CN103391531B - A kind of method for sending information, device, the state transfer method of terminal and terminal - Google Patents
A kind of method for sending information, device, the state transfer method of terminal and terminal Download PDFInfo
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- CN103391531B CN103391531B CN201210139520.1A CN201210139520A CN103391531B CN 103391531 B CN103391531 B CN 103391531B CN 201210139520 A CN201210139520 A CN 201210139520A CN 103391531 B CN103391531 B CN 103391531B
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02D—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN INFORMATION AND COMMUNICATION TECHNOLOGIES [ICT], I.E. INFORMATION AND COMMUNICATION TECHNOLOGIES AIMING AT THE REDUCTION OF THEIR OWN ENERGY USE
- Y02D30/00—Reducing energy consumption in communication networks
- Y02D30/70—Reducing energy consumption in communication networks in wireless communication networks
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Abstract
The invention discloses a kind of method for sending information, device, the state transfer method of terminal and terminal, including：The first order under commonly connected (Cell_FACH) state is discontinuously received the configuration parameter of (1st DRX) sub- state by network side, the second level discontinuously receives the configuration parameter of (2nd DRX) sub- state, the timer T321 timing time and second level of increased more short receptor pulse period discontinuously receives the configuration parameter of (2nd DRX with shorter Rx Burst) sub- state under the Cell_FACH states of terminal and saving power for terminal pattern identification is sent to terminal.The present invention can as much as possible protect UE electricity in a umts network, and this is significant to the UE in electricity totally alarm status.
Description
Technical field
The present invention relates to the state of mobile communication technology field, more particularly to a kind of method for sending information, device, terminal to move
Shifting method and terminal.
Background technology
With being on the increase for telecommunications mobile operator contracted users number and subscriber traffic, its mobile network's infrastructure
Input and scale also constantly expand, wireless coverage range and thickness are all strengthening.By taking most of Europe mobile operator as an example,
They successively deploy 3 kinds of mobile networks for being based on different RAT (Radio Access Technology, wireless access technology)
System, it is respectively：GSM (evolved is GERAN), UMTS (evolved is HSPA+) and LTE (evolved is LTE+).These are moved
Dynamic network system is made up of three parts substantially：Terminal (user be used for and mobile network communication equipment, it is hand-holdable, it is vehicle-mounted or
Person fixes), wireless access network (network element device of radio communication, including radio-frequency antenna are directly carried out by air interface and terminal,
Base station and radio network controller etc.) and wireless core network (connection wireless access network and backbone transport networks or other wired networks
The network element device of network).
Specifically with UMTS mobile network system wireless access UTRA (Universal Terrestrial Radio
Access) exemplified by part, as shown in figure 1, it is by terminal (UE), base station (NodeB) and radio network controller (RNC) and 3
Different physical interface composition between kind network element.3GPP (3rd Generation Partnership, third generation affiliate meter
Draw) communication protocol of the standard criterion between terminal UE and UMTS wireless access networks UTRAN, for example be used to control on air interface Uu
It is used to transmit data packet format and frame structure of user data etc. on the signaling message content format and user plane of system.RNC is single
Individual UMTS wireless subsystems RNS central controller, it is responsible for switch, configuration and the centralized Control of most of UMTS functions.
Based on UMTS network long-term evolving network high-speed packet access (High Speed Packet Access,
HSPA+) in network, many new functions and characteristic are gradually added thereto with redaction from one generation to the next.Such as, at a high speed
Downlink reception link packet access (High Speed Downlink Packet Access, HSDPA), high speed uplink send chain
Road packet access (High Speed Uplink Packet Access, HSUPA), multiple antennas multiple-input and multiple-output (MIMO) skill
Art, multi carrier wave high-speed downlink packet access (Multi Carrier-High speed downlink packet access, MC-
HSDPA RRC status (the RRC state radio resource control) supervisor) and constantly strengthened
System and ability.New function characteristic in these HSPA+ systems, some make it that UE can be more in proprietary connected state (Cell_DCH)
Wireless specific resource is efficiently used, is improved so as to which terminal up-downgoing data transmission rate is continuously available multiplication；Some causes UE to exist
Commonly connected state (Cell_FACH) can more efficiently use wireless public resource, so as to terminal up-downgoing data transmission rate
Performance improvement can be also obtained with transmission delay.
