CN113852950A - Computing network-oriented intelligent mobility tracking scheduling method and device - Google Patents
Computing network-oriented intelligent mobility tracking scheduling method and device Download PDFInfo
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Abstract
The invention provides an intelligent mobility tracking scheduling method and device for a computational power network, wherein the method comprises the following steps: according to a received mobility tracking scheduling request based on User Equipment (UE) sent by a computing power service arranging end, checking an information opening authority of the UE to a service platform; based on successful verification of the UE information open authority, acquiring computing power service network requirement information and idle computing power resource information of a computing power service arrangement end, acquiring cell information and measurement information of a service platform based on the UE, and calculating based on the acquired information to obtain a computing power service instantiation request and an instance termination request based on a target node; and returning the calculation service instantiation request and the example termination request based on the target node to the calculation service orchestration end. According to the invention, the UE information opening authority of the scheduling end is verified, so that the scheduling end passing the verification generates the instantiation request and the instantiation ending request according to the acquired information, thereby facilitating switching of the conversion capacity service in the target node in advance and improving the switching efficiency.
Description
Technical Field
The invention relates to the technical field of mobile communication, in particular to an intelligent mobility tracking and scheduling method and device for a computational power network.
Background
Artificial Intelligence (AI) and 5G technologies promote the wide application of computing-intensive services, and promote the rapid development of emerging services such as internet of things, large videos, internet of vehicles and the like, the existing network architecture and cloud centralized deployment mode are difficult to meet the service requirements, and the migration of networks and clouds along with the flow of services to the edge through edge computing has become a new industrial trend. Computing power has become a key element for supporting the development of an intelligent society, the computing power is distributed in different network levels (end, edge and cloud), computing power resources of each level are different, and meanwhile, an edge computing ecosystem covers different computing power providers, including: cloud providers, application/service providers, network operators, small and medium-sized enterprises, super computing centers and even individuals are challenged to integrate and utilize various levels and various computing resources.
With the mature and large-scale deployment of 5G network technology, computational nodes need to be widely deployed in order to exert the characteristics of low delay, large bandwidth and the like in a wide-area coverage scene. Meanwhile, because the computing power node resources deployed at the edge are limited, computing power services need to be instantiated as required, and a difficult problem is brought to guarantee of the quality of mobile computing services.
Disclosure of Invention
The invention provides an intelligent mobility tracking scheduling method and device for a computational power network, which are used for solving the defects of unstable computational power service connection and higher time delay caused by difficulty in perceiving the position and the movement trend of a user in the prior art, and optimizing a scheduling process among computing nodes so as to improve the switching efficiency among the computing nodes, reduce the switching time delay and improve the quality of mobile computing services.
The invention provides an intelligent mobility tracking and scheduling method for a computational power network, which comprises the following steps: according to a received mobility tracking scheduling request based on User Equipment (UE) sent by a computing power service arranging end, checking an information opening authority of the UE to a service platform; based on the success of the UE information open authority verification, acquiring computing power service network requirement information and idle computing power resource information of the computing power service arrangement end, acquiring cell information and measurement information of the service platform based on the UE, and calculating based on the acquired information to obtain a computing power service instantiation request and an instance termination request based on a target node; and returning the calculation force service instantiation request and the example termination request based on the target node to the calculation force service orchestration end.
According to the intelligent mobility tracking scheduling method facing the computing power network, the method for verifying the information opening authority of the user equipment UE to the service platform according to the received mobility tracking scheduling request based on the user equipment UE sent by the computing power service scheduling end comprises the following steps: receiving a mobility tracking scheduling request based on User Equipment (UE) sent by a computing power service scheduling end; and sending a verification request based on the UE information opening authority to a service platform according to the UE, and successfully verifying based on the authorized UE information opening authority returned by the service platform.
According to the intelligent mobility tracking scheduling method for the computational power network, the method for acquiring the computational power service network requirement information and the idle computational power resource information of the computational power service arrangement end based on the successful verification of the UE information open authority comprises the following steps: based on the success of the verification of the UE information opening authority, sending a mobile tracking scheduling request for obtaining the information opening authority to the computational power service arranging end; and receiving the computing power service network requirement information and the idle computing power resource information which are returned by the computing power service arranging end based on the mobility tracking scheduling request.
The invention provides an intelligent mobility tracking and scheduling method for a computational power network, which comprises the following steps: verifying the tracking authority of the UE to the calculation force service application terminal according to a received mobile tracking scheduling request based on the UE sent by the calculation force service application terminal; based on the success of the UE tracking authority verification, sending a mobile tracking scheduling request for obtaining the UE tracking authority to a scheduling end; receiving a mobile tracking scheduling request for obtaining information opening authority returned by the scheduling end, obtaining computing power service network requirement information and idle computing power resource information of the computing power service application end, and sending the computing power service network requirement information and the idle computing power resource information to the scheduling end; and receiving and executing a computing service instantiation request and an instance termination request which are returned by the scheduling terminal and are based on the target node.
According to the intelligent mobility tracking scheduling method facing the computing power network, the method for verifying the tracking authority of the UE to the computing power service application terminal according to the received mobility tracking scheduling request based on the UE sent by the computing power service application terminal comprises the following steps: receiving a mobility tracking scheduling request based on User Equipment (UE) sent by a computing power service application end; and sending a verification request for local UE tracking permission to the calculation service application end according to the UE, and successfully verifying the verification based on the authorized UE tracking permission returned by the calculation service application end.
