53 results about "Context transfer" patented technology

The invention provides a user-defined role switching method and device for an AI voice module, and relates to the technical field of data processing, and the method comprises the steps: receiving a role switching instruction inputted by a user, carrying out the identification binding of the original data of a current session with a first role before switching, and recording the current dialogue state of the first role; according to a role switching instruction input by a user, determining a switching target as a second role, and extracting and archiving historical context information in the first role session data set; screening the context transfer data set in combination with the identity information, the permission level and the theme tag of the second role, and extracting historical context content suitable for the second role; updating the current session state with the second role; when the user switches back to the first role again, calling the stored current dialogue state and the dialogue data set of the first role; the autonomy and accuracy of the user-defined role switching method are improved.

Certain aspects of the present disclosure provide techniques for separation of inter-cell handover and context transfer. An example method for wireless communications by a first network entity includes obtaining, from a first user equipment, a first request to establish a first communication link between the first user equipment and a second network entity; transmitting a second request for a first address of the second network entity; obtaining an indication of the first address of the second network entity; transmitting, to the second network entity at the first address, the first request; and forwarding communications associated with the first communication link between the first user equipment and the second network entity.

Proposed are a method and device for configuring a context transfer frame used by a serving AP MLD to transfer context to a target AP MLD in a wireless LAN system. Specifically, a non-AP STA associated with a non-AP MLD transmits a roaming request frame to a first AP associated with a first AP MLD. After the context transfer frame is transferred from the first AP MLD to a second AP MLD, the non-AP STA receives a roaming response frame from the first AP. The context transfer frame includes a bitmap field, a TID field, and context. The TID field includes information about a TID index having a bit value of 1 in the bitmap field. The context includes context for traffic indicated by the TID index.

Methods and apparatuses for feedback procedures for context transfer in WLANs. A method of wireless communication performed by a station (STA) includes determining to roam from a first access point (AP) to a second AP. The method further includes receiving, from the second AP, context transfer feedback information associated with a context that has been set up with the first AP, the context transfer feedback information indicating information about parameters associated with the context.

This application provides a context transfer method and a communication apparatus. The method includes: When an edge enabler client context fails to be relocated from a second edge enabler server to a first edge enabler server, a first apparatus sends first information to a first edge application server corresponding to the first edge enabler server, where the first information is used by the first edge application server to subscribe to edge enabler server capability exposure information from the first edge enabler server. In the foregoing technical solution, when an edge enabler client context fails to be transferred, the first apparatus may indicate a target edge application server to subscribe to edge enabler server capability exposure information from a target edge enabler server.

The disclosure relates to a 5G or 6G communication system for supporting a higher data transmission rate. A first access and mobility management function (AMF) receives, from a user equipment (UE), a registration request message including information regarding a public land mobile network (PLMN) with a disaster condition, wherein the information regarding the PLMN with the disaster condition indicates a PLMN of the UE which has faced the disaster condition, stores the information regarding the PLMN with the disaster condition included in the registration request message as a part of a UE context, receives, from a second AMF, a UE context transfer request message, and transmits, to the second AMF, a UE context transfer response message in response to the UE context transfer request message, the UE context transfer response message comprising the UE context.

In an embodiment, a station (STA) may transmit an authentication request to a current AP to be authenticated with one or more target access points (APs) and the current AP may communicate with the one or more target APs to authenticate the STA and to perform a context transfer of one or more contexts or agreements to the target APs. The current AP and the target APs may be part of a seamless roaming domain, which may provide functionalities for performing the authentication and context transfer.

In an embodiment, a station (STA) may transmit an authentication request to a current AP to be authenticated with one or more target access points (APs) and the current AP may communicate with the one or more target APs to authenticate the STA and to perform a context transfer of one or more contexts or agreements to the target APs. The current AP and the target APs may be part of a seamless roaming domain, which may provide functionalities for performing the authentication and context transfer.

