmission rate of the WUP.

Ginseng is shown in Table 1, and optionally, the modulation coding scheme of the WUP may include being based on orthogonal frequency division multiplexing The OOK modulation coding schemes or base of (Orthogonal Frequency Division Multiplexing, abbreviation OFDM) In the OOK modulation coding schemes of single carrier (Single Carrier, abbreviation SC), sending ending equipment can utilize different " 0 ", Different coding modes under modulation coding scheme of " 1 " bit to indicate the WUP.For example, indicating OFDM's by " 0 " bit OOK modulation coding schemes, the OOK modulation coding schemes that SC is characterized by " 1 " bit, the modulation coding scheme of the WUP can position In an individual field in data packet, receiving device can know this by " 0 " in the field, " 1 " bit value The specific coding modes of WUP.

Optionally, the waveform coding mode of WUP may include：Without encoding or carrying out Manchester's code (Manchester coding), similar, sending ending equipment can indicate the wave of the WUP using different " 0 ", " 1 " bit Different coding modes under shape coding mode.For example, being indicated without waveform coding by " 0 " bit, passing through " 1 " bit table Sign carries out Synchronization, and the waveform coding mode of the WUP can be located in an individual field in data packet, receive End equipment can know the specific waveform coding modes of the WUP by " 0 " in the field, " 1 " bit value.

Optionally, the channel coding method of above-mentioned WUP may include：Without coding or binary cyclic convolution (Binary Convolutional Code, abbreviation BCC) encode, likewise, sending ending equipment can utilize different " 0 ", Different coding modes under channel coding method of " 1 " bit to indicate the WUP.For example, by " 0 " bit indicate without Channel coding characterizes progress BCC codings by " 1 " bit, and the channel coding method of the WUP can be located at one in data packet In individual field, receiving device can know the specific channel codings of the WUP by " 0 " in the field, " 1 " bit value Mode.

Optionally, the transmission rate of above-mentioned WUP may include 250kbps or 125kbps, can also be other certainly Rate, sending ending equipment can also indicate the different transmission rates of the WUP using different " 0 ", " 1 " bit.For example, passing through " 0 " bit characterizes 250kbps, characterizes 125kbps by " 1 " bit, and the transmission rate of the WUP can also be located in data packet In one individual field, receiving device can know that the WUP is specifically transmitted by " 0 " in the field, " 1 " bit value Rate.

The introduction of above-mentioned several physical layer parameters, characteristic manner are only a kind of examples, i.e., the characteristic manner of table 1 is only one Kind example, present embodiment do not limit the embodiments mode of physical layer parameter.

Table 1

As the third possible embodiment of above-described embodiment, of the present embodiment is above-mentioned receiving device MR wake operation information particular content introduction.On the basis of above-described embodiment or possible embodiment, on The wake operation information for stating MR may include：Etc. data frame to be received, wait for received beacon frame, etc. trigger frame to be received, transmission Wake up at least one of the wake-up moment of MR of poll frame (PS-poll), the receiving device.

Specifically, the wake operation information of above-mentioned MR can be divided into two classes, one kind is the default action executed after MR wakes up, The default action can indicate that another kind of is that the acquiescence of MR wakes up the moment, when which wakes up by corresponding bit information Quarter can also be indicated by corresponding bit information, can also directly be indicated by temporal information.The MR is executed after waking up Default action and the acquiescence of MR wake up the moment and can be located in data packet in two different fields, in different fields, Different bit identifications can characterize different physical meanings.The data frame to be received such as above-mentioned, etc. trigger frame to be received, etc. it is waiting Receive beacon frame can be receiving device MR be waken up after not actively transmission data frame or do not send actively beacon frame or Trigger frame is not sent actively.Optionally, the instruction of the wake operation information of the MR may refer to shown in table 2, it should be noted that The characteristic manner of table 2 is only a kind of example, and present embodiment does not limit the embodiments mode of the wake operation information of MR It is fixed.It should be noted that the acquiescence wake-up moment is different from the ability information that receiving device is reported to sending ending equipment.Ability Information is to wake up the moment for characterizing how long WURx needs can just wake up MR completely, and giving tacit consent to and refer to required minimum On the basis of wakeup time, wake-up moment the latest that sending ending equipment is indicated to receiving device.

