103 results about "Managed object" patented technology

This disclosure describes systems, methods, and devices related to optimized resource technologies. A device may create a Managed Object Instance (MOI) representing actions executed based on artificial intelligence or machine learning (AI / ML) inference function. The device may notify a management and network service (MnS) consumer about the creation of the MOI. The device may execute actions by a network or management function acting as the consumer of the inference output. The device may manage performance of the AI / ML inference function.

The invention discloses a vehicle-mounted message middleware processing method and system and an intelligent cabin thereof. The method comprises the steps that an abstract interface layer used for achieving data type abstraction and decoupling is defined, a communication interface is created based on a hardware abstract layer, and cross-device communication and cross-process communication are conducted through the abstract interface layer; based on the communication interface, a Fast DDS is adopted in a communication protocol transmission layer to serve as message middleware, an abstract interface layer is packaged in an application layer, communication nodes are created in a communication interface layer according to a communication protocol and a QoS strategy, and the communication nodes are used for managing objects of a communication mode in a cross-process and cross-device mode and in-process communication. According to the vehicle-mounted message middleware provided by the invention, a user interface is simplified, and two main communication modes are supported, so that a system can flexibly select a communication mode according to an application scene.

The invention discloses a webpage 3D rendering and control method, which comprises the following steps: step 1, asynchronous resource loading and scene initialization: carrying out network-aware asynchronous resource loading by adopting an intelligent prediction driven block loading technology, optimizing memory occupation through a self-adaptive space block and LRU cache strategy, and carrying out scene initialization; meanwhile, constructing a hierarchical scene tree to manage object transformation and a bounding box; and step 2, dynamic rendering pipeline execution: deploying a hierarchical visual degradation engine, dynamically switching multiple effects of soft shadow / PCF hard shadow, SSR precision and I BL sampling based on a five-level frame rate threshold, combining a PBR material adaptive rendering and motion perception LOD system, performing seamless detail level switching through normal reservation simplification, GPU-driven Morph transition and an asynchronous pre-calculation assembly line, and performing dynamic rendering on a dynamic rendering pipeline. The rendering optimization coordinator integrates the multi-dimensional parameters to generate a degradation instruction, and visual consistency is maintained; and step 3, user interaction and control feedback.

Various embodiments of the present technology generally relate to systems and methods for providing managing object lock settings during cross-grid replication within distributed storage systems. In an example, ingestion of an object into a first grid of a distributed storage system may be detected. Responsive to detecting ingestion of the object, object lock settings for the object may be determined. Once the object lock settings are determined, the object lock settings may be validated against destination object lock settings. If the destination object lock settings are validated, cross-grid replication of the object may be initiated. During cross-grid replication, the object lock header may be provided in a replication payload transmitted from the first grid to a second grid. When the object is replicated, the destination object lock settings may be determined for the object, which may include the object lock settings as identified in the object lock header.

An apparatus and system of adjusting network slice subnet instance (NSSI) resources in an open-radio access network (O-RAN) are described. The non-real time RAN Intelligent Controller (Non-RT RIC) framework of a Service Management and Orchestration (SMO), receives measurements from E2 nodes of a NSSI. The measurements are forwarded to an rApp in the SMO, which uses the measurements to determine whether one or more actions are to be executed to update NSSI resources on the E2 nodes based on an NSSI optimization model. The Non-RT RIC framework sends a modify Managed Object Instance (MOI) operation to the E2 nodes to adjust the NSSI resources.

Disclosed are methods and systems for determining a next work assignment for an object transport vehicle in a freight handling system. The method includes defining a series of rules. The method include receiving a request for a next work assignment using an object transport vehicle. The method includes sending the next work assignment to an object transport vehicle to load freight. The method may include identifying an order of work assignments. The method includes determining a status of the destination trailer. The method includes determining whether a shipment comprises of one piece or more than one piece. The method includes sending an instruction to load a piece of freight. The method includes verifying one or more rules for determining a new work assignment. The method includes receiving information with a new work assignment. The method includes sending the new work assignment for the object transport vehicle.

In embodiments of the present disclosure, a method by a first network node includes transmitting, to a second network node, a request for creating a managed object instance (MOI), the request including one or more requirements related to an edge enabler server (EES), and receiving, from the second network node, a response including information associated with the MOI for an EESfunction information object class (IOC) created based on the one or more requirements included in the request, wherein the created MOI includes one or more attributes indicated in the EESfunction IOC, and wherein the one or more attributes include an identifier of the EES, serving location information for the EES, and information indicating whether the EES supports service continuity.

