CN110012510A - Processing method, internet-of-things terminal and the equipment of the core network of the parameter of internet-of-things terminal - Google Patents

Abstract

Embodiments of the present invention provide a method for processing parameters of an IoT terminal, an IoT terminal, and a core network device, wherein the method includes: obtaining an adjusted service when a service rarely used time period of the IoT terminal starts or ends. Status parameter; according to the adjusted service status parameter, the service is transmitted. In this way, the IoT terminal can dynamically adjust its power consumption parameter according to its business status, so as to achieve the purpose of energy saving of the IoT terminal.

Description

Method for processing parameters of Internet of Things terminal, Internet of Things terminal and core network equipment

technical field

The invention relates to the technical field of the Internet of Things, in particular to a method for processing parameters of an Internet of Things terminal, an Internet of Things terminal and a core network device.

Background technique

With the development of Internet of Things technology, in addition to traditional 2G/3G/4G networks, NB-IoT, as a new network technology, has attracted more and more attention and attention, and many operators have proposed plans to build NB-IoT networks . NB-IoT is known for its low power consumption, large connection and wide coverage.

The existing parameters configured by the network side to the terminal, such as PSM (power system management) activation timer T3324, etc., the parameters delivered by the network side are generally fixed configuration. After the network side configures, this group of parameters will be used for a long time. The T3324 is configured as 2min, so every negotiation is 2min. This is not flexible enough, and the timer can be properly stretched at certain times, such as when no one is using it. If it is a fixed parameter, the energy saving setting cannot be flexibly performed.

SUMMARY OF THE INVENTION

The invention provides a method for processing parameters of an Internet of Things terminal, an Internet of Things terminal and core network equipment, which can enable the Internet of Things terminal to dynamically adjust its power consumption parameters in its business state, so as to achieve the purpose of energy saving of the Internet of Things terminal.

In order to solve the above-mentioned technical problems, the embodiments of the present invention provide the following solutions:

A method for processing parameters of an IoT terminal, comprising:

When the service rarely used time period of the IoT terminal starts or ends, the adjusted service status parameters are obtained;

According to the adjusted service state parameter, the service is transmitted.

Wherein, before the step of acquiring the adjusted service state parameter, the following further steps are included:

The time period when the business of obtaining IoT terminals from third-party servers is rarely used.

Wherein, at the beginning or the end of the period when the service of the IoT terminal is rarely used, the step of acquiring the adjusted service state parameter includes:

Receive an adjustment instruction sent by the core network device to modify the service state parameters of the IoT terminal;

According to the adjustment instruction, at the beginning or the end of the time period when the service of the IoT terminal is rarely used, the adjusted service state parameter is obtained.

Wherein, at the beginning or the end of the period when the service of the IoT terminal is rarely used, the step of acquiring the adjusted service state parameter includes:

At the beginning or end of the time period when the service of the Internet of Things terminal is rarely used, the TAU process is updated through the tracking area to adjust the service state parameters of the Internet of Things terminal.

Wherein, at the beginning of the time period when the service of the Internet of Things terminal is rarely used, the process of updating the TAU through the tracking area, and adjusting the service state parameters of the Internet of Things terminal includes:

At the beginning of the time period when the service of the IoT terminal is rarely used, the TAU process is updated through the tracking area, the TAU period is modified to the TAU period of the idle period, and the discontinuous reception parameters are changed from the parameters in the busy state to the discontinuous state in the idle state. Receive parameters and modify the power system management PSM parameters to the PSM parameters in the idle state; or

At the end of the period when the service of the IoT terminal is rarely used, the TAU process is updated through the tracking area, the TAU period is modified to the TAU period of the busy period, and the discontinuous reception parameters are modified from the parameters in the idle state to the discontinuous in the busy state. Receive parameters and modify the power system management PSM parameters to the PSM parameters in the busy state.

Among them, at the beginning of the time period when the service of the IoT terminal is rarely used, the TAU process is updated through the tracking area, the TAU period is modified to the TAU period of the idle period, and the discontinuous reception parameters are modified from the parameters in the busy state to those in the idle state. The parameters and the steps of modifying the power system management PSM parameters to the PSM parameters in the idle state include:

In the process of updating the TAU in the first tracking area of the time period when the service of the IoT terminal is rarely used, modify the TAU period to the TAU period of the idle period, and modify the discontinuous reception parameters from the parameters in the busy state to the non-continuous reception parameters in the idle state. Continuously receive parameters and modify PSM parameters to idle state PSM parameters;

Send the modified TAU period of the idle period, the discontinuous reception parameters in the idle state and the PSM parameters in the idle state to the core network device;

Receive the feedback result that the core network device configures according to the modified parameter.

