98 results about "Device migration" patented technology

A method for performing an application migration operation includes initiating the application migration operation to migrate an application from a source device to a target device, where the source device includes a source data migration agent and the target device comprises a target data migration agent. The method also includes initiating an active scan of network traffic at a transmission control protocol layer. The method further includes establishing a secure data path between the source device and the target device. In addition, the method includes beginning migration of the application from the source device to the target device using the secure data path. Moreover, the method includes making a first determination, using the active scan, that a data packet is associated with suspicious activity and rejecting the data packet based on the first determination.

The invention discloses a memory data migration method and electronic equipment, and relates to the technical field of computers, and the method comprises the steps: determining the access heat of a storage device accepting the access of a computing node based on a memory access task executed by a switching controller and an address mapping table, so as to determine a source device and a candidate data unit, according to the access parameter of the candidate data unit and the state parameter of the storage device, calculating a performance score after the candidate data unit is stored in the storage device so as to determine the data unit to be migrated and the target device, so that cold and hot data identification from the perspective of a computer fast interconnection memory heterogeneous system is realized; the rationality of data migration is improved on the basis of quantitative performance scores; according to the method, the to-be-migrated data unit is controlled to be migrated from the source device to the target device, and the address mapping table is updated, so that the data migration task is prevented from influencing the host work of the computing node, and a cold and hot data migration scheme without being perceived by the host in the computer fast interconnection memory heterogeneous system is realized.

A method for performing an application migration operation, the method includes initiating the application migration operation to migrate an application from a source device to a target device, where the source device includes a source data migration agent and the target device includes a target data migration agent. The method also includes initiating an active scan. Further, the method includes establishing a secure data path between the source device and the target device. Moreover, the method includes making a first determination, using the active scan, that the network traffic or the source performance metrics are indicative of suspicious activity and logging information about the suspicious activity. The method also includes making a second determination that the application migration operation is complete and terminating the active scan and the secure data path based on the second determination.

The invention discloses an autonomous fault-tolerant system and method for dual-mode hot switching, and relates to the technical field of edge computing, and the method comprises the steps: switching a main communication link to a standby communication link when the main communication link has a fault, and generating a first hardware equipment migration instruction when any one of a plurality of hardware equipment has a fault risk, meanwhile, a second hardware equipment migration instruction is generated when any hardware equipment is in a fault state, the fault hardware equipment in the fault risk and the fault state is migrated to a target node based on the first hardware equipment migration instruction and the second hardware equipment migration instruction, and when the target node recovers execution of a service task, the target node is migrated to the target node. A service task is executed based on a communication link of the autonomous fault-tolerant system, the technical problems of long response time, delay and high cost generated by manual operation and maintenance and cloud redundant backup are solved, a dual-mode communication design idea is adopted, and all functional modules work cooperatively, so that a complete closed loop from fault monitoring to autonomous recovery is realized.

The invention provides a service session control method for a multi-dimensional identification system, which comprises the following steps of: dynamically generating unique multi-dimensional identification information including an equipment identification EID, a service identification SID and a network identification NID when a user terminal accesses for the first time or accesses a network again; encrypting the multi-dimensional identification information by adopting a Hash algorithm, performing digital signature on the encrypted multi-dimensional identification information, sending the encrypted multi-dimensional identification information to a multi-dimensional identification server to complete registration, and performing associative storage on the multi-dimensional identification information and the equipment capability information by the multi-dimensional identification server; establishing an end-to-end communication link; the dynamic management mechanism continuously maintains the session state, and tracks and updates the multi-dimensional identification information of the user terminal in real time; when the equipment signal intensity is lower than the safety threshold or the electric quantity is lower than the threshold, the user can complete equipment migration without perception; terminating the session and releasing resources; according to the method, the safety, the efficiency, the consistency, the flexibility and the expansibility are remarkably improved, and the complex and changeable communication requirements can be better met.