Table 2

As the 4th kind of possible embodiment of above-described embodiment, of the present embodiment is above-mentioned sending ending equipment The introduction of the concrete structure of the WUP sent to the WURx of receiving device.It, should referring to the WUP structures of the application shown in Fig. 7 a WUP is a short WUP (short WUP) compared with the structure (referring to structure shown in Fig. 7 b) of WUP in the prior art.

Specifically, WUP in the application do not include in Fig. 7 b signaling 2 (SIG2) field (the SIG2 fields of Fig. 7 b, it is existing For carrying the physical layer parameters such as transmission rate, the robustness of WUP in technology), but include (SIG1) field of signaling 1 and with institute The adjacent wake-up Load field of SIG1 fields (the Data fields in Fig. 7 a) is stated, the SIG1 fields carry the sending ending equipment It sends the mark of the sending ending equipment and the mark of the receiving device, receiving device when the WUP and is receiving this When WUP, is compared by content in the SIG field and the mark (WUR ID) of receiving device itself, determine that the WUP is No is to be sent to the WUP of oneself, to decide whether to receive subsequent wake-up load.

The transmission method of WUR controls information provided by the present application, sending ending equipment are shifted to an earlier date by the MR with receiving device Interaction WUR controls information, and provides the structure of above-mentioned short WUP so that no longer includes SIG2 fields, the i.e. WUP in the WUP In no longer carry WUR control information therefore reduce the carrying expense of WUP itself, when WUP transmission rates are relatively low, due to The carrying cost reduction of WUP itself, therefore the empty overhead of transmission is reduced, and substantially reduce the time of eating dishes without rice or wine；In addition, In the introduction of above-mentioned several possible embodiments, the content of the physical layer parameter of the WUP of the application is more abundant, so that Receiving device is capable of the MR of significantly more efficient wake-up receiving device, improves the wake-up efficiency of the MR of receiving device.

On the basis of above-described embodiment and several possible embodiments, further, the 5th kind as the application Possible embodiment, above-mentioned WUR controls information can also include that the sending ending equipment sends used peace when the WUP Population parameter, the security parameter can be any type of ginseng used by transmission privacy of the sending ending equipment in order to ensure WUP Number for example, the security parameter can be to be added to a specific bit field in the WUP, or upsets the frame of current WUP Then structure indicates that the specific of the frame structure puts in order in certain field, which can be to avoid listener-in Utilize the mark of obtained sending ending equipment and the continuous MR for waking up receiving device of the mark of receiving device so that receive The technical issues of electricity of end equipment exhausts.

A kind of optional mode, above-mentioned security parameter may include in the cipher mode of the first instruction information and the WUP At least one.The first instruction information is used to indicate the mark that sending ending equipment sends the sending ending equipment when WUP And the mark of the receiving device.

Optionally, the cipher mode of above-mentioned WUP may include do not encrypt, Caesar encryption, RSA public key encryption (i.e. transmitting terminals Equipment and receiving device respectively hold a key, by Peter Lonard Lee Vista (Ron Rivest), A Di Shamirs (AdiShamir) and the Encryption Algorithm that proposes together of Leonard A Deman (Leonard Adleman))), replace in encryption Any, sending ending equipment can indicate different cipher modes with different bits.When sending ending equipment adding the WUP Close mode is informed is receiving the encrypted of sending ending equipment transmission to the MR of receiving device, the WURx of receiving device When WUP, so that it may to decrypt original WUP according to the cipher mode, after preventing listener-in from intercepting WUP, pass through the WUP The mark of sending ending equipment and the mark of receiving device are parsed, and then frequently goes to wake up the MR of the receiving device and lead Its electricity is caused to deplete.Therefore, used encryption when carrying the sending ending equipment transmission WUP in information is controlled by the WUR Mode substantially increases the confidentiality of WUP, also reduces what the electricity of receiving device was brought by the malicious operation of listener-in Loss.