Among them, at the end of the time period when the service of the IoT terminal is rarely used, the TAU process is updated through the tracking area, the TAU period is modified to the TAU period of the busy period, and the discontinuous reception parameters are modified from the parameters in the idle state to those in the busy state. The steps of discontinuously receiving parameters and modifying the power system management PSM parameters to the PSM parameters in the busy state include:

In the process of updating the TAU in the last tracking area of the IoT terminal's service rarely used time period, modify the TAU period to the TAU period of the busy period, and modify the discontinuous reception parameters from the parameters in the idle state to the discontinuous reception in the busy state. Receive parameters and modify the PSM parameters to the PSM parameters in the busy state;

Send the modified TAU period of the busy period, the discontinuous reception parameters in the busy state, and the PSM parameters in the busy state to the core network device;

Receive the feedback result that the core network device configures according to the modified parameter.

Wherein, when the service rarely used time period of the IoT terminal starts or ends, the steps of acquiring the adjusted service state parameters include:

Send the tracking area update TAU update process to the core network device;

Receive the adjusted service status parameters when the service rarely used time period of the IoT terminal sent by the core network device starts or ends.

Wherein, when the service rarely used time period of the IoT terminal starts or ends, the adjusted service status parameter is obtained by the core network device from the server of the capability openness platform, and the core network device is also obtained from the capability openness platform. The effective time and the expiry time of the adjusted service state parameter are obtained.

Wherein, at the beginning or the end of the time period when the service is rarely used, the core network device adjusts the service state parameters according to the modification parameter request issued by the server of the third-party application platform, and obtains the modified service state parameters; or

The core network device adjusts the service state parameter according to the parameter modification request issued by the server of the capability openness platform, and obtains the modified service state parameter; or

The core network device adjusts the service state parameter according to the time period when the service delivered by the server of the third-party application platform is rarely used, and obtains the modified service state parameter.

An embodiment of the present invention also provides a method for processing parameters of an IoT terminal, including:

When the service rarely used time period of the IoT terminal starts or ends, the adjusted service status parameters are obtained;

Configure the adjusted service state parameters to the terminal.

Wherein, at the beginning or the end of the period when the service of the IoT terminal is rarely used, the step of acquiring the adjusted service state parameter includes:

At the beginning or end of the time period when the service of the Internet of Things terminal is rarely used, the receiving terminal updates the TAU process through the tracking area, and adjusts the service state parameters of the Internet of Things terminal.

Wherein, at the beginning or end of the time period when the service of the IoT terminal is rarely used, the receiving terminal updates the TAU process through the tracking area, and the adjusted service status parameters of the IoT terminal include:

In the process of updating the TAU in the first tracking area of the IoT terminal's service rarely used time period, the receiving terminal sends the modified TAU period of the idle period, the discontinuous reception parameters in the idle state, and the power supply system in the idle state Manage PSM parameters;

The feedback result configured according to the modified parameters is sent to the terminal.

Wherein, at the beginning or end of the time period when the service of the Internet of Things terminal is rarely used, the receiving terminal updates the TAU process through the tracking area, and the steps of adjusting the service state parameters of the Internet of Things terminal include:

In the process of updating the TAU in the last tracking area of the IoT terminal's service rarely used time period, the receiving terminal sends the modified TAU period of the busy period, the discontinuous reception parameters in the busy state, and the power system management in the busy state. PSM parameters;

The feedback result configured according to the modified parameters is sent to the terminal.

Wherein, when the service rarely used time period of the IoT terminal starts or ends, the steps of acquiring the adjusted service state parameters include:

Receive the tracking area update TAU update process sent by the terminal;

At the beginning or the end of the time period when the service of the Internet of Things terminal obtained from the server of the capability openness platform is rarely used, the adjusted service state parameter and the effective time and expiration time of the adjusted service state parameter are sent to the Internet of Things terminal. .

Wherein, at the beginning or end of the time period when the service is rarely used,

The core network device adjusts the service state parameters according to the modification parameter request issued by the server of the third-party application platform, and obtains the modified service state parameters; or

The core network device adjusts the service state parameter according to the parameter modification request issued by the server of the capability openness platform, and obtains the modified service state parameter; or

The core network device adjusts the service state parameter according to the time period when the service delivered by the server of the third-party application platform is rarely used, and obtains the modified service state parameter.