According to the intelligent mobility tracking scheduling method for the computational power network, the method for receiving and executing the computational power service instantiation request and the instance termination request based on the target node returned by the scheduling terminal comprises the following steps: receiving a computing power service instantiation request and an instance termination request based on a target node returned by the scheduling terminal; and switching the computing power service of the current computing power node based on the computing power service instantiation request and the instance termination request of the target node, and stopping the redundant computing power service of the current computing power node relative to the target node.
The invention also provides an intelligent mobility tracking and scheduling device facing the computational power network, which comprises: the information authority verification module is used for verifying the information opening authority of the UE to the service platform according to the received mobility tracking scheduling request based on the UE sent by the computing power service arranging end; the request generation module is used for acquiring computing power service network requirement information and idle computing power resource information from the computing power service arrangement end based on successful verification of the UE information open authority, acquiring cell information and measurement information of the UE from the service platform, and calculating to obtain a computing power service instantiation request and an instance termination request based on a target node based on the acquired information; and the information returning module is used for returning the calculation force service instantiation request and the example termination request based on the target node to the calculation force service arrangement end.
The invention also provides an intelligent mobility tracking and scheduling device facing the computational power network, which comprises: the tracking authority verification module is used for verifying the tracking authority of the UE to the calculation force service application terminal according to a received mobile tracking scheduling request based on the UE sent by the calculation force service application terminal; the request sending module is used for sending a mobile tracking scheduling request for obtaining the UE tracking authority to a scheduling end based on the success of the UE tracking authority verification; the information acquisition module is used for receiving a mobile tracking scheduling request for acquiring information opening authority returned by the scheduling end, acquiring computing power service network requirement information and idle computing power resource information from the computing power service application end, and sending the information to the scheduling end; and the command execution module receives and executes the calculation service instantiation request and the example termination request which are returned by the scheduling terminal and are based on the target node.
The invention also provides an electronic device, which comprises a memory, a processor and a computer program stored on the memory and capable of running on the processor, wherein the processor executes the program to realize the steps of the intelligent mobility tracking and scheduling method for the computational power network.
The present invention also provides a non-transitory computer readable storage medium having stored thereon a computer program which, when being executed by a processor, carries out the steps of the intelligent mobility tracking and scheduling method for a computational power network as set forth in any of the above.
According to the intelligent mobility tracking scheduling method and device for the computational power network, the tracking authority of the UE is verified, so that the computational power network arranging end obtains the tracking authority of the corresponding UE, and further tracking scheduling is conveniently carried out on the computational power service network requirement information and the idle computational power resource information of the UE; through checking the UE information opening authority, the scheduling end obtains the information opening authority of the corresponding UE, so that cell information and measurement information of the corresponding UE information can be conveniently obtained, the scheduling end can conveniently instantiate according to the obtained computing power service network requirement information, idle computing power resource information, cell information and measurement information, an instantiation request and an instantiation ending request are generated, the computing power service arranging end can conveniently switch the instantiated computing power service in the target node in advance according to the instantiation request and the instantiation ending request, timely ends the redundant computing power service of the current computing power node relative to the next target node, and achieves the synchronization of the interruption of the redundant computing power service and the node switching, so that the switching efficiency among the computing nodes is improved, the switching time delay is reduced, and the mobile computing service quality is improved.
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In order to more clearly illustrate the technical solutions of the present invention or the prior art, the drawings needed for the description of the embodiments or the prior art will be briefly described below, and it is obvious that the drawings in the following description are some embodiments of the present invention, and those skilled in the art can also obtain other drawings according to the drawings without creative efforts.
FIG. 1 is a schematic flow chart of an intelligent mobility tracking scheduling method for a computational power network according to the present invention;
FIG. 2 is a second flowchart of the intelligent mobility tracking scheduling method for a computational power network according to the present invention;
FIG. 3 is a third schematic flowchart of the intelligent mobility tracking scheduling method for a computational power network according to the present invention;
FIG. 4 is a schematic structural diagram of an intelligent mobility tracking and scheduling device for a computational power network according to the present invention;
fig. 5 is a second schematic structural diagram of the intelligent mobility tracking and scheduling apparatus for a computational power network according to the present invention;
fig. 6 is a schematic structural diagram of an electronic device provided in the present invention.
Detailed Description
In order to make the objects, technical solutions and advantages of the present invention clearer, the technical solutions of the present invention will be clearly and completely described below with reference to the accompanying drawings, and it is obvious that the described embodiments are some, but not all embodiments of the present invention. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
Fig. 1 shows a flow diagram of an intelligent mobility tracking scheduling method for a computational power network according to the present invention, the method includes:
s11, checking the information opening authority of the UE to the service platform according to the received mobility tracking scheduling request based on the UE sent by the computing power service arranging end;
s12, based on the success of the UE information open authority verification, acquiring the computing power service network requirement information and the idle computing power resource information of the computing power service arrangement end, acquiring the cell information and the measurement information of the service platform based on the UE, and calculating based on the acquired information to obtain a computing power service instantiation request and an instance termination request based on the target node;
and S13, returning the calculation force service instantiation request and the example termination request based on the target node to the calculation force service orchestration end.
It should be noted that S0N in this specification does not represent the sequence of the intelligent mobility tracking scheduling method for the computational power network, and the intelligent mobility tracking scheduling method for the computational power network of the present invention is specifically described below.
And S11, checking the information opening authority of the UE to the service platform according to the received mobility tracking scheduling request based on the UE sent by the computing power service scheduling end.
In this embodiment, the intelligent mobility tracking scheduling method for a computational power network, which is disclosed by the present invention, is described with a scheduling end as one side. It should be noted that the mobility tracking scheduling request based on the user equipment UE sent by the computation force service orchestration end received by the scheduling end includes at least one user equipment UE.
