25 results about "Configuration management" patented technology

The application discloses a kind of high-performance distributed mass vector similarity search system and method, including Faiss Driver, several Faiss Worker and Etcd system;Faiss Driver is used to receive the query request of user end, and the query request is forwarded to the selected Faiss Worker by proxy, and is configured to perform loading configuration Etcd monitoring, exit pre-processing, service discovery and master-slave election task;Faiss Worker is the unit for executing query calculation in search system, and is configured to perform configuration management, shutdown processing, timing task, load index and query calculation task, for calculating similar vector retrieval and updating online or offline index file;Etcd system is used to save Faiss Worker list, master-slave state of Faiss Worker, health status of Faiss Worker, external storage module address of index file and index file list.The application introduces proxy forwarding service mechanism and master-slave node registration mechanism, and can efficiently process vector query calculation request.

The application provides a software configuration management method and device and related equipment. Configuration keys of configuration items in a software configuration system are split into a path segment array according to a separator contained in the configuration keys. A hierarchical index structure based on path segmentation of the path segment array is constructed. Different path segments in the array correspond to nodes at different levels in the hierarchical index structure. Configuration values corresponding to the configuration keys are stored in node structures of leaf nodes corresponding to the path segment array. The leaf nodes corresponding to the path segment array are nodes corresponding to the last path segment in the path segment array. The hierarchical index structure is introduced as a storage structure of effective software configuration. The hierarchical configuration keys are mapped to paths in the hierarchical index structure, so that the complexity of single-key query is only related to the key length, the complexity of prefix query is related to the number of matching results, and the performance bottleneck of traditional hash table query traversal is completely eliminated.

This invention relates to the fields of data processing and logistics information technology, and particularly to an automated logistics document system, comprising: a user interaction module, a data processing engine module, a configuration management module, a report generation module, an automatic update module, and a progress feedback module. This invention also provides an automated logistics document processing method, including file recognition and loading, data initialization and cleaning, multi-source data association, automatic model extraction and replacement, classification and summarization, header data generation, report generation, and result saving and feedback. This invention is applicable to scenarios involving the automatic generation of standardized logistics documents such as packing lists, invoices, and customs declarations from multi-source Excel data; it significantly improves processing efficiency, offers extremely high accuracy, intelligent model processing, high flexibility and configurability, multi-source data fusion capabilities, and a user-friendly experience.

The application discloses a kind of service-based kill chain analysis construction methods, belong to the technical field of cooperative combat, including: constructing service resource pool, and set service discovery mechanism;Based on fusion situation set, identify situation switching event, to carry out local update, and construct three-level situation view;Directed hyperedge is constructed, combined with function category constraint, generates directed hypergraph, generates dimensionality reduction state space based on multidimensional constraint, and generates initial combat candidate set;Configuration management node, combined with subtask to the initial combat candidate set sends task invitation information, generates response scheme and carries out adaptation screening, generates initial kill chain, and carries out failure check;Build service twin, deduce the initial kill chain, calculate end execution delay, to carry out elimination reorganization or delay optimization;Build service combination template, and establish efficiency feedback mechanism, cooperatively solve the superimposed influence of frequent situation switching and state space catastrophe, significantly improve kill chain generation real-time performance.

Disclosed in the present application are a smart contract deployment method and apparatus, a smart contract execution method and apparatus, an electronic device, and a readable medium. The smart contract deployment method comprises: in response to receiving a contract template deployment instruction generated by a smart contract center management institution on the basis of a contract template registration request sent by a smart contract developer, deploying a contract template; in response to receiving a contract product deployment instruction generated by the smart contract center management institution on the basis of a contract product creation request sent by a smart contract service institution, deploying a contract product; and in response to receiving a contract instance signing instruction that is sent by the smart contract service institution and is forwarded by the smart contract center management institution and a contract instance confirmation instruction sent by a user wallet, deploying a contract instance. By means of layered parameterized configuration by different entities for management of smart contracts, the present application can implement centralized management and distributed operation of smart contracts, thereby improving the efficiency of ecological supervision and contract execution.

Systems and methods for dynamic base station functional split configuration management are provided. In one embodiment, a system for base station functional split management for uplink fronthaul traffic comprises: a baseband controller coupled to a plurality of radio units via a fronthaul network, wherein the plurality of radio units comprise a signal zone from which uplink signals are combined by the base station: a split controller configured to dynamically select and control a functional split of a respective uplink receive chain between the baseband controller and each of the plurality of radio units: wherein the functional split defines a demarcation point on the receive chain prior to which processing operations are executed by a radio unit and after which processing operations are executed by the baseband controller: wherein the split controller selects between a plurality of functional split options to dynamically control the functional split and the demarcation point.