An embodiment of the present invention also provides an Internet of Things terminal, including:

The processor is used to obtain the adjusted service state parameters at the beginning or end of the time period when the service of the IoT terminal is rarely used;

The transceiver is used to transmit the service according to the adjusted service state parameter.

Embodiments of the present invention also provide a core network device, including:

The processor is used to obtain the adjusted service state parameters at the beginning or end of the time period when the service of the IoT terminal is rarely used;

The transceiver is used to configure the adjusted service state parameters to the terminal.

An embodiment of the present invention also provides a communication device, comprising: a processor and a memory storing a computer program, the computer program executing the above method when the processor is run.

Embodiments of the present invention also provide a computer-readable storage medium comprising instructions that, when executed on a computer, cause the computer to perform the method as described above.

The above-mentioned scheme of the present invention at least includes the following beneficial effects:

In the above solution of the present invention, the adjusted service state parameter is obtained when the service rarely used time period of the IoT terminal starts or ends; and the service is transmitted according to the adjusted service state parameter. In this way, the IoT terminal can dynamically adjust its power consumption parameter according to its business status, so as to achieve the purpose of energy saving of the IoT terminal.

Description of drawings

1 is a flowchart of a method for processing parameters of an IoT terminal according to the present invention;

Fig. 2 is a specific implementation flow chart of the method shown in Fig. 1;

3 is another flowchart of the method for processing parameters of the Internet of Things terminal of the present invention;

FIG. 4 is a flow chart of a specific implementation of the method shown in FIG. 3 .

Detailed ways

Exemplary embodiments of the present disclosure will be described in more detail below with reference to the accompanying drawings. While exemplary embodiments of the present disclosure are shown in the drawings, it should be understood that the present invention may be embodied in various forms and should not be limited by the embodiments set forth herein. Rather, these embodiments are provided so that the present invention will be more thoroughly understood, and will fully convey the scope of the present invention to those skilled in the art.

An embodiment of the present invention provides a method for processing parameters of an IoT terminal, including:

Step 11, when the service rarely used time period of the IoT terminal starts or ends, obtain the adjusted service state parameter;

Step 12, according to the adjusted service state parameter, perform service transmission.

In this embodiment of the present invention, the adjusted service state parameter is obtained when the service rarely used time period of the IoT terminal starts or ends; and the service is transmitted according to the adjusted service state parameter. In this way, the IoT terminal can dynamically adjust its power consumption parameter according to its business status, so as to achieve the purpose of energy saving of the IoT terminal.

The first specific implementation process of this embodiment includes:

In step 100, the Internet of Things terminal obtains a time period when the service of the Internet of Things terminal is rarely used from a third-party server.

Step 111, the IoT terminal receives an adjustment instruction sent by the core network device to modify the service state parameter of the IoT terminal;

Step 112 , according to the adjustment instruction, the IoT terminal acquires the adjusted service state parameter when the service rarely used time period of the IoT terminal starts or ends.

Specifically, at the beginning or the end of the time period when the service of the IoT terminal is rarely used, the steps of obtaining the adjusted service state parameters include:

In step 1121, the IoT terminal adjusts the service state parameter of the IoT terminal through the tracking area update TAU process when the service rarely used time period of the IoT terminal starts or ends.

Specifically, at the beginning of the time period when the service of the IoT terminal is rarely used, the TAU process is updated through the tracking area, the TAU period is modified to the TAU period of the idle period, and the discontinuous reception parameters are modified from the parameters in the busy state to the idle state. The discontinuous reception parameters at the time and the PSM parameters when the power system management PSM parameters are modified to the idle state.

Further, in this embodiment, the specific implementation process of the above step 1121 includes:

Step 11211, in the process of updating the TAU in the first tracking area of the time period when the service of the Internet of Things terminal is rarely used, modify the TAU period to be the TAU period of the idle period, and modify the discontinuous reception parameters from the parameters in the busy state to the idle state. The discontinuous reception parameters when the PSM parameters are modified to the idle state;

Step 11212, sending the modified TAU period of the idle period, the discontinuous reception parameters in the idle state and the PSM parameters in the idle state to the core network device;

Step 11213: Receive a feedback result that the core network device configures according to the modified parameters.