The present application discloses a cryptography device management method and management platform. The method comprises: on the basis of a secure channel protocol and a predefined protocol message structure, performing information exchange with a cryptography device to establish a secure channel and negotiate a session key; and within the validity period of the secure channel, on the basis of the session key and the predefined protocol message structure, performing management and state monitoring on attributes of a managed object corresponding to each cryptography device, wherein the predefined protocol message structure comprises a message header, a message data part, and a message signature part which are described by using a JSON object, and information packaged by the protocol message structure is management monitoring configuration parameters of the cryptography device. According to the present application, a message structure of a cryptography device management protocol in REST style is predefined on the basis of an HTTP, thereby improving the usability and compatibility of the cryptography device management method, and satisfying the security requirements.

The disclosure relates to a fifth generation (5G) or sixth generation (6G) communication system for supporting a higher data transmission rate. A method and a system for radio access network (RAN) node optimization in a wireless network are provided. The method includes receiving, by a producer device, a create managed object instance (MOI) request for collecting performance metrics, from a consumer device, wherein the create MOI request comprises a plurality of attributes for collecting the performance metrics, wherein the performance metrics include at least one of measurements and key performance indicators (KPIs) collected at at least one of a gNodeB (gNB) and a central unit user plane (CU-UP) end of a next generation user plane (N3 / NgU) interface of the producer device, performing, by the producer device, collection of the performance metrics at the at least one of the gNB and the CU-UP end of the N3 / NgU interface of the producer device based on plurality of attributes received in the create MOI request, wherein the measurements include at least one of a measurement of number of octets of incoming general packet radio service (GPRS) tunneling protocol (GTP) data packets on the N3 / NgU interface from a user plane Function (UPF) to the RAN, and a measurement of number of octets of outgoing GTP data packets on the N3 / NgU interface from the RAN to the UPF, wherein the KPIs collected include at least one of a downstream throughput for a network slice, and an upstream throughput for a network slice at the at least one of the gNB and the CU-UP end of the N3 / NgU interface, and sending, by the producer device, the collected performance metrics to the consumer device to optimize at least one of gNB configurations and CU-UP configurations at the producer device based on the performance metrics received from the producer device.

Systems and processes for operating a digital assistant are provided. In one example, a method includes receiving a first speech input from a user. The method further includes identifying context information and determining a user intent based on the first speech input and the context information. The method further includes determining whether the user intent is to perform a task using a searching process or an object managing process. The searching process is configured to search data, and the object managing process is configured to manage objects. The method further includes, in accordance with a determination the user intent is to perform the task using the searching process, performing the task using the searching process; and in accordance with the determination that the user intent is to perform the task using the object managing process, performing the task using the object managing process.

The disclosure relates to a 5G or 6G communication system for supporting a higher data transmission rate. A system and a method are provided for NTN management. A method performed by a management service (MnS) producer in a wireless communication system is provided. The method includes receiving, from a MnS consumer, a request for creating a managed object instance (MOI) of an access and mobility management function (AMF) information object class (IOC), wherein the AMF IOC includes a first attribute for a satellite coverage information; and transmitting, to the MnS consumer, a response of a creation of the MOI.

To provide an intuitive understanding of where events occur in the managed object.SOLUTION: An information management device (91) manages observation data observed at a plurality of different observation sites to display hierarchical information indicating the relationships between observation sites linked to the observation data.SELECTED DRAWING: Figure 3

Disclosed is a method performed by a mobile network service (MnS) producer entity in a wireless communication system, comprising: receiving, from an MnS consumer entity, a first message indicating a subscription to receive a management object instance (MOI) related notification; identifying conflicts with respect to the intent; and sending a second message to the MnS consumer entity based on the intent MOI reporting a notification indicating the conflict with respect to the intent.

A system for providing a shareable decentralized identity service, according to one embodiment of the present invention, comprises: an owner terminal configured to receive owner signature information for proving that an owner owns a managed object; a sharer terminal communicatively connected to a service server and configured to receive sharer signature information for proving that a sharer jointly manages the managed object with the owner; a service server communicatively connected to the owner terminal and the sharer terminal, and configured to generate at least one piece of information selected from among managed-object decentralized identifier information for identifying the managed object owned by the owner on the basis of the owner signature information, owner decentralized identifier information of which validity is verified on the basis of the owner signature information, and sharer decentralized identifier information of which validity is verified on the basis of the sharer signature information; and a blockchain network communicatively connected to the service server and configured to record the managed-object decentralized identifier information and at least one piece of decentralized identifier information selected from among the owner decentralized identifier information and the sharer decentralized identifier information.