In an optional embodiment, the mobility tracking scheduling request based on the user equipment UE comprises at least one user equipment UE; or, the mobility tracking scheduling request comprises at least one group consisting of at least two User Equipments (UEs).
In order to determine whether the scheduling end has the information opening permission for acquiring the corresponding UE in the service platform, after the scheduling end receives a mobility tracking scheduling request based on the UE sent by the computational power service orchestration end, the scheduling end needs to check the information opening permission of the UE to the service platform. The method specifically comprises the following steps: receiving a mobility tracking scheduling request based on User Equipment (UE) sent by a computing power service scheduling end; and sending a verification request based on the UE information opening authority to the service platform according to the UE, and successfully verifying based on the authorized UE information opening authority returned by the service platform.
It should be noted that, after receiving a verification request based on a UE information opening permission sent by a scheduling end, a service platform judges whether an information permission pre-stored in the service platform has the UE information opening permission according to UE included in a mobility tracking scheduling request based on user equipment UE, and if so, the service platform returns an authorized UE information opening permission to the scheduling end, the verification is successful, and a subsequent scheduling end can obtain corresponding UE information from the service platform; otherwise, the check fails.
In an optional embodiment, the service platform is a radio Network Intelligent Controller (RIC) or a Network Exposure Function (NEF).
In an optional embodiment, before the scheduling end receives a mobility tracking scheduling request based on a user equipment UE sent by a computational power service orchestration end, it is required to verify a UE tracking permission of the mobility tracking scheduling request, which specifically includes: the calculation force service arranging terminal receives a mobility tracking scheduling request based on UE sent by a calculation force service application terminal; and the calculation force service arranging terminal verifies the tracking authority of the UE to the calculation force service application terminal, obtains the tracking authority of the UE based on successful verification, and sends the mobile tracking scheduling request based on the UE after the tracking authority is obtained to the scheduling terminal.
It should be noted that, the verifying the tracking right of the UE from the computing power service orchestration end to the computing power service application end includes: the calculation force service arrangement end sends a verification request based on UE tracking authority to the calculation force service application end; after receiving a verification request based on the UE tracking authority, the calculation force service application end judges whether the tracking authority of the UE is contained in the tracking authority pre-stored in the calculation force service application end or not according to the UE, if yes, the calculation force service application end returns the authorized UE tracking authority to the calculation force service arrangement end, the verification is successful, and the subsequent calculation force service arrangement end can track the corresponding UE.
S12, based on the success of the UE information open authority verification, the computing power service network requirement information and the idle computing power resource information of the computing power service arrangement end are obtained, the cell information and the measurement information of the service platform based on the UE are obtained, and the computing power service instantiation request and the instance termination request based on the target node are obtained through calculation based on the obtained information.
In this embodiment, the obtaining the cell information and the measurement information of the service platform based on the UE based on the successful verification of the UE information open permission includes: based on the success of the verification of the UE information open authority, sending a UE information acquisition request to the service platform; and receiving the cell information and the measurement information of the UE, which are returned by the service platform based on the UE information acquisition request.
Specifically, after the scheduling end receives the authorized information opening permission based on the user equipment UE returned by the service platform, the scheduling end has the permission to acquire the corresponding UE information. In addition, after the scheduling terminal sends a UE information acquisition request to the service platform, the service platform sends the UE information acquisition request to the base station side based on the received UE information acquisition request; and the service platform receives the cell information and the measurement information of the UE, which are returned by the base station side based on the UE information acquisition request, and returns the cell information and the measurement information to the scheduling end.
It should be noted that the cell information and the measurement information of the UE are corresponding UE information returned by the UE or the UE group included in the mobility tracking scheduling request, and the cell information and the measurement information of the UE include: cell ID, cell position, UE identification, reference signal received power RSRP, signal to interference plus noise ratio SINR and other information.
In addition, the method for obtaining the computing power service network requirement information and the idle computing power resource information of the computing power service arrangement terminal based on the successful verification of the information opening authority of the UE comprises the following steps: based on the success of the verification of the UE information opening authority, sending a mobile tracking scheduling request for obtaining the information opening authority to a calculation power service arranging end; and receiving the computing power service network requirement information and the idle computing power resource information which are returned by the computing power service arranging end based on the mobile tracking scheduling request for obtaining the information opening authority.
It should be noted that after the verification of the open permission based on the UE is successful and the scheduling end returns the mobility tracking scheduling request for obtaining the information open permission to the computational power service orchestration end, the computational power service orchestration end sends the computational power acquisition request to the computational power service application end verified by the UE tracking permission based on the mobility tracking scheduling request for obtaining the information open permission; and the computing power service arrangement end receives computing power service network requirement information returned by the computing power service application end based on the computing power acquisition request, and returns the computing power service network requirement information returned by the computing power service application end and the idle computing power resource information of the computing power service arrangement end to the scheduling end.
The free computing power resource information is schedulable computing power resource information. The computing power service network requirement information and the idle computing power resource information comprise computing power service time delay requirements, computing power service bandwidth requirements, computing power resource positions, service area limits, service providing capacity, available bandwidth, service quality QoS (quality of service) grades and the like.
Calculating to obtain a calculation force service instantiation request and an example termination request based on the target node based on the obtained information, wherein the calculation force service instantiation request and the example termination request comprise the following steps: and determining an example structure based on the target node according to the acquired computing power service network requirement information and the idle computing power resource information, and filling the example structure according to the acquired cell information and the measurement information based on the UE to form an instantiation request based on the target node. It should be noted that, in performing the calculation based on the acquired information, the calculation may be performed using an AI algorithm.