Optionally, above-mentioned first instruction information can be when sending ending equipment sends WUP used sending ending equipment and Receiving device directly explicit mark, i.e. the first instruction information be BSS Color when sending ending equipment sends WUP and The WUR ID of receiving device.As described above, the mark of the sending ending equipment and the mark of receiving device also will be in transmitting terminals Equipment and receiving device interaction WUR control information phases are sent to receiving device.In the prior art, the mark of sending ending equipment Know and the mark of receiving device is fixed, therefore no matter send out WUP, the mark of transmitting-receiving two-end is constant, is made in this way Listener-in is easy to get the mark of transmitting-receiving end equipment, and according to the mark of obtained sending ending equipment and receiving device The MR for removing to wake up the receiving device of identified frequent and cause its electricity to deplete；In present embodiment, sending ending equipment can not The mark of the mark and receiving device of disconnected change sending ending equipment, if sending ending equipment is once sent to receiving device First instruction information indicates that sending ending equipment can use the mark of the transmitting-receiving end equipment indicated by the first instruction information to send out Send WUP, during this period no matter sending ending equipment mark and receiving device identify how to change, when sending ending equipment once WUP is sent to the WURx of receiving device, receiving device can go reception should in conjunction with the first instruction information of interaction before WUP so that so that the malice eavesdropping and operation of listener-in become difficult.

Optionally, above-mentioned first instruction information can also be that sending ending equipment sends mark change corresponding when the WUP The more period, (the mark change cycle was actually how long the mark of sending ending equipment and the mark of receiving device convert one It is secondary, that is, identified in this section of duration of change cycle at one, the mark of sending ending equipment and the mark dimension of receiving device Hold constant), which is used to indicate receiving device according to the mark change cycle and preset mapping relations, really Determine sending ending equipment and sends the mark of the sending ending equipment and the mark of the receiving device when WUP, it is above-mentioned to reflect The relationship of penetrating includes the mark of the mark and receiving device of the different corresponding sending ending equipments of mark change cycle, above-mentioned transmission There are the mapping relations in end equipment and receiving device.For example, it is assumed that above-mentioned mark change cycle is 10ms, and assume When 1ms, sending ending equipment it is initial be identified as M, the initial marking of receiving device is N, therefore, 1ms-10ms this In one section of duration, the mark that sending ending equipment and receiving device remain current is constant, and above-mentioned mapping relations can be：11ms- In 20ms --- sending ending equipment is identified as A when sending ending equipment sends WUP, and when receiving device sends WUP receiving terminal is set Standby is identified as a, i.e., in 11ms, the mark of sending ending equipment and receiving device is changed, and the mark after variation Knowledge remains unchanged in this section of duration of 11ms-20ms；In 21ms-30ms --- transmitting terminal is set when sending ending equipment sends WUP Standby be identified as B, receiving device is identified as b when receiving device sends WUP, i.e., in 21ms, sending ending equipment and The mark of receiving device is changed, and the mark after variation remains unchanged in this section of duration of 21ms-30ms； In 31ms-40ms --- sending ending equipment is identified as C when sending ending equipment sends WUP, and receiving device receives when sending WUP End equipment is identified as c, i.e., in 31ms, the mark of sending ending equipment and receiving device is changed, and after variation Mark remained unchanged in this section of duration of 31ms-40ms.Therefore, with time change, receiving device can root The mark of sending ending equipment and the mark of receiving device when knowing that sending ending equipment sends WUP automatically according to the mapping relations, by It can not know the mapping relations in listener-in, therefore, be unable to get the mark of sending ending equipment when sending ending equipment sends WUP With the mark of receiving device.In this way, when sending ending equipment sends WUP to the WURx of receiving device, sending ending equipment can To carry the mark of the mark of sending ending equipment and receiving device in current duration, receiving device in the WUP The mark of the sending ending equipment obtained according to mark change cycle in information interactive process is controlled in conjunction with aforementioned WUR and receiving terminal is set Standby mark identifies the WUP.Optionally, sending ending equipment can also be become by constantly changing the mark in the first instruction information The more period.

Optionally, when above-mentioned security parameter includes the cipher mode of the first instruction information and WUP, optionally, this first Indicate that the cipher mode of information and WUP can be located in two different fields, in corresponding field, by different Bit information is come the different encryption side of the mark of the transmitting-receiving end equipment after the mark change cycle characterized or change or characterization Formula.Such as may refer to shown in following Table 3, certain table 3 is only a kind of example.

