34results about How to "Realize differentiated services" patented technology

The application discloses a multi-service MEC network architecture, and a multi-service data stream processing method and device, relates to the technical field of communications, and is used for a low-latency network to improve user experience. The multi-service MEC network architecture comprises a core layer, an aggregation layer, and a plurality of terminals, wherein the core layer comprises anS / PGW-C, an MSG-C, an orchestration synergy, and a PCRF; the aggregation layer comprises at least one multi-service MEC server, at least one MSG-U, at least one S / PGW-U, and at least one CDN server;the plurality of terminals comprise at least one mobile terminal and at least one fixed network terminal; and the multi-service MEC network further comprises at least one pair of core routers CRs forsending the data information corresponding to the service request received by the MSG-U to the network to obtain a data stream corresponding to the data information. The embodiment of the applicationis applied to terminals to acquire data resources from the network.

The invention provides a user priority-oriented base station collaborative caching method in a dense scene. The method mainly solves the problems that the hit rate of user request content in a base station cache is low and high-priority users are unfairly processed due to the fact that user requests are not differentially served in the prior art. According to the implementation scheme, the methodcomprises the following steps: firstly, establishing a deep reinforcement learning model of base station collaborative caching according to request information of all users and information in a base station buffer; performing offline training and learning on the model to obtain a learned deep reinforcement learning model; and finally, carrying out online base station collaborative cache decision at the macro base station by using the learned deep reinforcement learning model. According to the method, the hit rate of the request content of the user in the base station buffer is increased, differentiated services can be provided for the users with different priorities, the internet surfing requirements of the different users can be met, greater benefits can be brought to operators, and the method can be used for accessing resources by the users in a wireless network.

A power supply marketing service method based on an improved feature word weight algorithm relates to the field of power supply marketing service, and comprises the steps of performing data classification from a behavior-demand-value dimension of a power customer based on power customer data of a power supply enterprise and external power customer data published by a social institution; constructing a power customer characteristic index set by using a multi-label classification algorithm; analyzing the cost of a power supply enterprise, and performing dynamic game analysis to obtain an optimalpower supply marketing service mode; aiming at the economic contribution portrait of the power customer, carrying out portrait modeling on the economic contribution of the power customer through a TF-IDF algorithm; dividing the power customers into certain grades according to the portraits; and performing services of different contents according to the grades, and considering the influence of thechange of the power supply marketing service strategy on the operation of the power supply enterprise, the requirements of the power customers and the operation capability of the power supply enterprise, so that the scheme is more universal, and differentiated services are provided for different types of power customers.

The present invention proposes a user priority-oriented base station cooperative caching method in a dense scene, which mainly solves the low hit rate of user request content in the base station cache in the prior art and the high priority caused by user requests being served without differentiation The problem of users being treated unfairly. The implementation plan is: first establish a deep reinforcement learning model for base station cooperative caching according to the request information of all users and the information in the base station buffer; then conduct offline training and learning on the model to obtain a learned deep reinforcement learning model; finally use The learned deep reinforcement learning model performs online base station cooperative caching decision at the macro base station. The invention not only increases the hit rate of the user's request content in the base station buffer, but also provides differentiated services to users with different priorities, which can not only meet the Internet access requirements of different users, but also bring more benefits to operators. Great benefits can be used for user access to resources in wireless networks.

The method includes following steps: (1) mobile terminal identifies type of service and relevant parameters initiated by user; (2) based on the relevant parameters, the mobile terminal looks up mapping relation between type of service and relevant parameters; (3) based on the mapping relation, the mobile terminal obtains parameters of quality of service, and inserts the parameters of quality of service into request for building connection; (4) mobile terminal sends request for building connection to mobile communication network. The invention can provide different services for needs of different service qualities. In time of initiating service, mobile terminal can select different parameters of quality of service based on different services, types of user and types of network, but not based on application in upper layer. Features are: no reconstruction cost for network equipment, and reduced cost of investment.