Further, the IoT terminal transmits the service according to the adjusted service state parameter. In this way, the IoT terminal can dynamically adjust its power consumption parameter according to its business status, so as to achieve the purpose of energy saving of the IoT terminal.

As shown in Figure 2, the specific implementation process of the method shown in the above Figure 1 includes:

1. The third-party platform analyzes the usage of UE (Internet of Things terminal) according to the background statistical data, and judges the time period when the user rarely uses it;

2. Through application layer data interaction, notify the UE to adjust the relevant parameter values (such as TAU cycle, eDRX parameters, PSM parameters (such as T3324), etc.) during the rarely used period to increase power consumption;

3. The UE judges that the arrival service is rarely used in the time period, and in the first TAU process of the entry time period, the TAU period is modified, and the eDRX parameter is modified to the value when the service is in the idle state;

4. The UE initiates a TAU process, which carries the TAU cycle parameters, eDRX parameters, etc. to be modified;

5. The core network device replies to TAU accept (receive), which carries the modified parameter value;

6. The UE judges that the service rarely used time period is about to end, and in the last TAU process before the end of the service rarely used time period, the TAU period is modified, the eDRX parameters are modified, and the parameter value of the busy period is modified;

7. The UE initiates a TAU process, which carries the relevant parameter values to be modified (such as TAU cycle, eDRX parameters, PSM parameters (such as T3324), etc.;

8. The core network device replies with TAU accept, which carries the modified parameter value.

9. The UE uses the received new parameter value for service transmission.

As shown in FIG. 3 , the second specific implementation process of the embodiment of the present invention includes:

Step 31, sending the tracking area update TAU update process to the core network device;

Step 32: Receive the adjusted service state parameter when the service rarely used time period of the IoT terminal starts or ends, which is sent by the core network device.

Wherein, when the service rarely used time period of the IoT terminal starts or ends, the adjusted service status parameter is obtained by the core network device from the server of the capability openness platform, and the core network device is also obtained from the capability openness platform. The effective time and the expiry time of the adjusted service state parameter are obtained.

At the end of the period when the service of the IoT terminal is rarely used, the TAU process is updated through the tracking area, the TAU period is modified to the TAU period of the busy period, and the discontinuous reception parameters are modified from the parameters in the idle state to the discontinuous in the busy state. Receive parameters and modify the power system management PSM parameters to the PSM parameters in the busy state.

Specifically, in the process of updating the TAU in the last tracking area of the service seldom-used period of the IoT terminal, modify the TAU period to the TAU period of the busy period, and modify the discontinuous reception parameters from the parameters in the idle state to the busy state. The discontinuous reception parameter of , and the PSM parameter when the PSM parameter is changed to the busy state;

Send the modified TAU period of the busy period, the discontinuous reception parameters in the busy state, and the PSM parameters in the busy state to the core network device;

Receive the feedback result that the core network device configures according to the modified parameter.

Wherein, at the beginning or the end of the time period when the service is rarely used, the core network device adjusts the service state parameters according to the modification parameter request issued by the server of the third-party application platform, and obtains the modified service state parameters; or

The core network device adjusts the service state parameter according to the parameter modification request issued by the server of the capability openness platform, and obtains the modified service state parameter; or

The core network device adjusts the service state parameter according to the time period when the service delivered by the server of the third-party application platform is rarely used, and obtains the modified service state parameter.

The service state parameters here may include: TAU period, eDRX (discontinuous reception period), PSM parameters, etc., of course, may further include other parameters related to power saving and the like.

As shown in Figure 4, the specific implementation process of the method shown in Figure 3 above includes:

1. The third-party platform server analyzes the UE usage according to the background statistics, judges the user's rarely used time period, and transmits it to the server of the capability open platform;

2. The capability open platform distributes it to the core network equipment, including the effective time and the expiry time of the set of parameters

3. The UE initiates the TAU process, and the core network device decides which set of parameters to use according to its effective time;

4. The core network device delivers the adjusted relevant parameter values (TAU cycle, eDRX parameters, etc.)

5. The core network device replies to TAU accept, which carries the modified parameter value;

6. The UE uses the parameter values issued by the core network equipment;

The implementation of step 2 can be implemented in the following ways:

Every time the parameter modification time period arrives, the third-party application platform issues a parameter modification request, which is triggered by the third-party application platform; or

Each time the modification time period arrives, the capability opening platform sends a request for modifying parameters to the core network device, which is triggered by the capability opening platform; or

The time period is delivered to the core network device, and the core network device performs parameter modification triggers in different time periods.