With a large amount of appearance that intelligent UE and mobile Internet business are applied, for a long time in commonly connected state Cell_
FACH UE is more and more, and its communication feature is：No matter the up transmissions of UE or the packet of downlink reception are substantially presentation
Burst character, and data volume is little, it is not necessary to RNC establishes proprietary Radio Resource passage for it, and therefore, this kind of UE passes through competing
It is more suitable economical to strive the wireless public resource configured using RNC system broadcast messages.For the consideration for saving UE electricity, version
8 start to introduce FACH DRX (Discontinuous Reception, discontinuous to receive), i.e., commonly connected state discontinuously connects
Receive the function of HS-DSCH channels.The function operation mode is as shown in Figure 2：
Init state, UE are in continuous in Cell_FACH states and receive Continuous Rx state (not shown)s,
Must continuously monitor scheduling in HS-SCCH (High Speed-Scheduling Control Channel) control channel from
Oneself order.If receiving traffic order, with regard to HS-DSCH (High Speed-Data Shared corresponding to reception
Channel) the user data on data channel.The order of oneself is dispatched when terminal does not listen in the time window of continuous T 321
(the hereinafter referred to as inactive Inactive of UE), is just characterized in automatically into FACH DRX states, this state：UE is each
Just need to monitor HS-SCCH control channels in the discontinuous Rx Burst time windows for receiving the cycle (DRX Cycle), discontinuous
In the time in addition to Rx Burst time windows for receiving the cycle, it is not necessary to monitor HS-SCCH control channels.Such as DRX in Fig. 2
Shown in Cycle2, UE have received in DRX Cycle2 Rx Burst time windows and dispatch the order of oneself, just automatically exit from
FACH DRX states, the data of oneself corresponding to continuous reception and HS-SCCH control channels on HS-DSCH data channels, when
Receive, UE returns to init state, continues to assess when be again introduced into FACH DRX states.
DRX Cycle are shorter in the FACH DRX functions being introduced into due to above-mentioned version 8, and what specification was most long at present is
320ms, and enter the inactive time assessment timer T321 of FACH DRX states time from the continuous reception states of FACH
Long, that specification is most short at present is 100ms.Therefore find that what UE can not be very frequent enters FACH DRX shapes in existing network
State, and even if UE enters FACH DRX states because business is inactive, its power savings is also less desirable.
In consideration of it, the plan of version 11 introduces enhanced FACH DRX functions.The FACHDRX functions and version 8 of version 11
FACH DRX operation principles it is similar, but discontinuously receive (1st DRX) comprising the so-called first order and the second level discontinuously connects
Receive (2nd DRX), wherein, the FACH DRX of 1st DRX configuration parameters and version 8 are substantially similar, and 2nd DRX configuration parameters are then
Than the more optimization of version 8, be mainly reflected in DRX Cycle length specification it is longer, it is maximum up to 5120ms, introduce simultaneously
New inactive time assesses timer T3xx.So, UE just has 3 sub- states in Cell_FACH states：It is continuous to receive
(Continuous Rx) sub- state, 1st DRX states and the sub- states of 2ndDRX.
As shown in figure 3, the sub- State Transferring between Continuous Rx and 1st DRX is triggered in reason and background technology
The content of the version 8FACH DRX of description specification is identical, and for UE, Continuous Rx states are most power consumptions
State, next to that 1st DRX states, 2nd DRX states are the states of most power saving, introduce the purpose of 2nd DRX states
It is to realize UE more power savings, and UE is more rested on 2nd DRX states at present, reaches power saving destination party
Formula.
The content of the invention
The technical problem to be solved in the present invention is to provide a kind of method for sending information, device, terminal state transfer method
And terminal, terminal more power saving can be made.
In order to solve the above technical problems, a kind of method for sending information of the present invention, including：
The first order under commonly connected (Cell_FACH) state is discontinuously received (1st DRX) sub- state and matched somebody with somebody by network side
Put parameter, the second level discontinuously receives the configuration parameter of (2nd DRX) sub- state, timer T321 timing time and at end
The second level of increased more short receptor pulse period discontinuously receives (2nd DRX with the Cell_FACH states at end
Shorter Rx Burst) sub- state configuration parameter and saving power for terminal pattern identification be sent to terminal.