A station (STA) may transmit an intent to roam to one or more neighboring APs to a current AP associated with the STA. In an embodiment, a context transfer may be performed to transfer contexts from a current AP to a target AP, where the context transfer may reduce a time that may be needed for a link to reach an optimal performance level upon the STA roaming to a target AP. A context transfer may include an exchange of relevant information between APs, including between a current AP and a target AP, such that the target AP is aware of one or more parameters of one or more contexts when the STA roams to the target AP.

Methods and apparatuses for seamless roaming in WLANs are provided. A method of wireless communication performed by a station (STA) includes determining to roam from a first access point (AP) to a second AP. The method includes receiving, from the first AP, context transfer feasibility information associated with a context set up with the first AP and at least one candidate AP for the STA to roam to.

The present disclosure provides techniques for seamless roaming with uplink / downlink context transfer. A serving AP transmits a sequence of downlink data units for a TID to a client device, the sequence of downlink data units having sequence numbers falling within a transmit window for the TID. The serving AP receives, from the client device, a roaming request identifying a target AP. In response, the serving AP sends a roaming context message to the target AP, comprising at least one of a SSN of the transmit window corresponding to the TID, or a NSN for the TID, where the NSN is a first sequence number to be assigned for downlink data units of the TID transmitted by the target AP to the client device.

Methods and apparatuses for transferred content notification in next generation WLANs. A method of wireless communication performed by a station (STA) includes determining to roam from a first access point (AP) to a second AP. The method further includes receiving a context transfer notification associated with a context that has been set up with the first AP. The context transfer notification indicates whether the context has been transferred from the first AP to the second AP.

The embodiment of the invention provides a communication method and device and a storage medium, and belongs to the technical field of WIFI communication. In the method, a first device triggers a second device to transfer a context to a third device, the first device is a non-AP STA or a non-AP MLD, the second device is a current AP STA or an AP MLD, and the third device is a target AP STA or an AP MLD. According to the invention, the non-AP STA or the non-AP MLD can trigger the context transfer in advance, so that the service interruption time in the FT process is reduced.

The present disclosure relates to a 5G or 6G communication system for supporting higher data transmission rates. In particular, proposed in the present disclosure are a method and apparatus for improving a paging procedure and a context transfer procedure according to UE mobility in order to efficiently maintain an RRC INACTIVE state of a UE in a wireless communication system.

The invention discloses a generative financial report writing method based on role division, and relates to the technical field of report writing. By constructing a semantic anchor point set and performing structured compression processing, key semantic information for context transfer can be efficiently extracted without depending on lengthy content of an original text, and the problem of information truncation caused by limited input length in a traditional chain Prompt mode is fundamentally avoided; a structured semantic abstract is used as a unique context source generated by a next role, and an anchor binding and semantic coverage verification mechanism is introduced, so that the phenomena of information dislocation, semantic drift, key loss and the like in a context compression process are effectively prevented; and through anchor point consistency comparison, it is ensured that subsequent generated content accurately restores an original logic chain, accurate inheritance and closed-loop control on content semantics are formed among roles, and therefore the problem that the context state gradually loses efficacy in Prompt chain transmission is comprehensively solved.

Proposed are a method and an apparatus for simultaneously requesting new links to be connected to a target AP MLD or simultaneously deleting existing links connected to a serving AP MLD during MLD roaming in a wireless LAN system. Specifically, a non-AP MLD transmits a request frame including information on an additional link to a first AP MLD. The non-AP MLD receives a confirmation frame including information on the additional link from a second AP MLD. The non-AP MLD receives, from the second AP MLD, information indicating that context transfer has been completed. On the basis of the request frame including the information on the additional link, a first link between a first non-AP STA and a first AP and a second link between a second non-AP STA and a second AP are established together.