Table 3

Fig. 8 is the signaling process schematic diagram for the embodiment of the method that WUR provided by the present application controls information.The present embodiment is related to Sending ending equipment used security parameter when sending WUP comprising sending ending equipment by being sent to the MR of receiving device WUR controls information, to improve the detailed process of the transmission security of WUP.As shown in figure 8, this method includes：

S201；Sending ending equipment sends WUR to the MR of receiving device and controls information, and the WUR controls information includes：Institute State used security parameter when sending ending equipment sends WUP to the WURx of receiving device.

Optionally, above-mentioned security parameter may include the first instruction information and the WUP cipher mode at least one Kind；It is described first instruction information be used to indicate the sending ending equipment send the mark of the sending ending equipment when WUP with And the mark of the receiving device.Optionally, above-mentioned first instruction information specifically includes：Sending ending equipment sends WUP when institutes Corresponding mark change cycle；The mark change cycle is used to indicate receiving device according to the mark change cycle and preset Mapping relations determine the mark of sending ending equipment and the mark of receiving device when WUP is stated in sending ending equipment transmission, above-mentioned to reflect The relationship of penetrating includes the mark of the mark and receiving device of the different corresponding sending ending equipments of mark change cycle.

S202：Receiving device receives the WUR by the MR of receiving device and controls information.

S203：Sending ending equipment sends WUP to the WURx of receiving device.

S204：Receiving device receives the WUP by the WURx of the receiving device.

The embodiment may insure safety when WUP transmission, and specific implementation procedure may refer to above-mentioned 5th kind can The description of the embodiment of energy realizes that process is similar with principle, and details are not described herein.

In addition, in the present embodiment, the structure for the WUP that sending ending equipment is sent can be frame structure shown in Fig. 7 b, also Can be frame structure shown in Fig. 7 a, detailed process is as follows:

When sending ending equipment and receiving device have not only interacted above-mentioned security parameter by the MR of receiving device, also hand over Mutually sending ending equipment send used physical layer parameter when WUP, receiving device MR wake operation information at least When a kind of, sending ending equipment can carry an indicator in the SIG1 fields of the WUP of transmission, which is used to indicate currently WUP be Fig. 7 b structures WUP or Fig. 7 a structures WUP, which can be the form of bit, different bit tables Levy the different frame structures of WUP.If the indicator indicates that current WUP is the WUP of Fig. 7 a structures to receiving device, i.e., Short WUP do not include SIG2 fields then in the WUP, then receiving device controls the object in information according to the WUR of above-mentioned interaction The MR that wake-up information of layer parameter, MR etc. wakes up receiving device is managed, which not only ensure that the safety of WUP transmission, Reduce empty overhead when WUP transmission；When for the WUP of Fig. 7 b structures, i.e., indicator indicates current WUP to receiving device Common WUP (normal WUP), then receiving device can only be silent according to the WUP carried in the SIG2 fields after the SIG1 fields Wake-ups work of the physical layer parameter recognized, acquiescence etc. wakes up the MR of receiving device, and which ensure that the safety that WUP is transmitted Property.

The mode of the frame structure of WUP is characterized above by increasing by an indicator in SIG1 fields so that transmitting terminal is set It is standby can be corresponding under different scenes flexibly to be indicated to receiving device under different scenes by the difference of indicator Physical layer parameter, wake operation information of MR etc., so that receiving device can more effectively wake up receiving device MR improves the wake-up efficiency of MR.

Fig. 9 is the structural schematic diagram for the transmitting device embodiment that WUR provided by the present application controls information.WUR control letters It is to execute above method embodiment in above-mentioned sending ending equipment, can also be independent hair that the transmitting device of breath, which can be integrated in, Sending end equipment.As shown in figure 9, the transmitting device of WUR control information includes：First sending module 11 and the second sending module 12。

Specifically, first sending module 11, for sending wake on wireless electricity to the main radio MR of receiving device WUR controls information, and the WUR controls information includes：Second sending module 12 sends used object when wakeup data packets WUP Manage layer parameter, the receiving device MR wake operation information at least one；

Second sending module 12 is received for controlling information according to the WUR to the wake-up of the receiving device Machine sends the WUP.