It should be noted that the target node is a node after the current computational power node is switched. After the current computing power node is switched to the target node, redundancy may exist relative to the target node based on the computing power service of the current computing power node, so that an instantiation end request is further generated based on the actual computing power service of the current computing power node and the computing power service required by the target node, and when the computing power service of the current computing power node is switched based on the computing power service instantiation request and the instance end request of the target node, the computing power service of the current computing power service relative to the redundancy of the target node is stopped, so that the interruption of the redundant computing power service and the switching of the computing power service are synchronously realized, thereby improving the switching efficiency among the computing nodes, reducing the switching delay and improving the mobile computing service quality.
And S13, returning the calculation force service instantiation request and the example termination request based on the target node to the calculation force service orchestration end.
It should be noted that, after receiving the computing power service instantiation request and the instance termination request based on the target node, the computing power service orchestration end switches the computing power service in advance on the target node, switches the computing power service of the current computing power node to the computing power service suitable for the target node, and suspends the computing power service redundant to the target node.
Fig. 2 shows a flow diagram of an intelligent mobility tracking scheduling method for a computational power network, the method includes:
s21, checking the tracking authority of the UE to the force calculation service application terminal according to the received mobility tracking scheduling request based on the UE sent by the force calculation service application terminal;
s22, based on the success of UE tracking authority verification, sending the mobile tracking scheduling request for obtaining the UE tracking authority to a scheduling end;
s23, receiving a mobile tracking scheduling request for obtaining information opening authority returned by a scheduling end, obtaining computing power service network requirement information and idle computing power resource information of a computing power service application end, and sending the computing power service network requirement information and the idle computing power resource information to the scheduling end;
and S24, receiving and executing the calculation service instantiation request and the example termination request based on the target node returned by the scheduling terminal.
It should be noted that S0N in this specification does not represent the sequence of the intelligent mobility tracking scheduling method for the computational power network, and the intelligent mobility tracking scheduling method for the computational power network of the present invention is specifically described below.
Step S21, according to the received mobility tracking scheduling request based on the UE sent by the computing power service application terminal, checking the tracking authority of the UE to the computing power service application terminal.
In this embodiment, the intelligent mobility tracking scheduling method for the computational power network disclosed in the present invention is described with a computational power service orchestration end as a side. It should be noted that the mobility tracking scheduling request based on the user equipment UE, which is sent by the computation service application end and received by the computation service orchestration end, contains at least one user equipment UE.
In an optional embodiment, the mobility tracking scheduling request based on the user equipment UE comprises at least one user equipment UE; or, the mobility tracking scheduling request comprises at least one group consisting of at least two User Equipments (UEs).
In order to determine whether the computational power service orchestration end has the tracking authority of the UE, the computational power service orchestration end needs to check the tracking authority of the UE to the computational power service application end after receiving a mobility tracking scheduling request based on the UE from the computational power service application end. The method specifically comprises the following steps: receiving a mobility tracking scheduling request based on User Equipment (UE) sent by a computing power service application end; and sending a verification request based on the UE tracking authority to the calculation force service application terminal according to the UE, and successfully verifying based on the authorized UE tracking authority returned by the calculation force service application terminal.
It should be noted that, after receiving a verification request based on the UE tracking right sent by the computational service orchestration end, the computational service application end determines whether the UE tracking right stored in the computational service application end in advance has the UE tracking right, and if so, the computational service application end returns an authorized UE tracking right to the computational service orchestration end, and the verification is successful, and the subsequent computational service orchestration end can perform tracking scheduling on the UE; otherwise, the check fails.
And step S22, based on the success of UE tracking authority verification, sending the mobility tracking scheduling request for obtaining the UE tracking authority to the scheduling terminal.
It should be noted that, in this embodiment, after the verification of the UE tracking right is successful, the method further includes: and sending the mobility tracking scheduling request for obtaining the UE tracking authority to a computing service application end so as to track and schedule the UE at any time.
And step S23, receiving a mobile tracking scheduling request for obtaining the information opening authority returned by the scheduling terminal, obtaining the computing power service network requirement information and the idle computing power resource information of the computing power service application terminal, and sending the information to the scheduling terminal.
Specifically, after the computing power service orchestration end receives a mobile tracking scheduling request for obtaining an information opening authority returned by a scheduling end, the computing power service orchestration end sends a computing power acquisition request to a computing power service application end verified by a UE (user equipment) tracking authority based on the mobile tracking scheduling request for obtaining the information opening authority; and the computing power service arrangement end receives computing power service network requirement information returned by the computing power service application end based on the computing power acquisition request, and returns the computing power service network requirement information returned by the computing power service application end and the idle computing power resource information of the computing power service arrangement end to the scheduling end.
The free computing power resource information is schedulable computing power resource information. The computing power service network requirement information and the idle computing power resource information comprise computing power service time delay requirements, computing power service bandwidth requirements, computing power resource positions, service area limits, service providing capacity, available bandwidth, service quality QoS (quality of service) grades and the like. In addition, the mobility tracking scheduling request for the scheduling end to obtain the information opening permission may refer to the foregoing embodiments, which are not described herein again.
And step S24, receiving and executing the calculation service instantiation request and the example termination request based on the target node returned by the scheduling terminal.
In this embodiment, receiving and executing a computing power service instantiation request and an instance termination request based on a target node returned by a scheduling end includes: receiving a computing power service instantiation request and an instance termination request based on a target node returned by a scheduling terminal; and switching the computing power service of the current computing power node based on the computing power service instantiation request and the instance termination request of the target node, and stopping the redundant computing power service of the current computing power node relative to the target node.