Further, the 2nd DRX with states of shorter Rx Burst and 2nd DRX states do not connect
The time span that the cycle (DRX Cycle) is received in continued access is identical, the time of the reception pulse period (Rx Burst) in DRX Cycle
Length is less than 2nd DRX states.
Further, a kind of state transfer method of terminal, including：
The second level for increasing more short receptor pulse period under commonly connected (Cell_FACH) state for terminal discontinuously receives
(2nd DRX with shorter Rx Burst) sub- state；
When the second level of the end under Cell_FACH states discontinuously receives (2nd DRX) sub- state, if one
It is in inactive in individual or multiple discontinuous reception pulse periods (Rx Burst) for receiving the cycle (DRX Cycle), then enters
The sub- states of the 2nd DRX with shorter Rx Burst.
Further, the DRX of the 2nd DRX with states of shorter Rx Burst and 2nd DRX states
Cycle time span is identical, and the time span of the Rx Burst in DRX Cycle is less than the sub- states of 2ndDRX.
Further, in addition to：
The terminal is after the sub- states of 2nd DRX with shorter Rx Burst are entered, if DRXCycle's
In Rx Burst, there is user uplink data transmission, then into continuous reception (Continuous Rx) under Cell_FACH states
State.
Further, in addition to：
The terminal is after the sub- states of 2nd DRX with shorter Rx Burst are entered, if DRXCycle's
Downlink data is received in Rx Burst, and saving power for terminal pattern (the UE Battery saving received from network side
Mode) value of mark is false (False), then into Continuous Rx states；
If downlink data is received in DRX Cycle Rx Burst, and the UE received from network side
The value of Battery saving mode marks is true (True), then is discontinuously received into the first order under Cell_FACH states
(1st DRX) sub- state.
Further, a kind of information transmitting apparatus, including：Dispensing unit and transmitting element, wherein：
The dispensing unit, (1st is discontinuously received for configuring the first order under commonly connected (Cell_FACH) state
DRX) configuration parameter of sub- state, the second level discontinuously receive the configuration parameter of (2nd DRX) sub- state, timer T321 meter
When time and second level of increased more short receptor pulse period discontinuously receives (2nd under the Cell_FACH states of terminal
DRX with shorter Rx Burst) sub- state configuration parameter and saving power for terminal pattern identification；
The transmitting element, for by configuration parameter, the 2nd DRX of the 1st DRX states under the Cell_FACH states
The configuration parameter of sub- state, timer T321 timing time and the sub- states of 2nd DRX withshorter Rx Burst
Configuration parameter and saving power for terminal pattern identification are sent to terminal.
Further, the 2nd DRX with states of shorter Rx Burst and 2nd DRX states do not connect
The time span that the cycle (DRX Cycle) is received in continued access is identical, the time of the reception pulse period (Rx Burst) in DRX Cycle
Length is less than 2nd DRX states.
Further, a kind of terminal, including：Transmit-Receive Unit and state transition unit, wherein：
The Transmit-Receive Unit, (1st is discontinuously received for receiving the first order under commonly connected (Cell_FACH) state
DRX) configuration parameter of sub- state, the second level discontinuously receive the configuration parameter of (2nd DRX) sub- state, timer T321 meter
When time and second level of increased more short receptor pulse period discontinuously receives (2nd under the Cell_FACH states of terminal
DRX with shorter Rx Burst) sub- state configuration parameter and saving power for terminal pattern identification；
The state transition unit, for end in 2nd DRX states, if discontinuously connect in one or more
Receive and be in inactive in the reception pulse period (Rx Burst) in cycle (DRX Cycle), then into the 2nd DRX with
The sub- states of shorter Rx Burst.
Further, the DRX of the 2nd DRX with states of shorter Rx Burst and 2nd DRX states
Cycle time span is identical, and the time span of the Rx Burst in DRX Cycle is less than the sub- states of 2ndDRX.
Further, the state transition unit, it is additionally operable to entering 2nd DRX with shorter Rx Burst
After state, if in DRX Cycle Rx Burst, there is user uplink data transmission, then into the company under Cell_FACH states
(Continuous Rx) sub- state is received in continued access；If downlink data is received in DRX Cycle Rx Burst, and from
The value for saving power for terminal pattern (the UE Battery saving mode) mark that network side receives is false (False), then enters
Enter Continuous Rx states；If downlink data is received in DRX Cycle Rx Burst, and from network side
The value of the UEBattery saving mode marks received is true (True), then into the first order under Cell_FACH states
It is discontinuous to receive (1st DRX) sub- state.
