200 results about "Web service" patented technology

The invention relates to the field of electric power material quality detection, and discloses a test scheduling system for detection task collaboration and data acquisition, which comprises a task construction module, a state collaboration module, a graph reasoning module and a data acquisition module. And the task construction module generates a standardized test task packet including a task identifier, a project code, a target equipment identifier, an environment requirement parameter and a two-dimensional code according to the test rule base and the resource configuration state, and pushes the standardized test task packet to corresponding test equipment through a Web Service interface. And the state collaboration module receives an equipment state feedback event, constructs an event time sequence flow graph based on the task identifier and generates a task state sequence with a timestamp. The atlas reasoning module takes the state sequence and the environmental parameters as input, constructs a test atlas structure and generates an optimization execution path. And the data acquisition module controls the test equipment to complete a detection task according to the path, acquires test data and environmental parameters, and encapsulates the test data and the environmental parameters to form a structured task data packet, thereby realizing data collection and task tracing.

The invention belongs to the technical field of computer software, and particularly relates to a heterogeneous database unified deployment management method based on a cluster management platform, which comprises the following steps: predefining metadata of various database services; the method comprises the following steps: pre-constructing a multi-version program package warehouse, and establishing a structured warehouse directory system; obtaining a chip architecture and an operating system type of the target node, and generating environment fingerprint information; dynamically selecting a database installation package matched with the current environment and a dependency item set of the database installation package by mapping a warehouse directory system; through a unified database adaptation layer, a standardized operation interface is called, and installation, configuration and start-stop operation of the database are executed; a visual deployment and arrangement function based on component roles is provided by expanding a Web service interface of the management platform; and according to a deployment arrangement result and the environment fingerprint information, calling a deployment script to complete automatic deployment and configuration of the database cluster. According to the invention, unified adaptation, deployment and full-life-cycle management of various domestic databases are realized.

The invention provides a double-way buffering mechanism design method for Web services. Two buffering mechanisms based on dynamic pages and static pages perform double-way reading and writing through a database and an xml buffering file, synchronous operation is performed to trigger updated buffering mechanisms, an xml buffering module is used as a using library when a user accesses, a database in an application system is used as a standby library, and reading and writing operations of data are finished in the xml buffering file; and the design content comprises a management process, a reading process and a write-in process of a double-way buffering mechanism. The double-way buffering mechanism design method has the advantages that by means of the dynamic and static combined double-way buffering mechanism, timeliness and accuracy of a system in mass data processing can be improved to a large extent, and performances and service qualities of a Web server are improved.

The invention discloses a multi-source three-dimensional geological data fusion and management method and related equipment, and relates to the technical field of geological information, and the method comprises the steps: obtaining standardized geological data; fusing the standardized geological data based on a Bayesian fusion framework; constructing a multi-scale three-dimensional geologic model by adopting a potential field interpolation method based on probability constraints provided by posterior probability distribution; performing uncertainty quantification on the multi-scale three-dimensional geologic model by adopting a Monte Carlo simulation method; and storing the multi-scale three-dimensional geologic model and the uncertainty quantification result to a data management platform conforming to an OGC standard, and providing visualization, query and access of a geologic map layer through a Web service interface. According to the method, the sharing efficiency, the reuse value and the application convenience of the geological result data are greatly improved, and the intelligent level and the decision support capability of geological data analysis are enhanced on the whole.

Prediction of matches between CPEs and banners greatly improves computer functioning. Many web services have an unknown common platform enumeration (CPE). When the CPE is unknown, a computer system is unable to obtain cybersecurity flaws and software fixes for a software product or web service. A similarity between the CPE and a service banner, though, accurately predicts a match the CPE and the web service. CPEs, for example, may thus be identified for old, obsolete, and uncomment software products and services.

Prediction of CPEs using banners greatly improves computer functioning. Many web services have an unknown common platform enumeration (CPE). When the CPE is unknown, a computer system is unable to obtain cybersecurity flaws and software fixes for a software product or web service. A CPE, though, is predicted by banner-prompting an AI / ML model using a web service banner. Once the CPE is predicted, vulnerabilities may be identified.