It should be noted that the target node is a node after the current computational power node is switched. After the current computing power node is switched to the target node, redundancy may exist relative to the target node based on the computing power service of the current computing power node, so that an instantiation end request is generated based on the actual computing power service of the current computing power node and the computing power service required by the target node, when the computing power service is switched and instantiated in advance in the target node, the computing power service of the current computing power node party for target settlement redundancy is stopped, the stopping of the redundant computing power service and the switching of the computing power service are synchronously realized, the switching efficiency among the computing nodes is improved, the switching time delay is reduced, and the mobile computing service quality is improved.
In an optional embodiment, after the computational power service orchestration end sends the acquired computational power service network requirement information and the idle computational power resource information to the scheduling end, the scheduling end calculates, based on the acquired information, to obtain a computational power service instantiation request and an instance termination request based on a target node, and specific steps may be described in the foregoing embodiment and are not described herein again.
Fig. 3 shows a flowchart of an intelligent mobility tracking scheduling method for a computational power network, the method includes:
s31, the computing power service application end sends a mobility tracking scheduling request based on User Equipment (UE) to the computing power service arrangement end;
s32, the calculation force service arranging end verifies the tracking authority of the UE to the calculation force service application end according to the received mobile tracking scheduling request based on the UE, and sends the mobile tracking scheduling request for obtaining the UE tracking authority to the calculation force service application end based on successful verification;
s33, after the UE tracking authority is successfully verified, the computational power service arrangement terminal sends a mobile tracking scheduling request based on the UE to the scheduling terminal;
s34, the scheduling end verifies the information opening authority of the UE to the service platform according to the received UE-based mobility tracking scheduling request, successfully verifies the information opening authority based on the UE, acquires cell information and measurement information based on the UE in the service platform, acquires computing power service network requirement information and idle computing power resource information of the computing power service arranging end, and calculates to obtain a computing power service instantiation request and an instance termination request based on a target node based on the acquired information;
s35, the scheduling end returns the calculation force service instantiation request and the example termination request based on the target node to the calculation force service arranging end;
and S36, the calculation force service orchestration end receives and executes the calculation force service instantiation request and the example termination request based on the target node returned by the scheduling end.
It should be noted that, when the scheduling end acquires the cell information and the vehicle information based on the UE in the service platform, the scheduling end sends a UE information acquisition request to the service platform; the service platform acquires cell information and measurement information of the base station side UE based on the UE information acquisition request and returns the cell information and the measurement information to the scheduling end; when the scheduling end acquires the computing power service network requirement information and the idle computing power resource information of the computing power service arranging end, the scheduling end sends a mobile tracking scheduling request for acquiring information opening authority to the computing power service arranging end; the calculation force service arranging end sends a calculation force obtaining request to the calculation force service application end according to the received mobile tracking scheduling request for obtaining the information opening authority; the computing power service application end returns the computing power service network requirement information based on the computing power acquisition request; and the computing power service arrangement end returns the idle computing power resource information in the computing power service arrangement end and the computing power service network requirement information returned by the computing power service application end to the scheduling end.
In addition, after the power calculation service orchestration end verifies the tracking authority of the UE to the power calculation service application end, the method further includes: based on successful verification, the calculation force service arrangement end sends a mobile tracking scheduling request for obtaining UE tracking authority to the calculation force service application end.
In summary, the embodiment of the present invention verifies the UE tracking right, so that the computational power network orchestration end obtains the tracking right of the corresponding UE, thereby facilitating the tracking scheduling of the computational power service network requirement information and the idle computational power resource information of the UE; through checking the UE information opening authority, the scheduling end obtains the information opening authority of the corresponding UE, so that cell information and measurement information of the corresponding UE information can be conveniently obtained, the scheduling end can conveniently instantiate according to the obtained computing power service network requirement information, idle computing power resource information, cell information and measurement information, an instantiation request and an instantiation ending request are generated, the computing power service arranging end can conveniently switch the instantiated computing power service in the target node in advance according to the instantiation request and the instantiation ending request, timely ends the redundant computing power service of the current computing power node relative to the next target node, and achieves the synchronization of the interruption of the redundant computing power service and the node switching, so that the switching efficiency among the computing nodes is improved, the switching time delay is reduced, and the mobile computing service quality is improved.
The invention provides an intelligent mobility tracking and scheduling device for a computational power network, which can be referred to in correspondence with the above-described intelligent mobility tracking and scheduling method for the computational power network.
Fig. 4 shows a schematic structural diagram of an intelligent mobility tracking scheduling apparatus for a computational power network, which is applied to a scheduling end, and the apparatus includes:
the information authority verification module 41 is used for verifying the information opening authority of the UE to the service platform according to the received mobility tracking scheduling request based on the UE, which is sent by the computing power service arranging end;
the request generation module 42 is used for acquiring the computing power service network requirement information and the idle computing power resource information from the computing power service arrangement end based on the successful verification of the UE information open authority, acquiring the cell information and the measurement information of the UE from the service platform, and calculating to obtain a computing power service instantiation request and an instance termination request based on the target node based on the acquired information;
and the information returning module 43 is used for returning the calculation service instantiation request and the example termination request based on the target node to the calculation service arranging end.
In this embodiment, the information authority checking module 41 includes: the first receiving unit is used for receiving a mobility tracking scheduling request based on User Equipment (UE) sent by a computing power service scheduling end; and the information permission verification unit is used for sending a verification request based on the UE information opening permission to the service platform according to the UE and successfully verifying the authorized UE information opening permission returned by the service platform. More specifically, the information permission verification unit comprises an information request sending subunit, which sends a verification request based on the UE information open permission to the service platform; and the information request receiving subunit receives the authorized UE information opening authority returned by the service platform.