The invention relates to the technical field of computers, and discloses a multi-agent reinforcement learning fault diagnosis method based on edge-center hybrid optimization, and the method comprises the following steps: S1, collecting and preprocessing equipment data; s2, layered fault diagnosis: an intelligent diagnosis agent adopts a layered reinforcement learning structure and is composed of a high-layer strategy network and a low-layer strategy network; s3, edge-center hybrid optimization: designing a center strategy optimization agent, training a high-layer strategy network and a low-layer strategy network in stages, and performing compression and distillation on the trained strategy networks by adopting a teacher-student strategy structure; executing strategy fusion and global updating based on the received strategy execution information; and S4, strategy migration. According to the method, continuous learning and strategy updating are carried out in a scene in which fault samples are extremely scarce, diagnosis knowledge sharing, strategy synchronization and cross-device migration are realized by using a multi-agent cooperation mechanism, efficient deployment and operation at an edge device end are supported, and field state change is adapted in real time.

Embodiments described herein relate to methods, systems, and non-transitory computer readable mediums storing instructions for migrating BIOS settings to a new computational device. Using telemetry and other sources, one or more embodiments of the invention determine the identity of the one or more hardware elements and from that produces a compatible tree for the new computation device. The method then retrieves previous BIOS settings that are to be migrated, and determines, using the compatible tree, one or more BIOS settings of the previous BIOS settings that need to be changed. The BIOS is changed, and the updated BIOS settings are then migrated to the new computational device, wherein the BIOS on the new computational device is configured with the updated BIOS settings.

The invention discloses a data cross-device migration method and device, a storage medium and a program product, and relates to the technical field of distributed computing, and the method comprises the following steps: determining first data for data migration in a source device; acquiring hardware characteristic information of the target equipment, and performing adaptive conversion on the first data according to the hardware characteristic information to obtain adaptive second data; dividing the second data into static data and dynamic data; mapping the memory addresses of the source device and the target device to the shared virtual address, and transmitting the dynamic data to the target device; static data obtained by accessing the shared virtual address by the target device and received dynamic data are determined, and whether the static data and the dynamic data are adaptive to the target device is determined; if it is determined that the static data and the dynamic data are matched with the target device, the target device is controlled to execute calculation tasks corresponding to the static data and the dynamic data. According to the method, the cross-device migration efficiency can be improved.

Disclosed are a virtual machine migration method and apparatus, an offloading card, a device, and a system, related to the field of computers. The method comprises: when a virtual machine is migrated from a source device to a destination device, the source device receiving a service packet sent by an external device to the virtual machine in the source device, and an offloading card in the source device transmitting service data comprised by the service packet to an offloading card in the destination device on the basis of a tunnel between the source device and the destination device; the offloading card of the destination device feeding back a response packet by means of the tunnel between the source device and the destination device, or feeding back a response message to the external device on the basis of the tunnel between the destination device and the external device. The packet of the virtual machine is processed and forwarded in real time, preventing a packet loss phenomenon of virtual machine migration, reducing occupation of the storage space of the VMM or the storage space of the source device, reducing participation of a processor in the source device in packet processing, decreasing packet processing time delay, enabling the destination device to restart the virtual machine in a timely manner, and effectively shortening time delay of virtual machine migration.

Provided are a wireless communication method, a terminal device and a network device. The method comprises: a target terminal device sending a first request to a network device, wherein the first request is used to request the migration of a target service from a first terminal device to a second terminal device; and the target terminal device is the first terminal device or the second terminal device. In the embodiments of the present application, the target terminal device can send the first request to the network device to request the migration of the target service from the first terminal device to the second terminal device. That is, the introduction of the first request helps the network device to perceive the requirement for the cross-terminal-device migration of the target service so as to optimize subsequent processes on the basis of the requirement. Compared with that during conventional cross-terminal-device migration of a target service, the network device is unable to perceive the requirement for the cross-terminal-device migration of the target service, and is thus unable to optimize the subsequent processes on the basis of the requirement, an improvement in the user experience is facilitated.

A system for remediating a recovery process such as a migration of data includes an event database, a monitoring component, programmed to: monitor a source device to detect an initiation of a recovery process, wherein the recovery process is migration of application data from the source device to a target device, an analysis component programmed to: monitor the event database to detect a new event entry, wherein the event entry is associated with the recovery process of the source device, make a determination that the new event entry is associated with a failure event, based on the determination, provide the new event entry to a remediating component, programmed to obtain a recommendation for remediation based on the failure event and initiate the remediation based on the recommendation for remediation.