Exemplary methods and systems described herein include using a single portal application for accessing a plurality of secure resources. The system and methods may use a second authentication application for selecting a desired secure resource and authenticating a user. The systems and methods may authenticate a user using different credentials for different secure resource without requiring the user to enter a unique credential for a given secure resource.

A computer system and method for populating electronic payment credentials is provided. The system comprises at least one processor and a memory storing instructions which when executed by the processor configure the processor to perform the method. The method comprises receiving a browser extension activation input, sending a payment details request message to a financial institution system, receiving payment details from the financial institution system following authentication at a mobile device, and populating a payment form on the browser using the payment details.

A system and method for building queries using generative artificial intelligence (AI) is described. In an example implementation, the system may include an observability platform configured to receive a user request to use generative artificial intelligence in association with a query on an observability platform. A blob of text may be generated based on the request and include information needed to execute a valid query on the observability platform. A server may be configured to include a generative AI engine and a web service to respond to the blob of text. The observability platform may determine whether the response from the generative AI engine is a valid query, meeting a threshold quality level. User feedback may be requested from the user to determine whether the query results answered the user input for query assistance.

The present application provides a detection system and method for Harbor image registry registration vulnerabilities. The method comprises: inputting a target IP address list to a scanning module, and detecting network reachability of each IP address in the target IP address list; if there is a network-reachable IP address, detecting all ports of the IP address, and recording the number of an open port; by identifying a service running under the open port, classifying the service; if the service is classified as a Web service of a Harbor image registry, determining whether an api users path under the service can be accessed; if the access succeeds, using a registration module to initiate a post request for the api users path and register an administrator account; when the post request has been implemented and a new administrator account has been successfully created by a Harbor image registry server, a parsing module pulling an image file of the image registry and parsing and detecting the image file; and a detection report module integrating detected vulnerabilities to generate a detection report of Harbor image registry registration vulnerabilities.

An apparatus and method for generating at least a data connector. The apparatus includes at least a processor and a memory communicatively connected to the at least a processor. The memory instructs the processor to receive input data from an external source, wherein the input data comprises a plurality of source parameters, identify a first data schema associated with the external source and a second data schema associated with an internal system, instantiate a runtime instance of a data connector associated with the external source as a function of the first data schema and the second data schema, configure the data connector by binding the data connector to a web service protocol, registering the data connector to the internal system, and validating the data connector using at least a compliance protocol, and deploy the data connector to a service-based orchestration layer of the internal system.

The invention belongs to the technical field of artificial intelligence, and discloses an MCP-based intelligent task decomposition and proxy execution system and method.The system comprises a proxy server, an MCP client, a Web service module and a front-end interaction module, and a self-adaptive task decomposition engine, a multi-MCP service dynamic integration framework and other components are arranged in the proxy server; ordered subtasks can be generated according to query complexity, multiple MCP service tools are managed in a unified manner, a flow is pushed in real time, user confirmation is supported, and a backspacing scheme can be triggered when the tools or decomposition fails; according to the method, complex query processing is achieved through the four steps of task decomposition, service connection and tool preparation, task execution and user interaction and result integration and feedback. The system improves the complex task processing accuracy, the user trust degree and the task completion rate when the tool fails, has good expansibility depending on the MCP protocol, and can be applied to scenes such as intelligent customer service and intelligent office assistants.

The application provides an extension method and device of a WEB service public component, electronic equipment and a storage medium. The public component includes a controller layer for parameter exchange with the outside world, a service layer for service under the call of the controller layer, and a data access layer for operating a database under the call of the service layer. The controller layer is not inheritable. The business logic of the public component is concentrated in the service layer. The method includes: creating an extension project dependent on the public component by depending on the service layer or the data access layer; deploying an extension service into the extension project by depending on the service layer; and configuring the extension project based on a startup class of the public component, so as to trigger the public component to provide the extension service based on the startup class of the public component. The application embodiment realizes zero-invasion strong extension of the WEB service public component.