In summary, the present invention UE can be made to rest on 2nd DRX states for a long time as far as possible this most economizes on electricity
Sub- state, it is finally Continuous Rx states next to that 1st DRX states, the sub- state more economized on electricity, most power consumption
Sub- state, so can as much as possible protect UE electricity in a umts network, this is in electricity totally alarm status
UE it is significant.
Brief description of the drawings
Fig. 1 is the Organization Chart of UMTS wireless access networks of the prior art；
Fig. 2 is the schematic diagram of FACH DRX working methods of the prior art；
Fig. 3 is the schematic diagram of UE 3 sub- states of Cell_FACH in version 11 of the prior art；
Fig. 4 is the schematic diagram of the UE of present embodiment 3 sub- state transitions of Cell_FACH；
Fig. 5 is the schematic diagram of the embodiment 1 of present embodiment；
Fig. 6 is the schematic diagram of the embodiment 2 of present embodiment；
Fig. 7 is the schematic diagram of the embodiment 3 of present embodiment；
Fig. 8 is the Organization Chart of the information transmitting apparatus of present embodiment；
Fig. 9 is the Organization Chart of the terminal of present embodiment.
Embodiment
Present embodiment increases 2nd DRX with shorter Rx Burst (more short receptor pulses under Cell_FACH
The second level of period discontinuously receives) sub- state.The 2nd DRX with states of shorter Rx Burst and 2nd DRX
The DRX cycle of state time span is identical, but Rx Burst are less than 2nd DRX states, so that UE is in 2nd
Need time for monitoring shorter in the DRX Cycle of DRX states, can be by increased 2nd DRX with present embodiment
The sub- states of shorter Rx Burst belong to 2nd DRX states.
In present embodiment, network side by system broadcast message or wireless heterogeneous networks (RRC) proprietary downstream message,
Except related DRX Cycle and the Rx Burst of the 1st DRX states needed for UE in transmission version 11,2nd DRX states
The configuration parameter such as time span outside, also to send inactive timing time, the 2nd for assessing timer T3xx of newly-increased UE
Configuration parameter and the newly-increased control such as Rx Burst time span corresponding to the sub- states of DRX with shorter Rx Burst
Cell UEBattery saving mode (saving power for terminal pattern) mark processed, UE Battery saving mode marks take
It is worth for TRUE (true) or FALSE (vacation).
As shown in figure 4, if T3xx timing time is less than or equal to the T321 of version 8 timing in present embodiment
Time, then for UE under Continuous Rx states, the time in inactive (inactive) reaches T3xx timing time
When, enter 2nd DRX states, at the same time, base station according to version 8FACH DRX specifications working method, in base station side
Synchronous recording UE is 2nd DRX states, so as to the state according to UE, it is known that is sent in UE Rx Burst time
HS-SCCH control commands and corresponding HS-DSCH user data.
If T3xx timing times are more than T321 timing time, UE is under Continuous Rx states
When inactive time reaches T321 timing time, 1st DRX states are entered, at the same time, base station is according to version
The working method of 8FACH DRX specifications, it is 1st DRX states in base station side synchronous recording UE, so as to the shape according to UE
State, it is known that send HS-SCCH control commands and corresponding HS-DSCH user data in UE Rx Burst time.It is optional
Ground, UE can ignore T3xx.
If Rx Bursts of the UE within one or more discontinuous reception cycle of 1st DRX states is not received
To any downlink data, and without the user uplink data to be sent (being in inactive), then UE will be traveled further into
2nd DRX states.
When UE is in 2nd DRX states, if in DRX Cycle Rx Burst, there is upstream data to need to send, then
Into Continuous Rx states；If the value of UE Battery saving mode marks is FALSE, and UE exists
The DRX Cycle of 2nd DRX states Rx Burst receive downlink data, then return to Continuous Rx shapes immediately
State；If the value of UE Battery saving mode marks is TRUE, and UE is in the DRX of 2nd DRX states
Cycle RX Burst receive downlink data, then return to 1st DRX states.
If RxBursts of the UE within one or more discontinuous reception cycle of 2nd DRX states is not received
To downlink data, and without the user uplink data to be sent, then UE will travel further into 2nd DRX with shorter
The sub- states of Rx Burst.