A method performed by a first network node is provided. The method is for handling X2-C connection setups in a Multi Operator Radio Access Network. MORAN, system of a wireless communications network. The first network node is operating in the MORAN system. When receiving (401) an Automatic Neighbour Relation, ANR, initiated report, from the UE, which report comprises one or more identifiers identifying respective one or more neighbouring cells, the first network node unlocks, or creates and unlocks (402) one or more network node termination point Managed Objects. MOs, based on the respective identifier out of the one or more identifiers. And based on the unlocked, or created and unlocked, one or more network node termination point MOs, the first network node initiates (403) X2-C interface connection setups between the first network node and the respective one or more neighbouring nodes serving the respective identified one or more neighbouring cells. The X2-C interface connections are adapted to be setup only for one X2-C configuration out of all supported X2-C configurations on the MORAN system based on the one or more identifiers. The X2-C interface connections are related to each of the respective one or more neighbouring nodes.

Systems and methods for cloud-based file sharing, where templates are provided for creating workflow instances which enable the sharing of managed objects. Reusable workflow templates are stored in the repository of a cloud-based file sharing system as objects that define components of the workflow, or placeholders for these components. A user instantiates a workflow instance from one of the templates and configures the workflow instance to identify content objects or forms, tasks related to the content objects, and users assigned to perform the tasks. The workflow instance is stored as an object in the repository. Users assigned to tasks are authorized through the workflow instance to access the content objects or forms to perform the tasks.

Managing relationships between AI / ML inference functions and AI / ML-based functions is provided herein. An apparatus includes a memory and a processor circuit coupled to the memory. The processor circuit is to: manage a relationship between a first managed object instance (MOI) representing an artificial intelligence (AI) / machine learning (ML) inference function and a second MOI representing an AI / ML-based function; and causing the performance of the AI / ML inference function or the AI / ML-based function to be evaluated based on the relationship. The memory is used for storing the relation. Other embodiments may be described and / or claimed.

To provide an information processing device, an information processing method, an information processing program, and an information processing system for promoting energy conservation.SOLUTION: A processing unit 36 of an information processing device 10 acquires a target power consumption for an object P to be managed and acquires installation information including a first set position of a first environmental adjustment installation provided on a first area included in the object P to be managed and a first set value at a first time in the first environmental adjustment installation and a second set position of a second environmental adjustment installation provided on a second area included in the object P to be managed and a second set value at a first time of the second environmental adjustment installation. The processing unit 36 estimates a total power consumption in the object P to be managed when the first set value and the second set value are adjusted to be different from each other, based on the installation information. The processing unit 36 determines the first set value and the second set value that are adjusted so that the total power consumption is equal to or less than the target power consumption.SELECTED DRAWING: Figure 1

In an object arrangement apparatus and method, the object arrangement apparatus includes a data manager configured to manage object data including information on identifiers, sizes and an arrangement order of objects, and set box data including information on types and sizes of set boxes, a data preprocessor configured to determine a type of a set box in which each object is arrangeable, based on the object data and the set box data, and perform preprocessing on the object data, and an object arranger configured to determine a set box in which an object is arranged depending on the arrangement order of the objects, based on the preprocessed object data and the set box data, and perform arrangement of the object in the determined set box.

Systems and methods for cloud-based file sharing, where templates are provided for creating workflow instances which enable the sharing of managed objects. Reusable workflow templates are stored in the repository of a cloud-based file sharing system as objects that define components of the workflow, or placeholders for these components. A user instantiates a workflow instance from one of the templates and configures the workflow instance to identify content objects or forms, tasks related to the content objects, and users assigned to perform the tasks. The workflow instance is stored as an object in the repository. Users assigned to tasks are authorized through the workflow instance to access the content objects or forms to perform the tasks.