An embodiment uses a computer-implemented approach to identify and automate workstreams from common actions in online applications. A browser extension collects and processes user event metadata, which is used to train machine learning models for workflow automation. The extension reads relevant fields from web services and delivers prompts with high-level actions (HLAs) based on user or organizational details. These HLAs are appended to prompts and sent to a large language model (LLM) via an API call. The LLM responds with a solution and a sequence of actions, which the browser extension executes automatically. Users retain control to pause, accelerate, or modify these actions. This method ensures secure, end-to-end workflow automation across various computing devices, enabling efficient and autonomous resolution of tasks while maintaining user oversight. The browser extension processes metadata, not enterprise data, ensuring security and privacy.

The invention discloses a method for automatically skipping in AP network distribution, which is applied to intelligent equipment and comprises the following steps of: enabling the intelligent equipment to enter an AP mode and starting DNS (Domain Name Server) service for intercepting a network request so as to receive an HTTP (Hyper Text Transport Protocol) authentication request of a mobile terminal connected to the AP mode; for an HTTP authentication request initiated by a mobile terminal, the following operations are executed: 1) under the condition that the mobile terminal concurrently sends a plurality of HTTP authentication requests, identifying and locking the HTTP authentication request received for the first time for processing; 2) responding to the HTTP authentication request received for the first time, and sending an HTTP redirection instruction to the mobile terminal, the HTTP redirection instruction being used for guiding a browser of the mobile terminal to automatically access a built-in distribution network page of the intelligent device; after an access request of the mobile terminal to the distribution network page is received, the intelligent device sends data of the distribution network page to the mobile terminal and stops DNS service so as to switch to a normal Web service mode, and it is ensured that subsequent data interaction is not intercepted again.

The application relates to the technical field of intelligent device operation and maintenance and local area network management and control, and specifically provides an intelligent device remote management and control method and device, wherein a core service module is used as a system entrance, is responsible for initialization, starts a timing task, and manages a resource life cycle; a local area network device discovery module is realized based on an Android original NsdManager and adopts a DNS-SD protocol to complete device discovery; a Web service module constructs a local Web service based on an AndServer framework, uses a default port 2618, and provides a double management and control mode of an API interface and a visual page; a device management and control module realizes multi-dimensional device operation; and a data storage module is responsible for data persistence and temporary storage. Compared with the prior art, the application can reduce device operation and maintenance cost and improve management and control response efficiency.

A client device may connect to a remote browsing server, which may browse to a Uniform Resource Identifier, render a web service or other content, and stream the content back to the client device. The client device may have a web browser through which the server may stream rendered images and which may capture various inputs, such as mouse operations, keyboard inputs, and other input. The remote browsing server may receive the inputs from the browser, then transmit the inputs to the web service through a server browser, which may render the images transmitted to the client device. The remote browsing server may be a virtual machine that may be created for a limited use, such that the virtual machine and browser may be wiped clean with each use.

The invention discloses a two-dimensional special-shaped boxing, typesetting and nesting system and method. According to the system and method, typesetting and nesting based on special-shaped components and special-shaped raw plates are achieved. The method comprises the following steps: reading and analyzing a graphic coordinate series (including straight lines, arcs, circles, component numbers and the like) of each component from a dxf file of the component; reading and analyzing a graph coordinate series (including a closed graph formed by a straight line, an arc and the like) of the original board from a dxf file of the original board; obtaining the minimum wrapping rectangle of each component, and firstly realizing two-dimensional boxing and typesetting based on the minimum wrapping rectangle of each component in the closed graph outline of the original plate; cutting and combining the special-shaped raw plate areas to realize boxing and typesetting based on the special-shaped raw plates; further realizing sleeving of the graphic coordinates of each component into the minimum bounding rectangle of the component which is typeset in the previous step through graphic operation such as movement and rotation, and realizing typesetting and sleeving based on the special-shaped component; all results of typesetting and nesting can be exported as a dxf file and can also be exported as a G code file for automatic cutting machining of a numerical control lathe; a whole set of processes including two-dimensional special-shaped boxing, typesetting and nesting algorithm development, dll packaging, webservice interface development and release, web end calling, web version application system development, desktop end calling, desktop version application system development and the like are realized.