UE is after the sub- states of 2nd DRX with shorter Rx Burst are entered, if in DRX Cycle Rx
In the Burst times, there is upstream data to need to send, then into Continuous Rx states；If UE Battery
The value of saving mode marks is TRUE, and UE is in the DRX of the sub- states of 2nd DRX with shorter Rx Burst
Cycle Rx Burst receive downlink data, then return to the sub- states of 1stDRX；If UE Battery saving mode's
Value is FALSE, also, UE is in the DRX Cycle of the sub- states of 2ndDRX with shorter Rx Burst RX Burst
Downlink data is received, then will return to Continuous Rx states.
If UE receives descending in the discontinuous Rx Burst received in the cycle of one or more of 1st DRX states
Data will send user uplink data, then return to Continuous Rx states；If UE is in 1st DRX states
One or more discontinuous Rx Burst received in the cycle is not received by downlink data, and does not have user uplink data
Send, then UE will be again introduced into 2nd DRX states.
The technical solution of the present invention is further elaborated with specific embodiment below in conjunction with the accompanying drawings.
Embodiment 1：
System broadcast message sends the related configuration parameter of following 1st DRX, 2nd DRX in UE serving cells.
T321=100ms, HS-DSCH 1st DRX cycle FACH=320ms, HS-DSCH 1stRx Burst
FACH=20ms；
T3xx=200ms, HS-DSCH 2nd DRX cycle FACH=640ms, HS-DSCH 2ndRx Burst
FACH=40ms；
Shorter Rx Burst Length=10ms；
UE Battery saving mode=TRUE.
UE carries out web-browsing service in Cell_FACH states for a long time, and herein below refer to Fig. 5.
Step 101：UE opens certain webpage, receives a series of web datas carried by HS-DSCH data channels, webpage
After download, UE is not received by any data in T321=100ms, then into 1st DRX states；
Step 102：UE is not received by any data again in the 1st Rx Burst=20ms of 1st DRX states,
Then UE travels further into 2nd DRX states；
Step 103：UE is not received by again in the DRX Cycle of 2nd DRX states Rx Burst=40ms to be appointed
What data, then UE travel further into the sub- states of 2nd DRX with shorter Rx Burst, so as to only in Shorter Rx
HS-SCCH controls and corresponding HS-DSCH data channels are monitored in Burst Length=10ms.
Embodiment 2：
System broadcast message sends the related configuration parameter of following 1st DRX, 2nd DRX in UE serving cells.
T321=200ms, HS-DSCH 1st DRX cycle FACH=320ms, HS-DSCH 1stRx Burst
FACH=40ms；
T3xx=100ms, HS-DSCH 2nd DRX cycle FACH=640ms, HS-DSCH 2ndRx Burst
FACH=20ms；
Shorter Rx Burst Length=10ms；
UE Battery saving mode=TRUE.
UE carries out QQ chat services in Cell_FACH states for a long time, and herein below refer to Fig. 6.
Step 201：UE prepares to receive one group of data of QQ chat correspondents, receives a series of by HS-DSCH data channels
The data of carrying, after receiving, UE is not received by any data in T3xx=100ms, then into 2nd DRX shapes
State；
Step 202：UE is not received by any in the DRX Cycle of 2nd DRX states Rx Burst=20ms
New QQ data, then UE enter the sub- states of 2nd DRX with shorter Rx Burst, UE is in Shorter Rx Burst
HS-SCCH controls and corresponding HS-DSCH data channels are listened in Length=10ms, due to UE Battery
Saving mode=TRUE, then UE enter 1st DRX states；
Base station is in Shorter Rx Burst Length=10ms in UE, the transmission of completion part QQ data, and
After UE enters 1st DRX states, QQ data are transmitted within the 1st DRX DRX Cycle Rx Burst times, then to UE.
Step 203：UE enters after 1st DRX states, receives remaining QQ data in 1st Rx Burst, then
UE directly returns to Continuous Rx states, attempts all to receive remaining QQ data, now, UE has returned to step
201 reset condition；
Step 204：UE is not received by any data in T3xx=100ms, then into 2nd DRX states.
Embodiment 3：
System broadcast message sends the related configuration parameter of following 1st DRX, 2nd DRX in UE serving cells.