Methods, devices, and systems for edge enabler client (EEC) context transfer security and authorization. In some embodiments, the EEC may authorize and / or agree to transfer EEC context information from a source edge enabler server (S-EES) to a target edge enabler server (T-EES). In various embodiments, the EEC context may be relocated from an S-EES to a T-EES via a push (S-EES initiated) or a pull (T-EES initiated) manner. In some application context relocation (ACR) procedures, the EEC context may be transferred even when communication between the EEC and the S-EES is impossible or unreliable. Thus, in some embodiments, the EEC context transfer mechanism may allow the EEC to authorize the context transfer even when communication between the EEC and the T-EES is impossible or unreliable during the context transfer.

The present disclosure provides techniques for seamless roaming with uplink / downlink context transfer. A first AP MLD of a SMD establishes an association between the SMD and a non-AP MLD, receives UL MPDUs from the non-AP MLD, each UL data MPDU having a corresponding SN, transmits content of the UL data MPDUs received from the non-AP MLD to a distribution system, maintains UL context information of the association, receives a roaming request from the non-AP MLD, transfers UL context information to the second AP MLD, the UL context information comprising a SN of the last UL data MPDU received from, and acknowledged to, the non-AP MLD and forwarded to the distribution system, and transmits a roaming response to the non-AP MLD, the roaming response comprising an indication of the SN of the last UL data MPDU received from, and acknowledged to, the non-AP MLD and forwarded to the distribution system.

Provided in the present application are a communication method and apparatus. The method comprises: a first access-point multi-link device determining that a station multi-link device has roamed from the first access-point multi-link device to a second access-point multi-link device, and storing first context information of the station multi-link device for a first duration. When determining that a station multi-link device completes roaming, a first access-point multi-link device stores, for a first duration, context information related to the station multi-link device, rather than immediately deleting the context information once the station multi-link device completes the roaming. Therefore, the additional overheads caused by repeated roaming of the station multi-link device can be effectively reduced, for example, the additional overheads caused by repeated context transfer or context re-negotiation in a roaming scenario can be reduced.

In one aspect, a method includes initiating a roaming procedure for a Non-Access Point Multi-Link Device (Non-AP MLD) to roam from a current Access Point Multi-Link Device (AP MLD) onto a target AP MLD; determining whether a multi-phased roaming procedure for the Non-AP MLD to roam to the target AP MLD is possible; performing the multi-phased roaming procedure when the multi-phased roaming procedure is possible; and performing a single-phased roaming procedure when the multi-phased roaming procedure is not possible.

A station (STA) may transmit an intent to roam to one or more neighboring APs to a current AP associated with the STA. In some embodiments, a context transfer may be performed to transfer contexts from a current AP to a target AP, where the context transfer may reduce a time that may be needed for a link to reach an optimal performance level upon the STA roaming to a target AP. A context transfer may include an exchange of relevant information between APs, including between a current AP and a target AP, such that the target AP is aware of one or more parameters of one or more contexts when the STA roams to the target AP.

The invention discloses a method and a system for realizing a two-dimensional set data type based on a database extension head structure. The method comprises the following steps: constructing a recursively nested EAH hierarchical varlena storage architecture, storing a nested set EAH head in a dvalue data area of a root EAH, and storing specific data elements in a tail layer EAH; the nested EAH zero copy assignment is realized through the eohcontext memory context transfer; and finishing persistence and access by adopting a top-down serialization / deserialization mechanism. According to the method, the two-dimensional set type is originally supported on the kernel level, and compared with a traditional one-dimensional array, the assignment efficiency and the storage performance of a multi-dimensional data structure are remarkably improved, the query implementation complexity of a complex data model is reduced, and the direct expression ability of a database to two-dimensional and higher-dimensional data is enhanced.