An embodiment of the present invention also provides an Internet of Things terminal, including:

The processor is used to obtain the adjusted service state parameters at the beginning or end of the time period when the service of the IoT terminal is rarely used;

The transceiver is used to transmit the service according to the adjusted service state parameter.

It should be noted that all the implementation manners in the above-mentioned embodiments shown in FIG. 1 to FIG. 4 are applicable to the embodiments of the Internet of Things terminal, and the same technical effect can also be achieved.

Embodiments of the present invention also provide a method for processing parameters of an IoT terminal, which is applied to core network equipment, including:

Step 51, when the service rarely used time period of the IoT terminal starts or ends, obtain the adjusted service state parameter;

Step 52: Configure the adjusted service state parameters to the terminal.

It should be noted that, all the implementation processes of the core network device in the above-mentioned FIG. 1 to FIG. 4 are applicable to this embodiment, and the same technical effect can also be achieved.

In this embodiment, step 51 includes:

Step 511 , at the beginning or end of the time period when the service of the IoT terminal is rarely used, the receiving terminal updates the TAU process through the tracking area, and adjusts the service state parameter of the IoT terminal.

Specifically, this step 511 includes:

Step 5111, the receiving terminal sends the modified TAU period of the idle period, the discontinuous reception parameters in the idle state, and the idle state in the process of updating the TAU in the first tracking area of the service rarely used time period of the Internet of Things terminal. The power system management PSM parameters;

Step 5112: Send the feedback result configured according to the modified parameter to the terminal.

Specifically, this step 511 may also include:

Step 5113, the receiving terminal sends the modified TAU period of the busy period, the discontinuous reception parameters in the busy state, and the Power system management PSM parameters;

Step 5114: Send the feedback result configured according to the modified parameter to the terminal.

In another implementation of this embodiment, step 51 may include:

Step 512, can receive the tracking area update TAU update process sent by the terminal;

Step 513: When the service rarely used time period of the Internet of Things terminal obtained from the server of the capability openness platform starts or ends, the adjusted service state parameter and the effective time and the invalid time of the adjusted service state parameter are sent to the device. IoT terminal.

Wherein, at the beginning or the end of the time period when the service is rarely used, the core network device adjusts the service state parameters according to the modification parameter request issued by the server of the third-party application platform, and obtains the modified service state parameters; or

The core network device adjusts the service state parameter according to the parameter modification request issued by the server of the capability openness platform, and obtains the modified service state parameter; or

The core network device adjusts the service state parameter according to the time period when the service delivered by the server of the third-party application platform is rarely used, and obtains the modified service state parameter.

In this embodiment of the present invention, the adjusted service state parameter is obtained when the service rarely used time period of the IoT terminal also starts or ends; and the service is transmitted according to the adjusted service state parameter. In this way, the IoT terminal can dynamically adjust its power consumption parameter according to its business status, so as to achieve the purpose of energy saving of the IoT terminal.

Embodiments of the present invention also provide a core network device, including:

The processor is used to obtain the adjusted service state parameters at the beginning or end of the time period when the service of the IoT terminal is rarely used;

The transceiver is used to configure the adjusted service state parameters to the terminal.

It should be noted that all the above-mentioned implementations of the method for processing parameters of the IoT terminal applied to the core network device are applicable to the embodiments of the core network device, and the same technical effect can also be achieved.

An embodiment of the present invention also provides a communication device, comprising: a processor and a memory storing a computer program, the computer program executing the above method when the processor is run. The communication device may be the above-mentioned Internet of Things terminal or the above-mentioned core network device, and the processor and the memory may be connected through a bus or an interface.

Embodiments of the present invention also provide a computer-readable storage medium comprising instructions that, when executed on a computer, cause the computer to perform the method as described above.

The above-mentioned embodiment of the present invention obtains the adjusted service state parameters at the beginning or end of the time period when the service of the IoT terminal is rarely used; and transmits the service according to the adjusted service state parameters. In this way, the IoT terminal can dynamically adjust its power consumption parameter according to its business status, so as to achieve the purpose of energy saving of the IoT terminal.

The above are the preferred embodiments of the present invention. It should be pointed out that for those skilled in the art, without departing from the principles of the present invention, several improvements and modifications can be made. It should be regarded as the protection scope of the present invention.