Optionally, 11 and second sending module 12 of above-mentioned first sending module can be integrated in the MR in sending ending equipment In, can be main transceiver or the main transceiver in MR.

Further, the WUR controls information further includes：Second sending module 12 is used when sending the WUP Security parameter.

Optionally, the physical layer parameter includes：The waveform coding side of the modulation coding scheme of the WUP, the WUP At least one of the transmission rate of formula, the channel coding method of the WUP, the WUP.

Optionally, the wake operation information includes：Etc. data frame to be received, wait for received beacon frame, etc. it is to be received touch It sends out frame, send at least one of the wake-up moment of MR for waking up poll frame PS-poll, the receiving device.

Optionally, the security parameter includes the first instruction information and at least one of the cipher mode of the WUP；

The first instruction information is used to indicate second sending module 12 and sends the sending ending equipment when WUP Mark and the receiving device mark.

Optionally, the first instruction information specifically includes：Second sending module 12 sends corresponding when the WUP Mark change cycle；

The mark change cycle is used to indicate the receiving device according to the mark change cycle and preset reflects Relationship is penetrated, determines that second sending module 12 sends the mark of the sending ending equipment and the receiving terminal when WUP The mark of equipment, the mapping relations include that the mark of the different corresponding sending ending equipments of mark change cycle and receiving terminal are set Standby mark.

Further, the WUP includes SIG1 fields and the wake-up Load field adjacent with the SIG1 fields, described SIG1 fields carry the mark of the sending ending equipment and the receiving terminal when second sending module 12 sends the WUP and set Standby mark.

Further, first sending module 11 is specifically used for the MR transmission data packets to the receiving device, The WUR controls information is carried in the data packet, the data packet includes trigger frame, service quality QoS data frame, empty service Any of quality frame, management frame.

The transmitting device of WUR provided by the present application control information, can execute above method embodiment, realization principle and Technique effect is similar, and details are not described herein.

Figure 10 is the structural schematic diagram for another embodiment of transmitting device that WUR provided by the present application controls information.The WUR is controlled The transmitting device of information processed can be integrated in the receiving device in above method embodiment, execute above method embodiment, It can also be independent receiving device.As shown in Figure 10, the transmitting device which controls information may include MR receiving modules 21 and wake up receiving module 22；

Wherein, MR receiving modules 21, the wake on wireless electricity WUR for receiving sending ending equipment transmission controls information, described WUR controls information：The sending ending equipment used physical layer parameter when sending wakeup data packets WUP described connects At least one of wake operation information of the MR of receiving end equipment；

Receiving module 22 is waken up, the WUP sent for receiving the sending ending equipment.

Optionally, which can correspond to the main transceiver of the MR in receiving device, wakes up and receives mould Block 22 can correspond to the wake-up receiver in receiving device.

Further, the WUR controls information further includes：The sending ending equipment sends used peace when the WUP Population parameter.

Optionally, the first instruction information specifically includes：The sending ending equipment sends mark corresponding when the WUP Know change cycle；

Further, the WUP includes SIG1 fields and the wake-up Load field adjacent with the SIG1 fields, described SIG1 fields carry the sending ending equipment and send the mark of the sending ending equipment and the receiving device when WUP Mark.

Further, above-mentioned MR receiving modules 21 are specifically used for receiving the data packet that the sending ending equipment is sent, and root Determine that the WUR controls information according to the data packet；；Wherein, the WUR controls information, the number are carried in the data packet According to including any of trigger frame, service quality QoS data frame, empty quality of service frames, management frame.

Figure 11 is the structural schematic diagram of sending ending equipment embodiment provided by the present application.As shown in figure 11, which sets Standby may include transmitter 30, memory 31, processor 32 and at least one communication bus 33.Communication bus 33 is for realizing member Communication connection between part.Memory 31 may include high-speed RAM memory, it is also possible to further include non-volatile memories NVM, example Such as at least one magnetic disk storage, various programs can be stored in memory 31, for completing various processing functions and realization The method and step of the present embodiment.Optionally, which can also include receiver 34.In the present embodiment, transmitter 30 Can be the main transceiver in MR, receiver 34 can be the main transceiver in MR, but the sending ending equipment is as receiving device When, which can also be the wake-up receiver in the receiving device.