The application provides a kind of unmanned aerial vehicle trusted digital identity identification method and system, the method includes in unmanned aerial vehicle integrated unmanned aerial vehicle digital identity identification module, whether the binding relationship of each power-on verification and unmanned aerial vehicle flight control system changes;After completing the verification of binding relationship, unmanned aerial vehicle digital identity identification module accesses trusted digital identity management platform, carries out two-way authentication;Real-name registration stage, platform generates unmanned aerial vehicle digital identity certificate by associating unmanned aerial vehicle basic information and real-name registration code, and creates configuration management task;After two-way authentication passes, obtain the configuration management task from platform, and install certificate into unmanned aerial vehicle digital identity identification module;Unmanned aerial vehicle digital identity identification module uploads certificate to platform, and real-time acquisition, storage and networking report unmanned aerial vehicle flight trajectory information to platform.The application aims to solve the problem of traffic management and safety control of air and ground unmanned systems including unmanned equipment and humanoid robots.

The application discloses a Chang'an chain runtime configuration drift detection and consistency coordination method, relates to the technical field of distributed system configuration management, and deploys a main controller and a query-sidecar double container in an Operator controller Pod, the query-sidecar is provided with a built-in client tool and a hierarchical cache, and the main controller obtains on-chain configuration through a localhost interface; in a Reconcile cycle, configuration drift is determined through normalization processing and hash comparison, and the source of change is identified in combination with custom resource metadata and chain-side change metadata; coordination is performed according to four synchronization modes, namely, CR forcing, chain observation, bandwidth limited CR forcing and manual arbitration; finally, the custom resource state and the Conditions state are updated, and key information is recorded, so that the problems of state ambiguity and error coverage caused by double fact sources are solved, low-delay detection and flexible coordination are realized, and the consistency of Chang'an chain runtime configuration is ensured.

The application relates to the technical field of liquid crystal display screen control, and discloses an automatic backlight adjusting control system based on a liquid crystal display screen. The system environment sensing unit is responsible for capturing environmental light parameters and display content parameters; the scene analysis unit pre-processes the parameters, generates adjusting parameters in combination with a fault database; the data fusion unit schedules backlight material data, calculates light efficiency indexes, constructs a light propagation model, and outputs a parameter priority sequence; the prototype construction unit builds a backlight system prototype, collects relevant data, analyzes signal response characteristics of brightness uniformity data; the configuration management unit determines installation area size and working environment constraints, and collects adaptability parameters; the performance evaluation unit calculates life prediction indexes and system adaptability; and the control synthesis unit integrates various data, selects the best backlight material, and generates a backlight control instruction. The system can intelligently adjust the backlight of the liquid crystal display screen, improve display effect, reduce energy consumption, and prolong service life.

This invention discloses a remote terminal viewing system based on MDM cloud. It includes important data storage, where a mobile terminal stores important file data. The stored documents are connected to the administrator's mobile device. In the event of a lost mobile terminal, or when urgent files need to be processed, the administrator can access the important file database by entering a specified password on the mobile device. The mobile terminal is equipped with a signal transmission module. When the mobile terminal is powered off and disconnected from the network, the signal base station transmits the mobile terminal's signal location to the configuration management module for easy location tracking. The configuration management module stores the terminal's latitude and longitude coordinates, which are used to determine the mobile terminal's precise location. When the mobile terminal is lost, the configuration management module receives a call command from the mobile device management MDM client and executes commands such as device deregistration, device locking, device unlocking, and device beeping.

An information handling system includes sensor hardware, a configuration manager, a BMC, and an OEM sensor framework. The configuration manager provides an interface whereby configuration options for the information handling system are selected, including a platform type option specifying the information handling system as operating as one of a plurality of platform types. The BMC receives the selected configuration options from the configuration manager. The OEM sensor framework includes framework hardware and framework firmware from an OEM. The OEM sensor framework receives the selected configuration options and the platform type option, selects a set of sensor features from a plurality of sensor features to enable based on the selected configuration options and the platform type option, and enables a set of the sensor hardware based on the set of sensor features.