Embodiments of the invention provide a virtual machine migration method and apparatus, and a computing device. The first computing device is connected with a universal serial bus (USB) device. The method comprises the following steps: a first computing device obtains an identifier of a third computing device sent by a second computing device; and the target virtual machine running on the second computing device accesses the USB device connected with the first computing device based on the USB protocol data between the first computing device and the second computing device. And under the condition that the target virtual machine is migrated from the second computing device to the third computing device, the first computing device determines that the USB protocol data is the USB protocol data between the first computing device and the third computing device according to the identifier of the third computing device, the migrated target virtual machine on the third computing device accesses the USB device connected with the first computing device based on the USB protocol data. According to the method provided by the embodiment of the invention, the normal operation of the service can be kept in the migration process of the virtual machine.

The invention discloses a shortcut key system and method capable of being adaptively configured. The system comprises a user configuration interface module, a key mapping engine, a function interface adapter, a habit learning module, a configuration synchronization module and a rapid triggering module. According to the invention, intelligent and personalized configuration of key functions is realized, and the problems of fixed key functions and complex configuration of traditional equipment are solved. The method not only innovates the configuration and use mode of shortcut functions, but also constructs a personalized interaction ecology capable of intelligent learning, deep integration and cross-device migration along with users, improves the man-machine interaction efficiency, and is suitable for smart televisions, set top boxes, computer software and various embedded devices.

The present application relates to devices and components including apparatus, systems, and methods to migrate one or more credentials from a first device to a second device. The migration of the one or more credentials can include performing authentication procedures corresponding to the one or more credentials for determining whether migration of the one or more credentials is allowable, and utilizing certificate authority security domains of secure elements to bind the one or more credentials to the secure elements for migration.

The invention discloses an intelligent mobile mechanical arm composite robot system and method controlled by the Internet of Things, and belongs to the field of application of intelligent robots and the Internet of Things. Aiming at the problems of disjunction between global scheduling and local security, confrontation congestion of robots, difficulty in optimizing data dispersion, difficulty in equipment migration and the like in the existing multi-robot system collaboration, a cloud-side-end collaboration architecture is provided, wherein a cloud side is responsible for task allocation and time sequence arrangement; the edge end is responsible for rolling execution and safety control; and the robots perform mutual avoidance, road occupation and relay based on collaborative semantics. The system comprises a cloud job arrangement module, an edge execution control module, a cooperative communication module and a data closed loop module. According to the method, conflict congestion is reduced through a complete collaborative semantic mechanism, a data-driven strategy optimization closed loop is established, decoupling of the method and equipment is realized, and the operation efficiency, safety and mobility of multiple robots in a complex scene are remarkably improved.

The application provides an application control method, an electronic device and a storage medium. After a user selects an icon of a first application, the first electronic device can change the display style of a first navigation bar, for example, display a first response hot area, to prompt the user to drag a first control indicating the first application into a display area where the first response hot area is located, thereby improving the interaction experience between the electronic device and the user. When the first control is located in the first response hot area, the first electronic device can confirm the first migration data of the first application. After the user ends the first operation, the first electronic device can display an icon of a second electronic device in a first window, without the user manually selecting the electronic device to be migrated, thereby saving user operations. The user can select the icon of the second electronic device to confirm that the first migration data of the first application is sent to the second electronic device, and the first application is migrated to the second electronic device, thereby improving the interaction experience of application cross-device migration.

To avoid complication of a program at a migration destination when migrating a system to another environment.SOLUTION: A migration support device is provided, comprising: an acquisition unit configured to acquire first program information constructing a first system, or a migration source; and a generation unit configured to input the first program information to generative AI to acquire an algorithm for deriving output from input in the first system from the generative AI, and generate the specifications of a program for constructing a second system, or a migration destination, on the basis of the acquired algorithm.SELECTED DRAWING: Figure 1

The invention relates to the technical field of communication security. The invention discloses a security enhancement method, device, equipment and system for migrating application data by terminal equipment and a storage medium, which can ensure the security of application data transmission, prevent the permission abuse phenomenon of the equipment and balance the security of data transmission and the experience feeling of a user. The method comprises the following steps: generating symmetric key information based on user account information of a first service application program, wherein the first service application program is any service application program in first terminal equipment; performing encryption processing on to-be-moved data of the first service application program by adopting the symmetric key information to obtain a first ciphertext; and when the first relocation application program of the first terminal device transmits the application data of the terminal manufacturer in the first terminal device to a second terminal device of the security enhancement system of the terminal device migration application data through the transmission channel, the first ciphertext is transmitted to the second terminal device.