Specifically, transmitter 30, for being sent out to the main radio MR of receiving device according to the instruction of the processor 32 Wake on wireless electricity WUR is sent to control information, the WUR controls information includes：When the transmitter 30 sends wakeup data packets WUP Used physical layer parameter, the receiving device MR wake operation information at least one；

The transmitter 30 is additionally operable to control information to the wake-up receiver of receiving device hair according to the WUR Send the WUP.

Further, the WUR controls information further includes：The transmitter 30 sends used safety when the WUP Parameter.

The first instruction information is used to indicate the mark that the transmitter 30 sends the sending ending equipment when WUP And the mark of the receiving device.

Optionally, the first instruction information specifically includes：The transmitter 30 sends mark corresponding when the WUP Change cycle；

The mark change cycle is used to indicate the receiving device according to the mark change cycle and preset reflects Relationship is penetrated, determines the mark of the sending ending equipment when transmitter 30 sends the WUP and the receiving device Mark, the mapping relations include the mark of the mark and receiving device of the different corresponding sending ending equipments of mark change cycle Know.

Further, the WUP includes SIG1 fields and the wake-up Load field adjacent with the SIG1 fields, described SIG1 fields carry the transmitter 30 and send the mark of the sending ending equipment and the mark of the receiving device when WUP Know.

Further, the transmitter 30 is specifically used for the MR transmission data packets to the receiving device, the data Carry WUR control information in packet, the data packet include trigger frame, service quality QoS data frame, empty quality of service frames, Any of management frame.

Sending ending equipment provided by the present application can execute above method embodiment, implementing principle and technical effect class Seemingly, details are not described herein.

Figure 12 is the structural schematic diagram of receiving device embodiment provided by the present application.As shown in figure 12, which sets Standby may include main transceiver 41, wake-up receiver 42, memory 43 and at least one communication bus 44.Communication bus 44 is used for Realize the communication connection between element.Memory 43 may include high-speed RAM memory, it is also possible to further include non-volatile memories NVM, for example, at least a magnetic disk storage can store various programs in memory 43, for complete various processing functions with And realize the method and step of the present embodiment.

Specifically, main transceiver 41, the wake on wireless electricity WUR for receiving sending ending equipment transmission controls information, described WUR controls information：The sending ending equipment used physical layer parameter when sending wakeup data packets WUP described connects At least one of wake operation information of the MR of receiving end equipment；

Receiver 42 is waken up, the WUP sent for receiving the sending ending equipment.

Optionally, the security parameter includes the first instruction information and at least one of the cipher mode of the WUP；Institute It states the first instruction information and is used to indicate the sending ending equipment and send when the WUP mark of the sending ending equipment and described The mark of receiving device.

Further, the main transceiver 41, the data packet sent specifically for receiving the sending ending equipment, and according to The data packet determines the WUR controls information；Wherein, the WUR controls information, the data packet are carried in the data packet Including any of trigger frame, service quality QoS data frame, empty quality of service frames, management frame.

Receiving device provided by the present application can execute above method embodiment, implementing principle and technical effect class Seemingly, details are not described herein.

Claims

1. a kind of transmission method of WUR controls information, which is characterized in that including：

Sending ending equipment sends wake on wireless electricity WUR to the main radio MR of receiving device and controls information, the WUR controls letter Breath includes：The sending ending equipment sends used physical layer parameter when wakeup data packets WUP, the receiving device At least one of the wake operation information of MR；

The sending ending equipment controls information according to the WUR and sends the WUP to the wake-up receiver of the receiving device.

2. according to the method described in claim 1, it is characterized in that, WUR controls information further includes：The sending ending equipment Send used security parameter when the WUP.

3. method according to claim 1 or 2, which is characterized in that the physical layer parameter includes：The modulation of the WUP Coding mode, the waveform coding mode of the WUP, the channel coding method of the WUP, the WUP transmission rate in extremely Few one kind.

4. method according to claim 1 or 2, which is characterized in that the wake operation information includes：Etc. data to be received Frame, wait for received beacon frame, etc. trigger frame to be received, send wake up poll frame PS-poll, the MR of the receiving device is called out It wakes up at least one of moment.

