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State migration method of information transmitting method, information transmitting device and information transmitting terminal and terminal

A technology for information transmission and state transition, which is used in wireless communication, advanced technology, sustainable buildings, etc.

Inactive Publication Date: 2013-11-13
ZTE CORP
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0009] like image 3 As shown, the reason for triggering the sub-state transition between Continuous Rx and 1st DRX is the same as the version 8FACH DRX specification described in the background technology. For the UE, the Continuous Rx sub-state is the most power-consuming state, followed by 1st The DRX sub-state, the 2nd DRX sub-state is the most power-saving state, the purpose of introducing the 2nd DRX sub-state is to save more power for the UE, but currently it does not make the UE stay in the 2nd DRX sub-state more to achieve the purpose of power saving Way

Method used

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  • State migration method of information transmitting method, information transmitting device and information transmitting terminal and terminal
  • State migration method of information transmitting method, information transmitting device and information transmitting terminal and terminal
  • State migration method of information transmitting method, information transmitting device and information transmitting terminal and terminal

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0053] The system broadcast message sends the following configuration parameters related to 1st DRX and 2nd DRX in the serving cell of the UE.

[0054]T321=100ms, HS-DSCH 1st DRX cycle FACH=320ms, HS-DSCH 1stRx Burst FACH=20ms;

[0055] T3xx=200ms, HS-DSCH 2nd DRX cycle FACH=640ms, HS-DSCH 2ndRx Burst FACH=40ms;

[0056] Shorter Rx Burst Length = 10ms;

[0057] UE Battery saving mode = TRUE.

[0058] The UE performs web browsing services in the Cell_FACH state for a long time, please refer to the following Figure 5 .

[0059] Step 101: The UE opens a certain webpage and receives a series of webpage data carried by the HS-DSCH data channel. After the webpage is downloaded, the UE does not receive any data within T321=100ms, so it enters the 1st DRX substate;

[0060] Step 102: The UE does not receive any data within 1st Rx Burst=20ms of the 1st DRX sub-state, so the UE further enters the 2nd DRX sub-state;

[0061] Step 103: The UE does not receive any data within Rx Burs...

Embodiment 2

[0063] The system broadcast message sends the following configuration parameters related to 1st DRX and 2nd DRX in the serving cell of the UE.

[0064] T321=200ms, HS-DSCH 1st DRX cycle FACH=320ms, HS-DSCH 1stRx Burst FACH=40ms;

[0065] T3xx=100ms, HS-DSCH 2nd DRX cycle FACH=640ms, HS-DSCH 2ndRx Burst FACH=20ms;

[0066] Shorter Rx Burst Length = 10ms;

[0067] UE Battery saving mode = TRUE.

[0068] UE conducts QQ chat service in Cell_FACH state for a long time, please refer to the following content Figure 6 .

[0069] Step 201: The UE prepares to receive a set of data from the QQ chat partner, and receives a series of data carried by the HS-DSCH data channel. After receiving, the UE does not receive any data within T3xx=100ms, so it enters the 2nd DRX substate ;

[0070] Step 202: UE does not receive any new QQ data within Rx Burst of DRX Cycle in the 2nd DRX sub-state = 20ms, so the UE enters the 2nd DRX with shorter Rx Burst sub-state, and the UE listens within Shor...

Embodiment 3

[0075] The system broadcast message sends the following configuration parameters related to 1st DRX and 2nd DRX in the serving cell of the UE.

[0076] T321=200ms, HS-DSCH 1st DRX cycle FACH=320ms, HS-DSCH 1stRx Burst FACH=20ms;

[0077] T3xx=200ms, HS-DSCH 2nd DRX cycle FACH=640ms, HS-DSCH 2ndRx Burst FACH=40ms;

[0078] Shorter Rx Burst Length = 20ms;

[0079] UE Battery saving mode = TRUE.

[0080] The UE performs virtual private network VPN services in the Cell_FACH state for a long time, please refer to the following Figure 7 .

[0081] Step 301: The UE prepares to receive a set of data for VPN service establishment, and receives a series of data carried by the HS-DSCH data channel. After receiving, the UE does not receive any data within T3xx=200ms, so it enters the 2nd DRX substate ;

[0082] Step 302: The UE does not receive any new VPN service data within Rx Burst of DRX Cycle in the 2nd DRX sub-state = 40ms, so the UE enters the 2nd DRX with shorter Rx Burst su...

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Abstract

The invention discloses a state migration method of an information transmitting method, an information transmitting device and an information transmitting terminal and the terminal. The state migration method of the information transmitting method, the information transmitting device and the information transmitting terminal includes the following steps that the network side sends configuration parameters of a first-stage non-continuous receiving (1st DRX) sub state, configuration parameters of a second-stage non-continuous receiving (2nd DRX) sub state, timing time of a timer T321, configuration parameters of the second-stage non-continuous receiving (2nd DRX with shorter Rx Burst) with a shorter received impulse time frame under a Cell_FACH state of the terminal and a terminal power-down mode to the terminal under the public connection (Cell_FACH) state. In the UMTS network, electricity quantity of UE can be protected to the utmost and great significance is brought to the UE in a power-depletion warning state.

Description

technical field [0001] The present invention relates to the technical field of mobile communication, and in particular to an information sending method and device, a terminal state transition method and a terminal. Background technique [0002] With the continuous increase in the number of contracted users and user business volume of telecom mobile operators, the investment and scale of their mobile network infrastructure are also expanding, and the width and thickness of wireless coverage are increasing. Taking most mobile operators in Europe as an example, they have successively deployed three mobile network systems based on different RATs (Radio Access Technology), namely: GSM (evolved to GERAN), UMTS (evolved to HSPA+) and LTE (the evolution is LTE+). These mobile network systems are basically composed of three parts: terminal (the device used by users to communicate with the mobile network, which can be handheld, vehicle-mounted or fixed), wireless access network (netw...

Claims

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Application Information

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IPC IPC(8): H04W8/24H04W52/02
CPCY02B60/50Y02D30/70
Inventor 杨立
Owner ZTE CORP
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