T321=200ms, HS-DSCH 1st DRX cycle FACH=320ms, HS-DSCH 1stRx Burst
FACH=20ms；
T3xx=200ms, HS-DSCH 2nd DRX cycle FACH=640ms, HS-DSCH 2ndRx Burst
FACH=40ms；
Shorter Rx Burst Length=20ms；
UE Battery saving mode=TRUE.
UE carries out virtual private net vpn service in Cell_FACH states for a long time, and herein below refer to Fig. 7.
Step 301：UE prepares to receive one group of data that vpn service is established, and receives a series of by HS-DSCH data channels
The data of carrying, after receiving, UE is not received by any data in T3xx=200ms, then into 2nd DRX shapes
State；
Step 302：UE is not received by any in the DRX Cycle of 2nd DRX states Rx Burst=40ms
New vpn service data, then UE enter the sub- states of 2nd DRX with shorter Rx Burst, UE is in Shorter Rx
HS-SCCH controls and corresponding HS-DSCH data channels have been listened in Burst Length=20ms, and has been completed all
Vpn service data receiver, due to UE Batterysaving mode=TRUE, then UE enters 1st DRX states；
Step 303：UE enters after 1st DRX states, is not received by DRX Cycle Rx Burst any new
Vpn service data, then UE enter 2nd DRX states again.
As shown in figure 8, present embodiment additionally provides a kind of information transmitting apparatus, including：Dispensing unit and transmitting element,
Wherein：
Dispensing unit, for configuring the sub- state of configuration parameter, 2ndDRX of the 1st DRX states under Cell_FACH states
Configuration parameter, timer T321 timing time and the increased 2nd DRX with the Cell_FACH states of terminal
The configuration parameter and saving power for terminal pattern identification of the sub- states of shorter Rx Burs；
Transmitting element, for by the sub- state of configuration parameter, 2ndDRX of the 1st DRX states under Cell_FACH states
The configuration parameter of configuration parameter, timer T321 timing time and the sub- states of 2nd DRX with shorterRx Burst
Terminal is sent to saving power for terminal pattern identification.
As shown in figure 9, present embodiment additionally provides a kind of terminal, including：Transmit-Receive Unit and state transition unit, its
In：
Transmit-Receive Unit, for receiving the sub- state of configuration parameter, 2ndDRX of the 1st DRX states under Cell_FACH states
Configuration parameter, timer T321 timing time and the increased 2nd DRX with the Cell_FACH states of terminal
The configuration parameter and saving power for terminal pattern identification of the sub- states of shorter Rx Burst；
State transition unit, during for 2nd DRX state of the end under Cell_FACH states, if at one or
It is in inactive in multiple DRX Cycle Rx Burst, then into the sub- states of 2nd DRX withshorter Rx Burst.
State transition unit, it is additionally operable to after the sub- states of 2nd DRX with shorter Rx Burst are entered, if
In DRX Cycle Rx Burst, there is user uplink data transmission, then into Continuous Rx under Cell_FACH states
State；If downlink data is received in DRX Cycle Rx Burst, and the UE Battery received from network side
The value of saving mode marks is False, then into Continuous Rx states；If in DRX Cycle Rx
Downlink data is received in Burst, and the value of the UE Battery saving mode marks received from network side is
True, then into the 1st DRX states under Cell_FACH states.
Obviously, those skilled in the art should be understood that above-mentioned each module of the invention or each step can be with general
Computing device realize that they can be concentrated on single computing device, or be distributed in multiple computing devices and formed
Network on, alternatively, they can be realized with the program code that computing device can perform, it is thus possible to they are stored
Performed in the storage device by computing device, either they are fabricated to respectively each integrated circuit modules or by they
In multiple modules or step be fabricated to single integrated circuit module to realize.So, the present invention is not restricted to any specific
Hardware and software combines.
The preferred embodiments of the present invention are the foregoing is only, are not intended to limit the invention, for the skill of this area
For art personnel, the present invention can have various modifications and variations.Within the spirit and principles of the invention, that is made any repaiies
Change, equivalent substitution, improvement etc., should be included in the scope of the protection.