A request generation module 42, comprising: the first information acquisition unit is used for acquiring the computing power service network requirement information and the idle computing power resource information of the computing power service arrangement end; the second information acquisition unit is used for acquiring cell information and measurement information of the service platform based on the UE; the computing unit is used for computing based on the information acquired by the first information acquisition unit and the second information acquisition unit to obtain a computing power service instantiation request and an instance termination request based on a target node; and the computing unit is used for computing to obtain a computing power service instantiation request and an instance termination request based on the target node based on the acquired information.
Specifically, the first information acquisition unit includes: the tracking request sending subunit sends a mobile tracking scheduling request for obtaining the information opening authority to the calculation force service arranging end; and the tracking request receiving subunit is used for receiving the computing power service network requirement information and the idle computing power resource information which are returned by the computing power service arranging end based on the mobile tracking scheduling request for obtaining the information opening authority. In addition, the second information acquisition unit includes: the information request sending subunit sends a UE information acquisition request to the service platform; and the information request receiving subunit receives the cell information and the measurement information of the UE, which are returned by the service platform based on the UE information acquisition request.
Fig. 5 shows a schematic structural diagram of an intelligent mobility tracking and scheduling device for a computing power network, which is applied to a computing power service scheduling end and comprises:
the tracking authority verification module 51 is used for verifying the tracking authority of the UE to the calculation force service application terminal according to a received mobile tracking scheduling request based on the UE sent by the calculation force service application terminal;
the request sending module 52 is configured to send a mobility tracking scheduling request for obtaining the UE tracking permission to the scheduling end based on the success of the UE tracking permission verification;
the information acquisition module 53 receives a mobile tracking scheduling request for acquiring information opening authority returned by the scheduling terminal, acquires the computing power service network requirement information and the idle computing power resource information from the computing power service application terminal, and sends the information to the scheduling terminal;
and the command execution module 54 receives and executes the calculation service instantiation request and the example termination request based on the target node returned by the scheduling terminal.
In this embodiment, the tracking authority checking module 51 includes: the second information receiving unit is used for receiving a mobility tracking scheduling request based on User Equipment (UE) sent by the computing service application end; and the tracking authority verification unit is used for sending a verification request based on the UE tracking authority to the power calculation service application terminal according to the UE and successfully verifying the authorized UE tracking authority returned by the power calculation service application terminal. Furthermore, the tracking authority checking unit comprises a tracking request sending subunit, which sends a checking request based on the tracking authority of the UE to the computing power service application terminal; and the tracking request receiving subunit receives the authorized UE tracking authority returned by the force calculation service application terminal.
The information acquisition module 53 includes: the tracking request sending unit is used for sending a mobile tracking scheduling request for obtaining the information opening authority to the computing power service arranging end; the tracking request receiving unit is used for receiving the computing power service network requirement information and the idle computing power resource information which are returned by the computing power service arranging end based on the mobile tracking scheduling request for obtaining the information opening authority; and the information returning unit is used for sending the acquired computing power service network requirement information and the self idle computing power resource information to the scheduling end.
Specifically, the tracking request receiving unit includes: the computing power request sending subunit sends a computing power acquisition request to the computing power service application terminal; the computing power request receiving subunit receives computing power service network requirement information returned by the computing power service application terminal based on the computing power acquisition request; and the calculation force acquisition unit is used for acquiring self idle calculation force resource information.
In an optional embodiment, the intelligent mobility tracking scheduling apparatus for a computing power network comprises a computing power service application end, a computing power service orchestration end, a scheduling end, and a service platform, wherein:
the calculation force service application end sends a mobility tracking scheduling request based on User Equipment (UE) to the calculation force service arrangement end;
the calculation force service arranging end verifies the tracking authority of the UE to the calculation force service application end according to the received mobile tracking scheduling request based on the UE, and sends the mobile tracking scheduling request for obtaining the UE tracking authority to the calculation force service application end based on successful verification;
after the UE tracking authority is successfully verified, the calculation force service arranging end sends a mobile tracking scheduling request based on the UE to the scheduling end;
the scheduling end verifies the information opening authority of the UE to the service platform according to the received mobile tracking scheduling request based on the UE, successfully verifies the information opening authority based on the UE, acquires cell information and measurement information based on the UE in the service platform, acquires computing power service network requirement information and idle computing power resource information of the computing power service arranging end, and calculates to obtain a computing power service instantiation request and an instance termination request based on a target node based on the acquired information;
the scheduling end returns a calculation force service instantiation request and an example termination request based on the target node to the calculation force service arranging end;
and the computing power service orchestration end receives and executes the computing power service instantiation request and the instance termination request which are returned by the scheduling end and are based on the target node.
Fig. 6 illustrates a physical structure diagram of an electronic device, which may include, as shown in fig. 6: a processor (processor)61, a communication Interface (communication Interface)62, a memory (memory)63 and a communication bus 64, wherein the processor 61, the communication Interface 62 and the memory 63 complete communication with each other through the communication bus 64. The processor 61 may invoke logic instructions in the memory 63 to perform a computational network oriented intelligent mobility tracking scheduling method comprising: according to a received mobility tracking scheduling request based on User Equipment (UE) sent by a computing power service arranging end, checking an information opening authority of the UE to a service platform; based on successful verification of the UE information open authority, acquiring computing power service network requirement information and idle computing power resource information of a computing power service arrangement end, acquiring cell information and measurement information of a service platform based on the UE, and calculating based on the acquired information to obtain a computing power service instantiation request and an instance termination request based on a target node; returning a calculation force service instantiation request and an example termination request based on the target node to a calculation force service arrangement end; or, according to a received mobility tracking scheduling request based on User Equipment (UE) sent by the computing power service application terminal, checking the tracking authority of the UE to the computing power service application terminal; based on the success of the UE tracking authority verification, sending a mobile tracking scheduling request for obtaining the UE tracking authority to a scheduling end; receiving a mobile tracking scheduling request for acquiring information opening authority returned by a scheduling end, acquiring computing power service network requirement information and idle computing power resource information of a computing power service application end, and sending the computing power service network requirement information and the idle computing power resource information to the scheduling end; and receiving and executing a calculation service instantiation request and an instance termination request which are returned by the scheduling terminal and are based on the target node.