The application discloses a kind of method and device of intelligent wearing equipment migration data, wherein method includes: when first and second wearing equipment network match successfully, first wearing equipment sends request migration signal to client, and receives feedback signal of client feedback;After first wearing equipment judges that feedback signal is agree migration feedback signal, continue to judge whether data migration instruction is received;When receiving the migration instruction of server data and local data, then first wearing equipment sends the migration instruction of server data to server, and local data is passed to second wearing equipment by network connection channel generated by network matching;Server data in the server storage area of first wearing equipment is written into the server storage area of second wearing equipment, and then written to second wearing equipment again.The application provides the way that first wearing equipment can conveniently and safely migrate local data and server data to second wearing equipment.

The application discloses a code migration processing method and device, electronic equipment and a storage medium. The method comprises the following steps: obtaining a code migration instruction; the code migration instruction comprises indication information of to-be-migrated code; the code migration instruction is used for indicating that the to-be-migrated code is migrated from a first device to a second device; in response to the code migration instruction, the to-be-migrated code corresponding to the indication information is determined from a code block corresponding to the first device; a topic name code block corresponding to the first device in the to-be-migrated code is converted into a topic name code block corresponding to the second device; a first type of connection port code block corresponding to the first device in the to-be-migrated code is converted into a second type of connection port code block corresponding to the second device; and a data code block in a first code format corresponding to the first device in the to-be-migrated code is converted into a data code block in a second code format corresponding to the second device. A feasible technical means is provided for code migration between different devices.

A method for performing an application migration operation includes initiating the application migration operation to migrate an application from a source device to a target device, where the source device includes a source data migration agent and the target device comprises a target data migration agent. The method also includes initiating an active scan of network traffic at a transmission control protocol layer. The method further includes establishing a secure data path between the source device and the target device. In addition, the method includes beginning migration of the application from the source device to the target device using the secure data path. Moreover, the method includes making a first determination, using the active scan, that a data packet is associated with suspicious activity and rejecting the data packet based on the first determination.

1. Name of the product of this design: Graphical user interface for smart store migration management of electronic devices. 2. Purpose of this design product: for use in an electronic device. 3. The key design point of this design product lies in the graphical user interface. 4. The picture or photo that best illustrates the key points of the design: main view. 5. The electronic device is of conventional design and other views of the electronic device are omitted. 6. Purpose of the graphical user interface: used for migration management of sports lottery smart stores. 7. Graphical user interface human-computer interaction method: In the main view, click "Migration Management" in the navigation bar on the left side of the interface to jump to the interface change status diagram; "XXX" in the above interface represents replaceable text and / or numbers, and the gray rectangular blocks in the interface represent replaceable content screens.

The invention discloses a data cross-storage device migration method, device and equipment and a storage medium, is applied to a metadata server and relates to the technical field of cloud computing, and the method comprises the following steps: locking metadata of a to-be-migrated data fragment, and sending a migration preparation instruction to a first data server and a second data server, the first data server asynchronously pushes the to-be-migrated data fragments to the second data server based on the migration preparation instruction; when the migration of the to-be-migrated data fragment is completed, determining a target access server from the first data server and the second data server based on a data access request of the client for the to-be-migrated data fragment, so that the client performs data access on the to-be-migrated data fragment based on the target access server; and notifying the first data server to delete the data copy of the to-be-migrated data fragment, and updating the data position of the to-be-migrated data fragment to the second data server. Therefore, seamless migration of the distributed storage system can be supported.