Embodiments of the present application provide a software configuration management method, an electronic device, a vehicle and a storage medium. The method comprises: in response to a configuration code reading request of an application system, determining a target configuration code corresponding to the configuration code reading request; in a case where the target configuration code is not stored in a cache of an electronic control unit, obtaining the target configuration code from a memory, wherein the cache stores a configuration code queue, and a plurality of configuration codes in the configuration code queue are sorted based on access frequency; sending the target configuration code to the application system and storing the target configuration code to the cache; and using an insertion sort algorithm to sort a plurality of configuration codes including the target configuration code in descending order of access frequency, and updating the configuration code queue. Embodiments of the present application pre-cache configuration codes, shorten the query time of configuration codes, and effectively improve the query efficiency of configuration codes.

The application discloses a virtual wind tunnel simulation experiment system, and belongs to the technical field of computer software and simulation, which comprises a data management module, a configuration management module and a visualization module; the data management module is used for correlatively packaging heterogeneous source data of a virtual wind tunnel experiment, generating a structured experiment data package with a unique experiment ID and storing the same; meanwhile, in response to input intervals and step lengths, intermediate state derivative data points are calculated and supplemented and written; the configuration management module is used for analyzing an external XML configuration file, building a system object correlation mapping relationship, and responding to user operations to trigger real-time refreshing of backend parameters; after the visualization module executes asynchronous loading and lightweight processing on massive heterogeneous flow field data, the massive heterogeneous flow field data are visually presented through on-screen fusion of a three-dimensional rendering engine and a two-dimensional data fusion display component; the application realizes system architecture decoupling, data full life cycle management and multi-dimensional visualization linkage, and meets the demand of high-end engineering research and development for a flexible and efficient virtual wind tunnel experiment platform.

This invention relates to the field of fire emergency simulation technology, providing an interactive control system for dynamically generating various visual fire scenes. The system includes a fire scene database model generation module that outputs a fire scene model usable by the visual system; a custom fire scene model generation module that generates a dynamic fire scene model conforming to physical laws using a grid-based fire scene extension model generation algorithm, a time-step incremental fire point detection algorithm, and a direction-sensitive fire spread distance correction algorithm; a dynamic fire scene simulation module that selects a fire scene model based on a parameter configuration management module, dynamically generating various fire source types; a multi-physics coupling module that simulates smoke diffusion; and a fire extinguishing module that generates fire extinguishing commands. The interactive control module is compatible with existing databases and communication protocols, and the interface adaptation module enables seamless integration with external systems. This invention can be used for simulation testing and verification, demonstration training, and other fields in flight simulation fire emergency scenarios, effectively improving fire emergency simulation and training capabilities.

This disclosure relates to systems and methods for data synchronization by an edge computing device. The method includes (1) receiving a request for an update to a dataset via a data acquisition and computation (DAC) engine in the edge computing device through a feedback loop interface; (2) sending the request for the update to the dataset to actor nodes in the network via the feedback loop interface; (3) receiving an indication of the update to the dataset from the actor nodes via the feedback loop interface; and (4) sending the indication of the update to the dataset via the DAC engine during a cycle via the feedback loop interface. The DAC engine includes a synchronizer to control the sequence during a cycle of the network. The synchronizer communicates with a configuration manager or receives configuration information from network nodes for managing the dataset.

Embodiments of the present disclosure disclose method and system for deploying Distributed Radio Access Network (DRAN) Distributed Units (DUs) 102c in an Open RAN architecture 100 is disclosed. The method comprises receiving, a deployment status of a DU cluster from a cloud server 103; triggering a timing manager service instantiation on the DU cluster based on the deployment status of the DU cluster; determining a timing synchronization status of the timing manager service; deploying one or more DU Network Functions (NFs) 102c on the DU cluster based on the timing synchronization status of the timing manager service; and deploying a configuration manager service on the DU cluster for configuring the one or more DU NFs 102c.

The intelligent analysis and natural language report generation system and method of traffic simulation results belong to the field of intelligent traffic. In order to solve the problem of automatic and intelligent deep analysis of traffic simulation results. The user interaction layer, the data access layer, the intelligent processing layer, the report generation layer and the output layer are connected in sequence, and the output layer is connected to the user interaction layer again; the user interaction layer includes a Web graphical user interface, a mobile terminal application module and a voice / text input interface; the data access layer includes a simulation data receiving module, a project configuration management module and an evaluation type and template selection module; the intelligent processing layer includes an intelligent analysis engine and a natural language generation engine, the intelligent analysis engine includes a key indicator identification unit, an influence degree evaluation unit and a correlation problem positioning unit, and the natural language generation engine includes a domain knowledge base, a text generation unit, a conclusion generation unit and a suggestion generation unit. The present application realizes the whole process automation from simulation data to professional analysis report.