Furthermore, the logic instructions in the memory 63 may be implemented in the form of software functional units and stored in a computer readable storage medium when sold or used as a stand-alone product. Based on such understanding, the technical solution of the present invention may be embodied in the form of a software product, which is stored in a storage medium and includes instructions for causing a computer device (which may be a personal computer, a server, or a network device) to execute all or part of the steps of the method according to the embodiments of the present invention. And the aforementioned storage medium includes: a U-disk, a removable hard disk, a Read-Only Memory (ROM), a Random Access Memory (RAM), a magnetic disk or an optical disk, and other various media capable of storing program codes.
In another aspect, the present invention also provides a computer program product, which includes a computer program stored on a non-transitory computer readable storage medium, the computer program including program instructions, when the program instructions are executed by a computer, the computer being capable of executing the intelligent mobility tracking scheduling method for a computing power network provided by the above methods, the method including: according to a received mobility tracking scheduling request based on User Equipment (UE) sent by a computing power service arranging end, checking an information opening authority of the UE to a service platform; based on successful verification of the UE information open authority, acquiring computing power service network requirement information and idle computing power resource information of a computing power service arrangement end, acquiring cell information and measurement information of a service platform based on the UE, and calculating based on the acquired information to obtain a computing power service instantiation request and an instance termination request based on a target node; returning a calculation force service instantiation request and an example termination request based on the target node to a calculation force service arrangement end; or, according to a received mobility tracking scheduling request based on User Equipment (UE) sent by the computing power service application terminal, checking the tracking authority of the UE to the computing power service application terminal; based on the success of the UE tracking authority verification, sending a mobile tracking scheduling request for obtaining the UE tracking authority to a scheduling end; receiving a mobile tracking scheduling request for acquiring information opening authority returned by a scheduling end, acquiring computing power service network requirement information and idle computing power resource information of a computing power service application end, and sending the computing power service network requirement information and the idle computing power resource information to the scheduling end; and receiving and executing a calculation service instantiation request and an instance termination request which are returned by the scheduling terminal and are based on the target node.
In yet another aspect, the present invention also provides a non-transitory computer readable storage medium, on which a computer program is stored, the computer program being implemented by a processor to execute the intelligent mobility tracking scheduling method for a computing power network provided in the above aspects, the method comprising: according to a received mobility tracking scheduling request based on User Equipment (UE) sent by a computing power service arranging end, checking an information opening authority of the UE to a service platform; based on successful verification of the UE information open authority, acquiring computing power service network requirement information and idle computing power resource information of a computing power service arrangement end, acquiring cell information and measurement information of a service platform based on the UE, and calculating based on the acquired information to obtain a computing power service instantiation request and an instance termination request based on a target node; returning a calculation force service instantiation request and an example termination request based on the target node to a calculation force service arrangement end; or, according to a received mobility tracking scheduling request based on User Equipment (UE) sent by the computing power service application terminal, checking the tracking authority of the UE to the computing power service application terminal; based on the success of the UE tracking authority verification, sending a mobile tracking scheduling request for obtaining the UE tracking authority to a scheduling end; receiving a mobile tracking scheduling request for acquiring information opening authority returned by a scheduling end, acquiring computing power service network requirement information and idle computing power resource information of a computing power service application end, and sending the computing power service network requirement information and the idle computing power resource information to the scheduling end; and receiving and executing a calculation service instantiation request and an instance termination request which are returned by the scheduling terminal and are based on the target node.
The above-described embodiments of the apparatus are merely illustrative, and the units described as separate parts may or may not be physically separate, and parts displayed as units may or may not be physical units, may be located in one place, or may be distributed on a plurality of network units. Some or all of the systems can be selected according to actual needs to achieve the purpose of the solution of the embodiment. One of ordinary skill in the art can understand and implement it without inventive effort.
Through the above description of the embodiments, those skilled in the art will clearly understand that each embodiment can be implemented by software plus a necessary general hardware platform, and certainly can also be implemented by hardware. With this understanding in mind, the above-described technical solutions may be embodied in the form of a software product, which can be stored in a computer-readable storage medium such as ROM/RAM, magnetic disk, optical disk, etc., and includes instructions for causing a computer device (which may be a personal computer, a server, or a network device, etc.) to execute the methods described in the embodiments or some parts of the embodiments.
Finally, it should be noted that: the above examples are only intended to illustrate the technical solution of the present invention, but not to limit it; although the present invention has been described in detail with reference to the foregoing embodiments, it will be understood by those of ordinary skill in the art that: the technical solutions described in the foregoing embodiments may still be modified, or some technical features may be equivalently replaced; and such modifications or substitutions do not depart from the spirit and scope of the corresponding technical solutions of the embodiments of the present invention.