5. according to the method described in claim 2, it is characterized in that, the security parameter includes the first instruction information and described At least one of cipher mode of WUP；

It is described first instruction information be used to indicate the sending ending equipment send the mark of the sending ending equipment when WUP with And the mark of the receiving device.

6. according to the method described in claim 5, it is characterized in that, the first instruction information specifically includes：The transmitting terminal Equipment sends mark change cycle corresponding when the WUP；

The mark change cycle is used to indicate the receiving device and is closed according to the mark change cycle and preset mapping System, determines the mark of the mark of the sending ending equipment and the receiving device when sending ending equipment sends the WUP Know, the mapping relations include the mark of the mark and receiving device of the different corresponding sending ending equipments of mark change cycle Know.

7. according to claim 1-6 any one of them methods, which is characterized in that the WUP include SIG1 fields and with it is described The adjacent wake-up Load field of SIG1 fields, the SIG1 fields carry the sending ending equipment and send the hair when WUP The mark of sending end equipment and the mark of the receiving device.

8. according to the method described in claim 1, it is characterized in that, the sending ending equipment is sent to the MR of receiving device WUR controls information, specifically includes：

The sending ending equipment carries the WUR controls in the data packet to the MR transmission data packets of the receiving device Information, the data packet include any of trigger frame, service quality QoS data frame, empty quality of service frames, management frame.

9. according to the method described in claim 8, it is characterized in that, the trigger frame includes at least one website field one by one, Each website field includes the mark of a receiving device and the WUR control information of one receiving device one by one.

10. a kind of transmission method of WUR controls information, which is characterized in that including：

Receiving device receives the wake on wireless electricity WUR that sending ending equipment is sent by the main radio MR of the receiving device Information is controlled, the WUR controls information includes：The sending ending equipment sends used physics when wakeup data packets WUP At least one of the wake operation information of MR of layer parameter, the receiving device；

The receiving device is received by the wake-up receiver of the receiving device described in the sending ending equipment transmission WUP。

11. according to the method described in claim 10, it is characterized in that, WUR controls information further includes：The transmitting terminal is set Preparation used security parameter when sending the WUP.

12. the method according to claim 10 or 11, which is characterized in that the physical layer parameter includes：The tune of the WUP Coding mode processed, the waveform coding mode of the WUP, the channel coding method of the WUP, the WUP transmission rate in It is at least one.

13. the method according to claim 10 or 11, which is characterized in that the wake operation information includes：Etc. to be received Data frame, wait for received beacon frame, etc. trigger frame to be received, send the MR for waking up poll frame PS-poll, the receiving device At least one of wake-up moment.

14. according to the method for claim 11, which is characterized in that the security parameter includes the first instruction information and described At least one of cipher mode of WUP；

15. according to the method for claim 14, which is characterized in that the first instruction information specifically includes：The transmission End equipment sends mark change cycle corresponding when the WUP；

16. according to claim 10-15 any one of them methods, which is characterized in that the WUP include SIG1 fields and with institute The adjacent wake-up Load field of SIG1 fields is stated, described in the SIG1 fields carry when the sending ending equipment sends the WUP The mark of sending ending equipment and the mark of the receiving device.

17. according to the method described in claim 10, it is characterized in that, the receiving device passes through the receiving device MR receives the WUR that sending ending equipment is sent and controls information, specifically includes：

The receiving device receives the data packet that the sending ending equipment is sent by the MR of the receiving device；Wherein, The WUR controls information is carried in the data packet, the data packet includes trigger frame, service quality QoS data frame, empty service Any of quality frame, management frame；

18. according to the method for claim 17, which is characterized in that the trigger frame includes at least one website word one by one Section, each website field includes the mark of a receiving device and the WUR control information of one receiving device one by one.

19. a kind of sending ending equipment, which is characterized in that including：Transmitter and processor；

Transmitter, for sending wake on wireless electricity WUR to the main radio MR of receiving device according to the instruction of the processor Information is controlled, the WUR controls information includes：The transmitter sends used physical layer ginseng when wakeup data packets WUP At least one of the wake operation information of the MR of several, the described receiving device；

The transmitter is additionally operable to control information to described in the transmission of the wake-up receiver of the receiving device according to the WUR WUP。

20. sending ending equipment according to claim 19, which is characterized in that the WUR controls information and further includes：The hair Used security parameter when device being sent to send the WUP.