The invention relates to an intelligent code generation system and method based on a multi-model game algorithm. The intelligent code generation system comprises an AIModel Manager module, a CodeGenerator module, a ProjectManager module and a Flask Web service module. The AIModel Manager module is used as a core controller of a multi-model game; the CodeGenerator module is used as a template engine for code generation; the ProjectManager module is focused on the full life cycle management of the project file; and the Flask Web service module is used for constructing a user interaction interface. According to the method, the core pain points of unstable code quality, incomplete project structure, low evaluation efficiency and the like in the prior art are solved, a software development normal form of man-machine cooperation is redefined, and a systematic solution is provided for improving the development efficiency, guaranteeing the code quality and reducing the technical threshold.

Techniques are disclosed relating to generating user-specific time-to-live (TTL) values using machine learning. In various embodiments, a server system maintains a cache data store that is operable to store data for a plurality of users of a web service. In response to a cache miss for a request from a first one of the plurality of users, the server system may generate a user-specific TTL value for the first user. In various embodiments, generating the user-specific TTL value may include using a machine learning model to generate a predicted future access pattern for the first user that indicates a distribution of time periods during which the first user is expected to access the web service and, based on the predicted future access pattern, determining the user-specific TTL value for the first user.

The invention belongs to the technical field of data management, and discloses an Internet of Things data management method, terminal and system, and the method comprises the steps: receiving a device configuration instruction which is issued through a Web service interface built in the terminal and comprises a device identifier and a communication protocol, so as to create a device instance; receiving a data point configuration instruction containing a data point identifier and a protocol address to establish a data point mapping relationship; and receiving an uplink channel configuration instruction to determine a data pushing target. And the terminal automatically polls the physical device to collect original data according to the configuration, associates the original data with the data point identifier and performs localized storage, and finally pushes the associated data to an upper application system according to the uplink channel configuration. According to the invention, the low-code configuration service and the automatic data management process are integrated in the integrated terminal, so that a user can complete the whole-process configuration of equipment access, data acquisition, processing and uploading without programming, and the deployment threshold and complexity of an Internet of Things system are reduced.

The invention discloses a dynamic protection method and device for a smart home system based on web service. The method comprises the following steps: acquiring a first network data packet in the smart home system through an edge layer of the smart home system, wherein the first network data packet is data forming potential threats to the smart home system; after a service layer of the smart home system receives the first network data packet, the first network data packet and a second network data packet are analyzed through a WebAssessment Sidecar module of the service layer to obtain attack behavior data on the smart home system, and the second network data packet is data which is found by the service layer and forms a potential threat to the smart home system; generating a protection strategy of the smart home system according to the attack behavior data; and performing dynamic protection on the smart home system by using the protection strategy. According to the invention, the technical problem that the network security protection mode of the smart home system in the prior art cannot deal with a complex network environment and a rapidly changing attack means and has potential safety hazards is solved.

A system and method for defending against AI-driven web traffic interference is provided. The system and method include: receiving, by an agent, a secret device ID and a web token provided by an authentication server; receiving an instruction to modify a request to a web service stored in a web server; embedding within a WebAssembly (WASM) component executed by the agent, a first portion of an encryption key and a second portion of the encryption key; transmitting the second portion of the encryption key to the authentication server; assembling, at runtime within the WASM component, an actual encryption key by combining the first portion and the second portion of the encryption key; encrypting, using the actual encryption key, the web token in the WASM component to generate a plurality of authentication tokens; and sending a request with the generated plurality of authentication tokens to the authentication server.