Claims (11)
1. a kind of method for sending information, including：
Network side discontinuously receives the first order under commonly connected Cell_FACH states the configuration parameter of 1st DRX states,
Two level discontinuously receives the configuration parameter of 2nd DRX states, timer T321 timing time and the Cell_ in terminal
The second level of increased more short receptor pulse period discontinuously receives 2nd DRX with shorter Rx Burst under FACH states
The configuration parameter and saving power for terminal pattern identification of sub- state are sent to terminal；
Wherein, when the second level of the end under Cell_FACH states discontinuously receives 2nd DRX states, if one
It is in inactive in individual or multiple discontinuous reception pulse period Rx Burst for receiving cycle DRX Cycle, then enters described
The sub- states of 2nd DRX with shorter Rx Burst.
2. the method as described in claim 1, it is characterised in that the sub- shapes of the 2nd DRX with shorter Rx Burst
State is identical with the discontinuous reception cycle DRX Cycle of 2nd DRX states time span, the reception arteries and veins in DRX Cycle
The time span for rushing period Rx Burst is less than 2nd DRX states.
3. a kind of state transfer method of terminal, including：
The second level for increasing more short receptor pulse period under commonly connected Cell_FACH states for terminal discontinuously receives 2nd
The sub- states of DRX with shorter Rx Burst；
When the second level of the end under Cell_FACH states discontinuously receives 2nd DRX states, if at one or more
It is in inactive in the individual discontinuous reception pulse period Rx Burst for receiving cycle DRX Cycle, then into the 2nd DRX
The sub- states of with shorter Rx Burst；
Wherein, network side discontinuously receives the first order under commonly connected Cell_FACH states the configuration ginseng of 1st DRX states
Number, the second level discontinuously receive the configuration parameter of 2nd DRX states, timer T321 timing time and in terminal
The second level of increased more short receptor pulse period discontinuously receives 2nd DRX with shorter Rx under Cell_FACH states
The configuration parameter and saving power for terminal pattern identification of the sub- states of Burst are sent to terminal.
4. method as claimed in claim 3, it is characterised in that the sub- shapes of the 2nd DRX with shorter Rx Burst
State is identical with the DRX Cycle of 2nd DRX states time span, and the time span of the Rx Burst in DRX Cycle is small
In 2nd DRX states.
5. method as claimed in claim 4, it is characterised in that also include：
The terminal is after the sub- states of 2nd DRX with shorter Rx Burst are entered, if in DRX Cycle Rx
In Burst, there is user uplink data transmission, then into the continuous reception Continuous Rx states under Cell_FACH states.
6. method as claimed in claim 5, it is characterised in that also include：
The terminal is after the sub- states of 2nd DRX with shorter Rx Burst are entered, if in DRX Cycle Rx
Downlink data, and the saving power for terminal pattern UE Battery saving mode received from network side are received in Burst
The value of mark is false False, then into Continuous Rx states；
If downlink data is received in DRX Cycle Rx Burst, and the UE Battery received from network side
The value of saving mode marks is true True, then discontinuously receives 1st DRX into the first order under Cell_FACH states
State.
7. a kind of information transmitting apparatus, including：Dispensing unit and transmitting element, wherein：
The dispensing unit, 1st DRX states are discontinuously received for configuring the first order under commonly connected Cell_FACH states
Configuration parameter, the second level discontinuously receive the configuration parameter of 2nd DRX states, timer T321 timing time and
The second level of increased more short receptor pulse period discontinuously receives 2nd DRX with the Cell_FACH states of terminal
The configuration parameter and saving power for terminal pattern identification of the sub- states of shorter Rx Burst；
The transmitting element, for by the configuration parameter of the 1st DRX states under the Cell_FACH states, 2nd DRX shapes
Configuration parameter, timer T321 timing time and the matching somebody with somebody for the 2nd DRX with shorter Rx states of Burst of state
Put parameter and saving power for terminal pattern identification is sent to terminal；
Wherein, when the second level of the end under Cell_FACH states discontinuously receives 2nd DRX states, if one
It is in inactive in individual or multiple discontinuous reception pulse period Rx Burst for receiving cycle DRX Cycle, then enters described
The sub- states of 2nd DRX with shorter Rx Burst.
8. device as claimed in claim 7, it is characterised in that the sub- shapes of the 2nd DRX with shorter Rx Burst
State is identical with the discontinuous reception cycle DRX Cycle of 2nd DRX states time span, the reception arteries and veins in DRX Cycle
The time span for rushing period Rx Burst is less than 2nd DRX states.