The invention provides a migration method and a migration device. The migration method is applied to a migration source end device and a migration destination end device, and comprises the steps that the migration source end device determines the type of an artificial intelligence (AI) calculation task, the type of the AI calculation task comprises a training task and an inference task of an AI model, a migration strategy is determined according to the type of the AI calculation task, and the AI calculation task comprises a training task and an inference task; the migration strategy is a strategy that the migration source end equipment transmits data of the AI computing task to the migration destination end equipment, and different migration strategies are adopted for different types of computing tasks when the computing tasks are migrated to the migration destination end equipment according to the migration strategy; the migration destination end device can recover execution of the computing tasks according to the data of the different types of AI computing tasks after receiving the data of the different types of AI computing tasks. According to the technical scheme, different migration strategies can be adopted for different types of AI computing tasks, and therefore efficient and reliable thermal migration can be conducted on the different types of AI computing tasks.

The embodiments of this specification provide a data processing method and apparatus, which are applied to a file system in a database, wherein the data processing method includes: in response to a migration instruction of a first file block in a target file, migrating the first file block from a cloud disk storage device to an object storage service, wherein the target file is divided into at least one file block, and the first file block is any one of the at least one file block; generating a joint snapshot of the cloud disk storage device, wherein the joint snapshot includes metadata of each file block in the target file, the metadata of the first file block points to a corresponding target-associated object in the object storage service, and the target-associated object is the first file block stored in the object storage service. The metadata of the first file block in the joint snapshot can directly point to the corresponding target-associated object in the object storage service, thereby realizing a low-cost consistent joint snapshot at the file system level and ensuring database performance.

A method for managing data migration includes: receiving, by a target storage device, a migration request for migration of application data from a source storage device to the target storage device, in response to the migration request: sending a security remote security script to the source storage device, obtaining a response based on execution of the security remote security script on the source storage device, performing a security classification on the source storage device based on the response to obtain a security tag for the source storage device, determining a migration strategy for the migration of the application data from the source storage device based on the security tag, and implementing the migration strategy to migrate the application data from the source storage device to the target storage device.

The present technology relates to an automated end-to-end network migration process from a locally deployed management platform to a cloud-based management platform (or vice versa). The disclosed technology describes an enhanced Plug and Play (PnP) software agent that is operatively coupled to a device and is capable of interacting with a PnP service hosted on a target management platform to initiate a migration process. Upon receiving a migration request from the device PnP agent, the PnP service on the target management platform maps the requesting device to a client profile present on the target management platform and identifies an associated default controller for the device based on the client profile. Subsequently, the device is directed to obtain and boot in accordance with a new software image that is compatible with the target management platform, and after converting the device's existing configuration to a version compatible with the new software image, the device is migrated to the associated default controller.

Methods, apparatus, systems, and articles of manufacture to migrate cloud-based workloads are disclosed. An example instructions cause programmable circuitry to at least cause transmission of anonymized information corresponding to a user device to a network device; and cause migration of a virtual execution environment from a first compute device to a second compute device based on a response from the network device, the virtual execution environment to execute at least a portion of a workload for an end user device.

One aspect of the instant application can provide a system and method for replacing a faulty or failing memory device during runtime. During operation, a host device of a plurality of coupled memory devices can detect an error-containing memory device and select, from a pool of standby memory devices, a replacement memory device. The host device can migrate data from the error-containing memory device to the replacement memory device during runtime of applications executing on the host device, replicate host physical address (HPA) address-mapping from the error-containing memory device to the replacement memory device, and replace the error-containing memory device with the replacement memory device.

The application discloses a multi-source information fusion-based lightweight elastic meta-learning few-shot cross-device migration diagnosis method, device, medium and product, relates to the technical field of mechanical fault diagnosis, and comprises the following steps: performing feature enhancement and data reconstruction on multi-source heterogeneous signals to generate a source domain and a target data set; constructing source domain and target domain meta-tasks based on the source domain and the target data set; constructing a lightweight feature fusion meta-learner; introducing an elastic weight term, training and evaluating the lightweight feature fusion meta-learner based on the source domain and the target domain meta-tasks and the source data set and the target data set, and until a set iteration condition is reached, the trained lightweight feature fusion meta-learner is used as a cross-device migration diagnosis model, and based on real-time acquisition of cross-device to-be-tested signals, a migration diagnosis result is obtained. The application can solve the problems of limited few-shot and cross-device diagnosis performance, limited multi-source fusion information and insufficient generalization ability under inconsistent labels and time-varying working conditions.