37results about How to "Guaranteed business experience" patented technology

The embodiment of the invention discloses a method and a device for controlling a policy to ensure that BBERF applies policy control according to an appointed range. The method for applying policy control comprises the following steps that: a function of carrying bonding and event reporting receives policy control related information of IP CAN Session and indication information of a range of the IP CAN Session; and the function of carrying bonding and event reporting applies the policy control related information of the IP CAN Session according to the indication information of the range of the IP CAN Session. The device for controlling the policy comprises a receiving unit and an issuing unit, wherein the receiving unit receives tunnel encapsulation head information of a service data flow of the IP CAN Session reported by a policy and charge execution function; and the issuing unit issues the policy control related information of the IP CAN Session and the indication information of the range of the IP CAN Session to the function of carrying bonding and event reporting.

This invention discloses a transmission method for radio access load data including: sorting data packets on a RAB and putting a same kind of data packets in a same sending queue, setting a dispatch strategy to dispatch the queue according to the strategy and sending out the data packets in the queue, which can ensure different QoS requirements of different services.

The invention provides a method and a device for managing and controlling charging and quality of service (QoS) strategies. The method comprises the following steps: determining current charging and QoS strategies by a performing unit in a PCC (Programmable Computer Controller) framework according to the currently-attached service set identifier (SSID) submitted from a terminal; and then controlling the charging and QoS strategies. By adopting the method, the charging and QoS strategies can be controlled by virtue of the PCC framework under an I-WLAN (Industrial Wireless Local Area Network) and SAE (Society of Automotive Engineers) networking scene, so that the gap in 3GPP (the 3rd Generation Partnership Project) specifications can be filled. According to the scheme provided by the embodiment of the invention, the granularity subjected to charging and QoS strategies control can be extended to reach SSID, so that WLAN application can be carried out by aiming at different region scenes and users, the service experiences of the users in key regions can be ensured, and the charging strategy can be flexibly carried out.

This invention discloses a method for indicating if a switch is successful during switch including: after AN receives a message of an access probe sent by AT, it feeds back the access grant information to the AT and carries the information if the switch is successful in the access grant message and AT can get to know if a switch is successful timely.

The embodiment of the invention discloses a public data network (PDN) connection control method and a terminal. The terminal comprises a first user identification card used for bearing data business and a second user identification card used for bearing non-data business. The method comprises the steps of when the terminal detects a preset mode, detecting a resident network of the second user identification card; and when the second user identification card is registered to an IP multimedia sub-system (IMS), deleting a data business PDN connection of the second user identification card.

The invention discloses a method for establishing multi-PDN (packet data network) connection in a mobile relay and a system for realizing the same. In the method, when an RN (relay node) enters a new tracking area and initiates a tracking area update process, an MME (mobility management entity) determines whether the RN needs to establish new PDN connection based on judgment foundation information; if so, the MME adds a parameter to a tracking area update receiving message in the tracking area update process, and indicates the RN to initiate a new PDN connection establishing process; and after receiving the tracking area update receiving message, the RN initiates a PDN connection establishing process to establish new PDN connection based on the PGW ( packet data network gateway) of the current DeNB (donor evolved Node B). Therefore, the RN dispenses with PGW relocation in the movement process, and the most suitable PGW can be selected for serving the RN along with the movement of the RN, thus the problem that the RN initiates a new PDN connection establishing process is solved, and the service experience of a user is ensured.

The disclosure provides a file caching method, operator server, MEC server, computer equipment, and storage medium, the method includes: receiving the data of the high-value membership and subscription service list sent by the service server and storing it in the high-value user information table; receiving the MEC The query request sent by the server after receiving the file data cache request sent by the access point includes the user ID and the product ID of the file data; query the high-value user information table according to the user ID and the product ID of the file data, and determine the Whether the file data is a high-value user file, the judgment result is sent to the MEC server, so that the MEC server updates the cache file information table and the files cached in it, and according to the preset cache file sorting rules and the updated cache file information table Organize all cached file data in it. The technical solution of the present disclosure realizes reasonable caching of high-value user files on the MEC.

This invention discloses a method for indicating if a switch is successful during switch including: after AN receives a message of an access probe sent by AT, it feeds back the access grant information to the AT and carries the information if the switch is successful in the access grant message and AT can get to know if a switch is successful timely.

A method for sending data includes confirming coding mode of service data according to channel quality parameter and QoS character of service to be sent, carrying out coding on data requiring to be sent out according to confirmed coding mode and sending coded data out.

The invention discloses a TV, broadband and telephone transmission system based on a cable TV HFC network, including backbone equipment, corridor unit equipment and user home equipment; the backbone equipment room is connected to the corridor unit, and the corridor unit is connected to the The user's home equipment; the backbone computer room equipment converts the HDTV IP signal into an optical signal of an intermediate frequency signal, and the corridor unit equipment will receive the CATV optical signal, the optical signal of the intermediate frequency signal and the IP signal and convert the CATV optical signal Signal and the optical signal of the intermediate frequency signal are converted into respective radio frequency signals, and the optical signal of the IP signal is modulated into EOC signals, 3G signals and WIFI signals, and the corridor unit equipment mixes and distributes CATV radio frequency signals and intermediate frequency signals according to users The radio frequency signal, the EOC signal, the 3G signal and the WIFI signal, the user home equipment distributes the mixed signal transmitted by the corridor unit equipment according to the room, and can realize the transmission of TV on the cable TV HFC network at the same time , broadband, and telephone signals, so that the previous three networks can realize the integration of three networks in one function, and the construction cost of the network system is greatly reduced.

Embodiments of the present invention provide a network expansion method, device, and computer-readable storage medium. The method includes: determining the single-cell The demand for the number of frequency points in the traffic dimension; based on the demand for the number of frequency points in the capacity dimension of a single cell and the demand for the number of frequency points in the traffic dimension of the single cell, determine the network expansion requirements; expand the capacity based on the determined network expansion requirements .