Disclosed are techniques for registering a user equipment (UE) to a new access and mobility management function (AMF). When a new access and mobility management function (AMF) determines that an old AMF is disjoint AMF i.e. they are not connected, then the new AMF fetches the UE context (5GMM and 5GSM context) from the old AMF via new generation radio access network (NG-RAN). The new AMF routes a Namf_Communication_UEContextTransfer request message to the old AMF to fetch the UE contexts via NG-RAN. The old AMF sends the UE contexts in the Namf_Communication_UEContextTransfer response message to the new AMF via NG-RAN. Based on the context transfers between the new AMF and the old AMF, the UE is registered to the new AMF.

Proposed are a method and device for defining time points of context transfer and DS mapping change in a wireless LAN system. Specifically, a non-AP STA belonging to a non-AP MLD transmits a roaming request frame to a first AP belonging to a first AP MLD. After the context is transferred from the first AP MLD to a second AP MLD, the non-AP STA receives a roaming response frame from the first AP. On the basis that the transfer of the context is performed before the DS mapping is changed from the first AP MLD to the second AP MLD, the context of packets in a queue of the first AP MLD is transferred until a time point at which the transfer of the context starts.

The invention provides a communication method and device. The method comprises the steps that a first access point multi-link device determines that a site multi-link device roams from the first access point multi-link device to a second access point multi-link device, and first context information of the site multi-link device is stored within a first duration. When the first access point multi-link device determines that the station multi-link device completes roaming, the first access point multi-link device stores the context information related to the station multi-link device in the first duration instead of deleting the context information immediately after the station multi-link device completes roaming, so that the roaming of the station multi-link device is completed. Therefore, the extra overhead caused by repeated roaming of the site multi-link equipment can be effectively reduced, for example, the extra overhead caused by repeated context transfer or context re-negotiation in a roaming scene can be reduced.

Certain aspects of the present disclosure provide techniques for separation of inter-cell handover and context transfer. An example method for wireless communications by a first network entity includes obtaining, from a first user equipment, a first request to establish a first communication link between the first user equipment and a second network entity; transmitting a second request for a first address of the second network entity; obtaining an indication of the first address of the second network entity; transmitting, to the second network entity at the first address, the first request; and forwarding communications associated with the first communication link between the first user equipment and the second network entity.

The present disclosure provides techniques for seamless roaming with uplink / downlink context transfer. A serving AP transmits a sequence of downlink data units for a TID to a client device, the sequence of downlink data units having sequence numbers falling within a transmit window for the TID. The serving AP receives, from the client device, a roaming request identifying a target AP. In response, the serving AP sends a roaming context message to the target AP, comprising at least one of a SSN of the transmit window corresponding to the TID, or a NSN for the TID, where the NSN is a first sequence number to be assigned for downlink data units of the TID transmitted by the target AP to the client device.

A distributed system (DS) mapping change method includes, after a non-access point station (non-AP STA) is switched from a first access point (AP) in a multi-access point (MAP) system to a second AP in the MAP system, performing a context transmission procedure to transmit a context of the first AP to the second AP, where the context includes a traffic parameter between the non-AP STA and the first AP; and performing a DS mapping change procedure to inform the DS of mapping between the non-AP STA and the second AP, wherein the DS mapping change procedure does not pass the re-association process.

Aspects of the present disclosure relate to apparatuses and methods for UE context transmission at sensing function (SF) handover. A first apparatus includes at least one memory and at least one processor coupled with the at least one memory and configured to cause the apparatus to: receive a first message, the first message including a first identification (ID) of a UE; determining whether the UE or a serving radio access node (RAN) node of the UE is within a serving area of the first SF based at least on the first message; determining a second SF for serving the UE based on determining that the UE or a serving RAN node of the UE is outside the serving area; and causing a first context of the UE to be transmitted from the first SF to the second SF, the first context being created at the first SF.

Methods and apparatuses for enabling seamless roaming in next generation WLANs. A method of wireless communication performed by a station (STA) includes determining to roam from a first access point (AP) to a second AP. The method further includes receiving, from the first AP, context transfer feasibility information associated with a context that has been set up with the first AP, the context transfer feasibility information further associated with at least one candidate AP for the STA to roam to.