9. a kind of terminal, including：Transmit-Receive Unit and state transition unit, wherein：
The Transmit-Receive Unit, 1st DRX states are discontinuously received for receiving the first order under commonly connected Cell_FACH states
Configuration parameter, the second level discontinuously receive the configuration parameter of 2nd DRX states, timer T321 timing time and
The second level of increased more short receptor pulse period discontinuously receives 2nd DRX with the Cell_FACH states of terminal
The configuration parameter and saving power for terminal pattern identification of the sub- states of shorter Rx Burst；
The state transition unit, for end in 2nd DRX states, if in one or more discontinuous reception weeks
It is in inactive in phase DRX Cycle reception pulse period Rx Burst, then into the 2nd DRX with shorter
The sub- states of Rx Burst.
10. terminal as claimed in claim 9, it is characterised in that the sub- shapes of the 2nd DRX with shorter Rx Burst
State is identical with the DRX Cycle of 2nd DRX states time span, and the time span of the Rx Burst in DRX Cycle is small
In 2nd DRX states.
11. terminal as claimed in claim 10, it is characterised in that：
The state transition unit, it is additionally operable to after the sub- states of 2nd DRX with shorter Rx Burst are entered, if
In DRX Cycle Rx Burst, there is user uplink data transmission, then into the continuous reception under Cell_FACH states
Continuous Rx states；If downlink data is received in DRX Cycle Rx Burst, and from network side joint
The value of the saving power for terminal pattern UE Battery saving mode marks received is false False, then into Continuous
Rx states；If downlink data is received in DRX Cycle Rx Burst, and received from network side
The value of UEBattery saving mode marks is true True, then is discontinuously received into the first order under Cell_FACH states
1st DRX states.
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| CN201210139520.1A CN103391531B (en) | 2012-05-08 | 2012-05-08 | A kind of method for sending information, device, the state transfer method of terminal and terminal |
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| CN201210139520.1A CN103391531B (en) | 2012-05-08 | 2012-05-08 | A kind of method for sending information, device, the state transfer method of terminal and terminal |
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| CN103391531B true CN103391531B (en) | 2017-12-29 |
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Families Citing this family (3)
| Publication number | Priority date | Publication date | Assignee | Title |
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| WO2016050075A1 (en) * | 2014-09-30 | 2016-04-07 | 华为技术有限公司 | Transmission initiation method and system, and method for processing state of terminal device and related device |
| CN110831259B (en) * | 2018-08-10 | 2022-12-02 | 大唐移动通信设备有限公司 | State transition method, device, terminal and computer readable storage medium |
| CN110913461B (en) * | 2018-09-18 | 2021-06-01 | 华为技术有限公司 | Information sending and receiving method and device |
Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101296495A (en) * | 2007-04-27 | 2008-10-29 | 中兴通讯股份有限公司 | Conversion method and system for incontinuous accepting state |
| CN101959302A (en) * | 2009-07-20 | 2011-01-26 | 大唐移动通信设备有限公司 | Method, equipment and system for starting discontinuous reception (DRX) mechanism |
| CN102271318A (en) * | 2010-06-01 | 2011-12-07 | 中兴通讯股份有限公司 | Configuring method and device of DRX (Discontinuous Reception) parameter of control channel |
| US20120069782A1 (en) * | 2010-09-22 | 2012-03-22 | Richard Lee-Chee Kuo | Method and apparatus for improving drx in a wireless communication system |
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2012
- 2012-05-08 CN CN201210139520.1A patent/CN103391531B/en not_active Expired - Fee Related
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101296495A (en) * | 2007-04-27 | 2008-10-29 | 中兴通讯股份有限公司 | Conversion method and system for incontinuous accepting state |
| CN101959302A (en) * | 2009-07-20 | 2011-01-26 | 大唐移动通信设备有限公司 | Method, equipment and system for starting discontinuous reception (DRX) mechanism |
| CN102271318A (en) * | 2010-06-01 | 2011-12-07 | 中兴通讯股份有限公司 | Configuring method and device of DRX (Discontinuous Reception) parameter of control channel |
| US20120069782A1 (en) * | 2010-09-22 | 2012-03-22 | Richard Lee-Chee Kuo | Method and apparatus for improving drx in a wireless communication system |
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