A method for realizing different service, comprising: MSC determines the user group number of user priority level group for the user who accesses network; a MSC related to the service accessed determines priority level information of the service according to the user group number of a user related to the service; and sends the determined priority level information of the service to a BS controlling device related to the service; the MSC and BS controlling device related to the service allocate resources according to priority information for current service. The present invention is applicable to 3G mobile communication system and 2G mobile communication system at the same time, and can realize different service based on service with information related to current service.

The invention provides an open method for a user side QoS guarantee capability and a server, and relates to the technical field of communications. The method comprises that: the server receives a QoSspeedup request initiated by user equipment; the server calls a Rest API interface of an API enable platform (AEP) according to the QoS speedup request to initiate a QoS resource application request to a network, so that the network establishes a dedicated bearer for a data flow sent from the user equipment to the server according to the QoS resource application request, and opening of the user side QoS guarantee capability is achieved. The method can provide the QoS guarantee capability in the network to a third-party partner for use.

The invention discloses a method and a system for achieving an end-to-end differentiated service in an internet protocol (IP) network. The method for achieving the end-to-end differentiated service in the IP network comprises intercepting, capturing and analyzing upstream flows by data processing installation (DPI) equipment; matching the analyzed upstream flows according to a stored business strategy, and marking the upstream flows which are matched with the business strategy; extracting IP quintuple group information from the matched upstream flows, and sending the IP quintuple group information and the business strategy to an addressing router; searching an edge router connected with a server which is accessed to business accessed by a user by the addressing router according to an router list and received IP quintuple group information; sending the edge router which is found, the IP quintuple group information and the business strategy to an IP network management system which sends the IP quintuple group information and the business strategy to the edge router; and marking downstream flows which are matched with the business strategy by the edge router. The method and the system for achieving the end-to-end differentiated service in the IP network are in no need of deploying the DPI equipment in the whole network, and therefore the end-to-end differentiated service can be achieved under the condition that the change of an existing network is small.

The invention relates to mobile communication technique, which provides an access control method to confirm the access successful rate of the user with high priority to improve the service property of communication system. In said invention, it detects the system load, and when there is overload, it distributes more resource to the user with high priority and less resource to the user with low priority to confirm the access successful rate of the user with high priority.

The invention discloses a mass data integration system which is used for storing and processing mass data information. The system comprises a plurality of data storage devices, a data conversion device, a application service resource pool, a register device and a monitoring device, wherein the data conversion device is used for splitting or merging data stored in the data storage devices; the application service resource pool comprises a plurality of application servers which are connected with the data storage devices and used for processing the data stored in the data storage devices; and the monitoring device is used for monitoring the application servers in the application service resource pool, controlling the data conversion device to split the data when the performance index of the application servers is larger than a first threshold value, controlling the data conversion device to merge the data when the performance index of the application servers is smaller than a second threshold value, and changing the corresponding relationship between the application servers and data storage units recorded in the register device after the data are split or merged. The invention also discloses a mass data integration method.

The application discloses a multi-service MEC network architecture, and a multi-service data stream processing method and device, relates to the technical field of communications, and is used for a low-latency network to improve user experience. The multi-service MEC network architecture comprises a core layer, an aggregation layer, and a plurality of terminals, wherein the core layer comprises anS / PGW-C, an MSG-C, an orchestration synergy, and a PCRF; the aggregation layer comprises at least one multi-service MEC server, at least one MSG-U, at least one S / PGW-U, and at least one CDN server;the plurality of terminals comprise at least one mobile terminal and at least one fixed network terminal; and the multi-service MEC network further comprises at least one pair of core routers CRs forsending the data information corresponding to the service request received by the MSG-U to the network to obtain a data stream corresponding to the data information. The embodiment of the applicationis applied to terminals to acquire data resources from the network.