Claims (20)

1. a method for processing parameters of an Internet of Things terminal, characterized in that, comprising: When the service rarely used time period of the IoT terminal starts or ends, the adjusted service status parameters are obtained; According to the adjusted service state parameter, the service is transmitted. 2. The method for processing the parameters of the Internet of Things terminal according to claim 1, wherein before the step of acquiring the adjusted service state parameter, the method further comprises: The time period when the business of obtaining IoT terminals from third-party servers is rarely used. 3. The method for processing the parameters of the Internet of Things terminal according to claim 1, wherein when the service of the Internet of Things terminal is rarely used time period starts or ends, the step of acquiring the adjusted service state parameter comprises: Receive an adjustment instruction sent by the core network device to modify the service state parameters of the IoT terminal; According to the adjustment instruction, at the beginning or the end of the time period when the service of the IoT terminal is rarely used, the adjusted service state parameter is obtained. 4. The method for processing parameters of the Internet of Things terminal according to claim 1, characterized in that, when the service of the Internet of Things terminal is rarely used time period starts or ends, the step of acquiring the adjusted service state parameter comprises: At the beginning or end of the time period when the service of the Internet of Things terminal is rarely used, the TAU process is updated through the tracking area to adjust the service state parameters of the Internet of Things terminal. 5. The method for processing parameters of the Internet of Things terminal according to claim 4, wherein when the service of the Internet of Things terminal is rarely used time period begins, the TAU process is updated through the tracking area to adjust the parameters of the Internet of Things terminal. Business status parameters include: At the beginning of the time period when the service of the IoT terminal is rarely used, the TAU process is updated through the tracking area, the TAU period is modified to the TAU period of the idle period, and the discontinuous reception parameters are changed from the parameters in the busy state to the discontinuous state in the idle state. Receive parameters and modify the power system management PSM parameters to the PSM parameters in the idle state; or At the end of the period when the service of the IoT terminal is rarely used, the TAU process is updated through the tracking area, the TAU period is modified to the TAU period of the busy period, and the discontinuous reception parameters are modified from the parameters in the idle state to the discontinuous in the busy state. Receive parameters and modify the power system management PSM parameters to the PSM parameters in the busy state. 6. the processing method of the parameter of the Internet of Things terminal according to claim 5, is characterized in that, when the business of the Internet of Things terminal is rarely used time period begins, by tracking area update TAU process, revising TAU cycle is the idle period of time. The steps of modifying the TAU period, the discontinuous reception parameter from the parameter in the busy state to the parameter in the idle state, and the modification of the power system management PSM parameter to the PSM parameter in the idle state include: In the process of updating the TAU in the first tracking area of the time period when the service of the IoT terminal is rarely used, modify the TAU period to the TAU period of the idle period, and modify the discontinuous reception parameters from the parameters in the busy state to the non-continuous reception parameters in the idle state. Continuously receive parameters and modify PSM parameters to idle state PSM parameters; Send the modified TAU period of the idle period, the discontinuous reception parameters in the idle state and the PSM parameters in the idle state to the core network device; Receive the feedback result that the core network device configures according to the modified parameter. 7. The processing method of the parameter of the Internet of Things terminal according to claim 5, is characterized in that, when the business of the Internet of Things terminal is rarely used time period ends, by tracking area update TAU process, revising TAU cycle is the busy period of time. The steps of modifying the TAU period, the discontinuous reception parameters from the parameters in the idle state to the discontinuous reception parameters in the busy state, and the modification of the power system management PSM parameters to the PSM parameters in the busy state include: In the process of updating the TAU in the last tracking area of the IoT terminal's service rarely used time period, modify the TAU period to the TAU period of the busy period, and modify the discontinuous reception parameters from the parameters in the idle state to the discontinuous reception in the busy state. Receive parameters and modify the PSM parameters to the PSM parameters in the busy state; Send the modified TAU period of the busy period, the discontinuous reception parameters in the busy state, and the PSM parameters in the busy state to the core network device; Receive the feedback result that the core network device configures according to the modified parameter. 8. The method for processing the parameters of the Internet of Things terminal according to claim 1, wherein when the service of the Internet of Things terminal starts or ends in a time period that is rarely used, the step of acquiring the adjusted service state parameter comprises: Send the tracking area update TAU update process to the core network device; Receive the adjusted service status parameters when the service rarely used time period of the IoT terminal sent by the core network device starts or ends. 9. The method for processing the parameters of the Internet of Things terminal according to claim 8, wherein, When the service rarely used time period of the IoT terminal starts or ends, the adjusted service status parameter is obtained by the core network device from the server of the capability open platform, and the core network device also obtains the data from the capability open platform. Indicate the effective time and expiry time of the adjusted service status parameters. 