Systems, methods, articles of manufacture, and computer-readable media. A web browser of a device may receive selection of a uniform resource locator (URL). An operating system may download an application from an application server based on the URL. The application may identify a plurality of applications installed on the device and select a first institution corresponding to a first application. The application may receive a cryptogram from a contactless card associated with the first institution and transmit the cryptogram to an authentication server. The application may receive an authentication result specifying the authentication server decrypted the cryptogram. The web browser may receive, based on the decryption of the cryptogram, an account number, an expiration date associated with the account number, and a card verification value (CVV) associated with the account number. The web browser may provide the account number, expiration date, and CVV to a server associated with the application.

To improve user convenience.SOLUTION: An end-of-life planning support system (1) comprises a user characteristic information acquisition unit (101) and an end-of-life planning support unit (102). The user characteristic information acquisition unit acquires user characteristic information regarding characteristics according to the user's web service usage. The end-of-life planning support unit supports the end-of-life planning, which is an activity for preparing the end-of-life, based on the user characteristic information.SELECTED DRAWING: Figure 4

The application provides a method for realizing business processing by Java Web service end, comprising the following steps: writing HTTP request mapping table in Java annotation; when the Web service end is started, automatically scanning the Java annotation of the service end environment by using Java reflection mechanism, and obtaining the HTTP request mapping table by analyzing the Java annotation; and parsing, encapsulating and taking the client-side business data as the entrance parameter, and injecting into the business processing interface. The application has the following advantages: by encapsulating various business processing flows of the Web service end, the complicated configuration steps are abandoned, beginners can easily understand and master the working principle and coding method of the Web application, and the development difficulty of small Web projects can be significantly reduced, and the development progress can be accelerated.

The application discloses a Web service representation method based on multi-view multi-level contrast learning, and comprises the following steps: acquiring a programmable Web dataset; acquiring Mashup text description and Web API text description based on the programmable Web dataset; inputting the Mashup text description and the Web API text description into a Sentence-BERT model to acquire Mashup text representation and Web API text representation; inputting the programmable Web dataset into a Web service interaction network model to acquire Mashup structure representation and Web API structure representation; respectively performing global contrast learning on corresponding text representation and structure representation to acquire corresponding global feature information; and adding the corresponding global feature information to acquire a Web representation vector. The method simultaneously considers feature information of Web services under multiple views, and extracts features in combination with multi-level contrast learning.

The invention discloses a Web service causal depolarization recommendation method and a Web service causal depolarization recommendation system based on attention enhancement contrast learning. The method comprises the following steps: 1) randomly sampling a negative sample for each positive sample in user-project interaction, and dividing into two mutually exclusive training sets, namely, a more popular positive sample set and a more popular positive sample set, according to project popularity; 2) based on the two mutually exclusive training sets, executing a graph convolutional network and an Attention attention mechanism, and generating an interest representation matrix and a consistency representation matrix; 3) performing regularization constraint on the embedding space of the user and the project by introducing a triple loss function on the basis of a comparative learning representation distribution optimization framework; 4) performing joint optimization on a plurality of losses of interest modeling, conformity modeling, interactive modeling, independence constraint and comparative learning, and optimizing the model through a curriculum-type training strategy for gradually tightening constraint boundaries, and 5) calculating a comprehensive preference score based on the final interest representation matrix and the consistency representation matrix, and outputting a debiased recommendation result.

A system and method detects and handles replay attacks using counters maintained for each of several different periods for various values of IP addresses and browser description attributes encountered.

An electronic device according to embodiments of the present disclosure may comprise: a memory for storing at least one instruction; and at least one processor for executing the at least one instruction. The at least one processor can download, through a network, resources required to use a first web service, store a first resource among the resources in a disk cache, generate an uncached list for a second resource not stored in the disk cache among the resources, load the first resource from the disk cache on the basis of reusing the first web service, and, on the basis of reusing the first web service, load, through the network, the second resource included in the uncached list.