An embodiment of the invention discloses a method and servers for downloading application resource packets and is used for overcoming the defects of existing methods for downloading the application resource packets. The method is applied to an application communication system which comprises a first server, a second server and N terminals. The method includes that the first server receives N downloading requests for a target application resource packet sent by the N terminals in an idle state; if the N downloading requests are more than preset downloading quantity, the first server determines M terminals meeting preset conditions according to user level information, and sends a first downloading confirmation message to the second server to enable the second server to allocate and distribute network CDN downloading sources to the M terminals according to the first downloading confirmation message to enable the M terminals to download the target application resource packet according to the CDN downloading sources, wherein the CDN downloading sources include the target application resource packet.

The invention discloses an telecommunications level ether private wire end-to-end connectivity detecting method and system terminal, including: detecting the connectivity of subscriber circuits in operator network by the operational maintenance management OAM of telecommunications level Ethernet, and operators, through telecommunications level Ethernet apparatus, actively initiating internet packet ping test message to subscriber terminals of local network side and remote network side through a two-layer circuit; judging whether the response message returned form subscriber terminals are received, if so, judging that the circuit from the operator to the subscriber terminals is communicated. By the invention, the operator can perform full distance telecommunications level ether private wire end-to-end connectivity detection without participation of subscribers, thereby providing differential service for subscribers and advancing perception of subscribers.

The invention discloses a method and system of using a gateway device to provide differentiated services in a wireless network. The method comprises the following steps: an access controller (AC) obtains the correspondence of the MAC address and SSID in a message sent by a terminal and sends the correspondence to a transfer device; the transfer device receives the correspondence in the message sent by the terminal and obtains the correspondence of the IP address and SSID of the terminal according to the correspondence of MAC address and SSID obtained from the AC; and the gateway device storesthe corresponding correspondence of the IP address and SSID of the terminal sent by the transfer device, searches the IP address carried by the message sent by the terminal, searches the corresponding SSID according to the searched IP address, obtains the service type corresponding to the terminal according to the preset correspondence of SSID and service type and provides differentiated services. By using the method and device of the invention, the gateway device in WLAN environment can provides differentiated services for the terminal.

A overload control method for an access network element and a device thereof are provided, relating to the field of communications technology; wherein, the overload control method for an access network element includes: when the access network element is overload, the information of User Equipment(UE) with low priority accessing the access network element is obtained; the procedure for deleting the UE with low priority from the access network element is initiated. Related devices thereof include an access gateway, a core management network element and an access side gateway.

Disclosed is a method for providing services by a cloud platform, comprising: receiving a service request from a user; acquiring a service trigger criterion according to the service request, the service trigger criterion including at least one service routing trigger criterion; forwarding the service request to a service control platform according to the service routing trigger criterion; receiving a response message from the service control platform, the response message carrying service operation information determined by the service control platform according to the service request; and processing the service request according to the service operation information. In the embodiments of the present invention, different service requests are initiated for different types of subscribers, services can be triggered to a corresponding service control platform by deploying the service trigger criterion, and a cloud platform can be controlled to perform different service logics by deploying a service control platform, so as to enable a unified cloud platform to support the deployment of various different services, thereby realizing differentiated services.

The present invention discloses providing ringing back tone method. Said method includes calling switchboard judging whether called user idleness, if it is then transmitting current calling and called subscriber number to service switching point; said service switching point detecting whether said called number carried with ringing back tone accessing code, if it is then transmitting said calling and called subscriber number to service control point; service control point according to said called subscriber number determining attributive number segment, in different ringing back tone service platform selecting said number segment correspondent ringing back tone service platform; said selected ringing back tone service platform according to said called subscriber number providing said called subscriber number correspondent ringing back tone to calling user. The present invention realizes simultaneously accessing different equipment maker provided ringing back tone service platform in same operation network, to make different number segment user capable of obtaining difference service.

The invention discloses a domain name differentiation analyzing method and a domain name server. The domain name differentiation analyzing method comprises the steps of: receiving a domain name query message which comprises a domain name and client type information to be analyzed; analyzing the domain name query message to obtain the domain name and the client type; and inquiring a resource record comprising the domain name and the client type, and returning a domain name response message comprising an IP address in the resource record obtained by inquiring. Through the domain name differentiation analyzing method and the domain name server, a differentiated domain name analyzing service can be provided for clients of different client types.