10. The method for processing parameters of the Internet of Things terminal according to claim 9, wherein, At the beginning or the end of the time period when the service is rarely used, the core network device adjusts the service state parameter according to the parameter modification request issued by the server of the third-party application platform, and obtains the modified service state parameter; or The core network device adjusts the service state parameter according to the parameter modification request issued by the server of the capability openness platform, and obtains the modified service state parameter; or The core network device adjusts the service state parameter according to the time period when the service delivered by the server of the third-party application platform is rarely used, and obtains the modified service state parameter. 11. A method for processing parameters of an Internet of Things terminal, comprising: When the service rarely used time period of the IoT terminal starts or ends, the adjusted service status parameters are obtained; Configure the adjusted service state parameters to the terminal. 12. The method for processing parameters of the Internet of Things terminal according to claim 11, wherein when the service of the Internet of Things terminal is rarely used at the beginning or end of a time period, the step of acquiring the adjusted service state parameter comprises: At the beginning or end of the time period when the service of the Internet of Things terminal is rarely used, the receiving terminal updates the TAU process through the tracking area, and adjusts the service state parameters of the Internet of Things terminal. 13. The method for processing parameters of the Internet of Things terminal according to claim 12, characterized in that, when the service of the Internet of Things terminal is rarely used at the beginning or at the end of the time period, the receiving terminal updates the TAU process through the tracking area, and the adjusted The service status parameters of the IoT terminal include: In the process of updating the TAU in the first tracking area of the IoT terminal's service rarely used time period, the receiving terminal sends the modified TAU period of the idle period, the discontinuous reception parameters in the idle state, and the power supply system in the idle state Manage PSM parameters; The feedback result configured according to the modified parameters is sent to the terminal. 14. The method for processing the parameters of the Internet of Things terminal according to claim 12, wherein when the service of the Internet of Things terminal is rarely used at the beginning or at the end of the time period, the receiving terminal updates the TAU process through the tracking area, and the adjusted The steps of the service state parameter of the Internet of Things terminal include: In the process of updating the TAU in the last tracking area of the IoT terminal's service rarely used time period, the receiving terminal sends the modified TAU period of the busy period, the discontinuous reception parameters in the busy state, and the power system management in the busy state. PSM parameters; The feedback result configured according to the modified parameters is sent to the terminal. 15. The method for processing parameters of the Internet of Things terminal according to claim 11, wherein when the service rarely used time period of the Internet of Things terminal starts or ends, the step of acquiring the adjusted service state parameter comprises: Receive the tracking area update TAU update process sent by the terminal; At the beginning or the end of the time period when the service of the Internet of Things terminal obtained from the server of the capability openness platform is rarely used, the adjusted service state parameter and the effective time and expiration time of the adjusted service state parameter are sent to the Internet of Things terminal. . 16. The method for processing parameters of an IoT terminal according to claim 15, characterized in that, when the service is rarely used time period starts or ends, The core network device adjusts the service state parameters according to the modification parameter request issued by the server of the third-party application platform, and obtains the modified service state parameters; or The core network device adjusts the service state parameter according to the parameter modification request issued by the server of the capability openness platform, and obtains the modified service state parameter; or The core network device adjusts the service state parameter according to the time period when the service delivered by the server of the third-party application platform is rarely used, and obtains the modified service state parameter. 17. An Internet of Things terminal, comprising: The processor is used to obtain the adjusted service state parameters at the beginning or end of the time period when the service of the IoT terminal is rarely used; The transceiver is used to transmit the service according to the adjusted service state parameter. 18. A core network device, comprising: The processor is used to obtain the adjusted service state parameters at the beginning or end of the time period when the service of the IoT terminal is rarely used; The transceiver is used to configure the adjusted service state parameters to the terminal. 19. A communication device, characterized in that it comprises: a processor and a memory storing a computer program, when the computer program is run by the processor, executes the method according to any one of claims 1-10 or 11- The method of any one of 16. 20. A computer-readable storage medium, characterized in that it comprises instructions that, when the instructions are executed on a computer, cause the computer to execute the method according to any one of claims 1-10 or any one of claims 11-16. method described.