Claims (10)
1. An intelligent mobility tracking scheduling method for a computational power network is characterized by comprising the following steps:
according to a received mobility tracking scheduling request based on User Equipment (UE) sent by a computing power service arranging end, checking an information opening authority of the UE to a service platform;
based on the success of the UE information open authority verification, acquiring computing power service network requirement information and idle computing power resource information of the computing power service arrangement end, acquiring cell information and measurement information of the service platform based on the UE, and calculating based on the acquired information to obtain a computing power service instantiation request and an instance termination request based on a target node;
and returning the calculation force service instantiation request and the example termination request based on the target node to the calculation force service orchestration end.
2. The intelligent mobility tracking scheduling method for a computational power network according to claim 1, wherein the verifying the information opening authority of the user equipment UE to the service platform according to the received mobility tracking scheduling request based on the user equipment UE sent by the computational power service orchestration end comprises:
receiving a mobility tracking scheduling request based on User Equipment (UE) sent by a computing power service scheduling end;
and sending a verification request based on the UE information opening authority to a service platform according to the UE, and successfully verifying based on the authorized UE information opening authority returned by the service platform.
3. The intelligent mobility tracking and scheduling method for the computing power network as claimed in claim 1, wherein the obtaining of the computing power service network requirement information and the idle computing power resource information of the computing power service orchestration end based on the success of the UE information open permission verification comprises:
based on the success of the verification of the UE information opening authority, sending a mobile tracking scheduling request for obtaining the information opening authority to the computational power service arranging end;
and receiving the computing power service network requirement information and the idle computing power resource information which are returned by the computing power service arranging end based on the mobility tracking scheduling request.
4. An intelligent mobility tracking scheduling method for a computational power network is characterized by comprising the following steps:
verifying the tracking authority of the UE to the calculation force service application terminal according to a received mobile tracking scheduling request based on the UE sent by the calculation force service application terminal;
based on the success of the UE tracking authority verification, sending a mobile tracking scheduling request for obtaining the UE tracking authority to a scheduling end;
receiving a mobile tracking scheduling request for obtaining information opening authority returned by the scheduling end, obtaining computing power service network requirement information and idle computing power resource information of the computing power service application end, and sending the computing power service network requirement information and the idle computing power resource information to the scheduling end;
and receiving and executing a computing service instantiation request and an instance termination request which are returned by the scheduling terminal and are based on the target node.
5. The intelligent mobility tracking scheduling method for a computational power network according to claim 4, wherein the verifying the tracking authority of the UE to the computational power service application terminal according to the received mobility tracking scheduling request based on the UE sent by the computational power service application terminal comprises:
receiving a mobility tracking scheduling request based on User Equipment (UE) sent by a computing power service application end;
and sending a verification request for local UE tracking permission to the calculation service application end according to the UE, and successfully verifying the verification based on the authorized UE tracking permission returned by the calculation service application end.
6. The intelligent mobility tracking scheduling method for a computational power network according to claim 4, wherein the receiving and executing computational power service instantiation requests and instance termination requests based on target nodes returned by the scheduling terminal comprises:
receiving a computing power service instantiation request and an instance termination request based on a target node returned by the scheduling terminal;
and switching the computing power service of the current computing power node based on the computing power service instantiation request and the instance termination request of the target node, and stopping the redundant computing power service of the current computing power node relative to the target node.
7. An intelligent mobility tracking scheduling device facing a computational power network, comprising:
the information authority verification module is used for verifying the information opening authority of the UE to the service platform according to the received mobility tracking scheduling request based on the UE sent by the computing power service arranging end;
the request generation module is used for acquiring computing power service network requirement information and idle computing power resource information from the computing power service arrangement end based on successful verification of the UE information open authority, acquiring cell information and measurement information of the UE from the service platform, and calculating to obtain a computing power service instantiation request and an instance termination request based on a target node based on the acquired information;
and the information returning module is used for returning the calculation force service instantiation request and the example termination request based on the target node to the calculation force service arrangement end.
8. An intelligent mobility tracking scheduling device facing a computational power network, comprising:
the tracking authority verification module is used for verifying the tracking authority of the UE to the calculation force service application terminal according to a received mobile tracking scheduling request based on the UE sent by the calculation force service application terminal;
the request sending module is used for sending a mobile tracking scheduling request for obtaining the UE tracking authority to a scheduling end based on the success of the UE tracking authority verification;
the information acquisition module is used for receiving a mobile tracking scheduling request for acquiring information opening authority returned by the scheduling end, acquiring computing power service network requirement information and idle computing power resource information from the computing power service application end, and sending the information to the scheduling end;
and the command execution module receives and executes the calculation service instantiation request and the example termination request which are returned by the scheduling terminal and are based on the target node.
9. An electronic device comprising a memory, a processor and a computer program stored on the memory and executable on the processor, wherein the processor when executing the program performs the steps of the intelligent mobility tracking and scheduling method for a computational power network according to any one of claims 1 to 3 or the steps of the intelligent mobility tracking and scheduling method for a computational power network according to any one of claims 4 to 6.
10. A non-transitory computer readable storage medium, having stored thereon a computer program, wherein the computer program, when being executed by a processor, performs the steps of the intelligent mobility tracking scheduling method for a computational power network according to any one of claims 1 to 3, or performs the steps of the intelligent mobility tracking scheduling method for a computational power network according to any one of claims 4 to 6.
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Effective date of registration: 20231101 Address after: 266107 No. 2, Xiangtan Road, Danshan Industrial Park, Chengyang District, Qingdao, Shandong Patentee after: Inspur Communication Technology Co.,Ltd. Address before: 250101 Inspur science and Technology Park, 1036 Inspur Road, hi tech Zone, Jinan City, Shandong Province Patentee before: Shandong Inspur Scientific Research Institute Co.,Ltd. |