21. the sending ending equipment according to claim 19 or 20, which is characterized in that the physical layer parameter includes：It is described The transmission speed of the modulation coding scheme of WUP, the waveform coding mode of the WUP, the channel coding method of the WUP, the WUP At least one of rate.

22. the sending ending equipment according to claim 19 or 20, which is characterized in that the wake operation information includes：Deng Data frame to be received, wait for received beacon frame, etc. trigger frame to be received, send wake up poll frame PS-poll, the receiving terminal is set At least one of wake-up moment of standby MR.

23. sending ending equipment according to claim 20, which is characterized in that the security parameter includes the first instruction information At least one of with the cipher mode of the WUP；

The first instruction information is used to indicate the transmitter and sends the mark of the sending ending equipment and institute when the WUP State the mark of receiving device.

24. sending ending equipment according to claim 23, which is characterized in that the first instruction information specifically includes：Institute It states transmitter and sends mark change cycle corresponding when the WUP；

The mark change cycle is used to indicate the receiving device and is closed according to the mark change cycle and preset mapping System, determines the mark of the sending ending equipment and the mark of the receiving device, institute when the transmitter sends the WUP State the mark that mapping relations include the mark and receiving device of the different corresponding sending ending equipments of mark change cycle.

25. according to claim 19-24 any one of them sending ending equipments, which is characterized in that the WUP includes SIG1 fields The wake-up Load field adjacent with the SIG1 fields, the SIG1 fields carry the transmitter and send WUP when institutes State the mark of sending ending equipment and the mark of the receiving device.

26. sending ending equipment according to claim 19, which is characterized in that the transmitter, specifically for being connect to described The MR transmission data packets of receiving end equipment, carry the WUR controls information in the data packet, the data packet include trigger frame, Any of service quality QoS data frame, empty quality of service frames, management frame.

27. sending ending equipment according to claim 26, which is characterized in that the trigger frame includes at least one standing one by one Point field, each website field includes that the mark of a receiving device is controlled with the WUR of one receiving device one by one Information.

28. a kind of receiving device, which is characterized in that including：

Main transceiver, the wake on wireless electricity WUR for receiving sending ending equipment transmission control information, and the WUR controls packet It includes：The sending ending equipment send used physical layer parameter when wakeup data packets WUP, the receiving device MR At least one of wake operation information；

Receiver is waken up, the WUP sent for receiving the sending ending equipment.

29. receiving device according to claim 28, which is characterized in that the WUR controls information and further includes：The hair Sending end equipment sends used security parameter when the WUP.

30. the receiving device according to claim 28 or 29, which is characterized in that the physical layer parameter includes：It is described The transmission speed of the modulation coding scheme of WUP, the waveform coding mode of the WUP, the channel coding method of the WUP, the WUP At least one of rate.

31. the receiving device according to claim 28 or 29, which is characterized in that the wake operation information includes：Deng Data frame to be received, wait for received beacon frame, etc. trigger frame to be received, send wake up poll frame PS-poll, the receiving terminal is set At least one of wake-up moment of standby MR.

32. receiving device according to claim 29, which is characterized in that the security parameter includes the first instruction information At least one of with the cipher mode of the WUP；

33. receiving device according to claim 32, which is characterized in that the first instruction information specifically includes：Institute It states sending ending equipment and sends mark change cycle corresponding when the WUP；

34. according to claim 28-33 any one of them receiving devices, which is characterized in that the WUP includes SIG1 fields The wake-up Load field adjacent with the SIG1 fields, the SIG1 fields carry the sending ending equipment and send the WUP The mark of Shi Suoshu sending ending equipments and the mark of the receiving device.

35. receiving device according to claim 28, which is characterized in that the main transceiver is specifically used for receiving institute The data packet of sending ending equipment transmission is stated, and determines that the WUR controls information according to the data packet；Wherein, the data packet Middle to carry the WUR controls information, the data packet includes trigger frame, service quality QoS data frame, empty quality of service frames, pipe Manage any of frame.

36. receiving device according to claim 35, which is characterized in that the trigger frame includes at least one standing one by one Point field, each website field includes that the mark of a receiving device is controlled with the WUR of one receiving device one by one Information.