This invention provides a gift management system, gift management device, gift management method, and program that streamline the activation of physical electronic gifts and enable flexible operation. [Solution] The system includes a storage unit 120 that stores first identification information held by an RF tag on a managed object distributed as an electronic gift, a URL included in a code written on the managed object, and electronic gift information including second identification information that uniquely identifies the electronic gift and status information regarding the validity of the electronic gift; an acquisition unit 131 that receives first identification information corresponding to the managed object; and an activation unit 132 that activates the electronic gift corresponding to the received first identification information.

A method for maintaining a cache of database objects using a chain set is disclosed. The chain set includes a plurality of chains, each chain specifying an ordering of database objects. In response to a state change of a particular database object, a corresponding chain is selected. The selected chain is then locked, the state of the particular database object is changed, and then the selected chain is unlocked.

A communication method and a communication apparatus. The communication method includes: accessing a data model, to obtain a target state of a managed object in an NFV MANO management domain in the data model; and invoking a first function from a function set based on the target state, where the first function is used for transition from an existing state of the managed object to the target state. Therefore, the data model and the function set are integrated in the NFV MANO management domain, so that data and a function operation of the managed object in the NFV MANO management domain are separated, to implement a simplified, agile, and scalable intent-driven management architecture.

Embodiments herein relate to the training and / or testing of a machine learning (ML) model. In particular, the training and / or testing of the ML model can be based on communication between a management services (MnS) producer and an MnS consumer. The communication can be based on or related to one or more managed object instances (MOIs). Further embodiments may be described and / or claimed.

This application provides a multi-environment release control method, electronic device, and storage medium, applicable to the field of software release control technology. The method includes: capturing snapshots of each managed object in the production environment to obtain source production snapshots and a list of source production snapshots; reconstructing the test environment based on the source production snapshots, and archiving and packaging each managed object in the test environment to generate candidate release versions and a candidate release list; performing difference analysis on the source production snapshot list, the candidate release list, and the current production snapshot list to determine the production promotion access control result; determining the target release version based on the production promotion access control result and the candidate release versions; and releasing the target release version in the target environment. This application establishes the association between the source production snapshot list, the candidate release list, and the current production snapshot list, and performs three-way verification on the managed objects, which can accurately identify the source of production drift and improve the accuracy of promotion judgment.

The invention discloses an intelligent equipment remote monitoring system and method, and the system comprises one of the following schemes: a scheme 1: the system comprises a monitoring module and a gating switch, and the gating switch is provided with a first path and a second path which cannot be switched on at the same time; a first path of the gating switch is connected with the intelligent equipment and the FSU unit; a second path of the gating switch is connected with the intelligent equipment and the monitoring module; according to the second scheme, a monitoring module and a controlled switch are included, the controlled switch is connected with the monitoring module, a switch unit of the controlled switch is connected to a connecting line of the intelligent device and the FSU in series, and the monitoring module is connected with the intelligent device. By adopting the technical scheme, effective monitoring and management of the FSU and the monitored and managed object are realized through newly adding the monitoring module.

Provided are a method and apparatus for managing an object, a device, and a medium. The method comprises: respectively acquiring a plurality of responses of a plurality of objects for a media item, wherein the media item comprises a question, and the plurality of responses are respectively encrypted responses of the plurality of objects for the question; determining at least one response type of the plurality of responses; on the basis of the question and the at least one response type of the plurality of responses, dividing the plurality of objects into at least one group, wherein a group among the at least one group corresponds to a response type among the at least one response type; and on the basis of related data of the objects in the at least one group, determining a sample data set used for updating an object grouping model. In this way, users can be divided into groups without knowing specific information in a user response. Furthermore, related data of users in each group can be used for determining a machine learning model, thereby achieving a desired purpose.

An underwater network management system includes a manager corresponding to a management station, and a plurality of agents connected to the manager and corresponding to a gateway and a plurality of underwater devices, wherein each of the manager and the plurality of agents includes an underwater management information base including a plurality of managed objects for managing an underwater network and the plurality of underwater devices, and the manager controls operations for status monitoring and management of the underwater network and the plurality of underwater devices based on information included in managed objects provided from the plurality of agents.

To provide a content management system that enables centralized management through a database of various managed objects while ensuring user convenience.SOLUTION: A content management system comprises a terminal device which accepts user operations, and a server connected to the terminal device. The server accepts input of file content for registering electronic files and file attribute information regarding the electronic files or record content for registering management attribute information regarding a desired managed object, registers and manages the input file content or record content in a database, and further registers the input file content or record content as content subordinate to the record content registered in the database in response to a user request.SELECTED DRAWING: Figure 2