63 results about "Request status" patented technology

The invention provides a cross-platform session context synchronization method and system based on browser request interception, and is applied to the technical field of browser extension and network data interaction. The method comprises the steps of loading site strategy configuration to define a data mapping and input container positioning rule, injecting proxy codes to monitor a page request state, locking a target input container in a DOM tree based on a multi-dimensional score, intercepting a session submission request and analyzing an original load, retrieving a historical context and converting the historical context into an implicit data segment according to a mapping relation, combining the data to an original load to generate a recombination request and then sending the recombination request; according to the scheme, session context non-inductive synchronization of cross-heterogeneous platforms can be realized on the premise of not depending on a fixed selector and not changing a page UI (User Interface), the continuity of user memory by different platforms is kept, the robustness of element positioning and the accuracy of an operation time sequence are improved, and the user experience is improved. The problem of data islands is effectively solved, and man-machine interaction continuity is enhanced.

The invention discloses a safety protection method and system for preventing blasting attacks, and relates to the technical field of data security, and the method comprises the following steps: deploying a bidirectional communication chain between a client and a data rear end through a proxy server; judging a connection request state through a primary verification mechanism, and determining a forward transmission strategy of the two-way communication chain according to the connection request state; judging a response request state through a secondary verification mechanism, and determining a reverse transmission strategy of the two-way communication chain according to the response request state; and executing data security isolation or transmission according to the forward transmission strategy or / and the reverse transmission strategy. The problems of limitation of an account locking mechanism in a high-concurrency scene and conflict with internal security detection in the prior art are solved, and the substantive effects of effectively defending blasting attacks and being compatible with internal security scanning are achieved while stable operation of high-concurrency systems such as middleware and a database is guaranteed.

The application provides a work order management method, device and system, electronic equipment and storage medium, and relates to the technical field of computers.The application comprises the following steps: receiving service demand submitted by a client and generating a corresponding work order; receiving an operation request for the work order; a state machine engine performs permission verification on a current responsible person according to a predefined state transition rule based on a current state node of the work order, a trigger operation of the current responsible person and a management role to which the trigger operation belongs; after the verification, the state machine engine updates the work order to a next state node according to the state transition rule and determines a responsible person of the next state node; for each state node, a rule engine judges whether the work order is abnormal according to a predefined rule, and sends an abnormal alarm to a corresponding responsible person when the work order is abnormal; and receiving a confirmation operation of the client and updating the work order to an archived state.The application can improve work order management efficiency and service quality.

The invention provides a charging pile sharing method, a charging pile sharing device, charging pile sharing equipment, a computer readable storage medium and a computer program product. The charging pile sharing device comprises a private charging pile sharing module and a state management module. The private charging pile sharing module is used for receiving a sharing request which is transmitted by the first client and aims at a target charging pile; the state management module is used for acquiring a charging pile state of a target charging pile corresponding to the sharing request, a parking space state of a target parking space and a vehicle state of a target vehicle; the sharing process of the target charging pile is completed according to the charging pile state, the parking space state and the vehicle state; the target parking space is a parking space corresponding to the target charging pile; the target vehicle is a vehicle requesting to share the target charging pile for charging. According to the invention, the charging waiting time of the electric vehicle can be shortened.

Systems and methods for service response analysis via out-of-band signaling is provided. A system may obtain, via a first network channel, a network data packet from a network service provider. The system may determine the network data packet comprises a response code indicating a status of the request. The system may extract the response code from the network data packet. The system may generate an out-of-band response message comprising the response code. The system may send, to an external device via a second network channel, the out-of-band response message comprising the response code.

The invention discloses a network sharing method and related equipment, and belongs to the technical field of terminals. Comprising the steps that when a state machine of first electronic equipment is in a client idle state, in response to an internet access demand event of the first electronic equipment, the state machine triggers to send a first query request to second electronic equipment, and when the state machine is in the client idle state, the first electronic equipment is in a non-networking state; after a first query response of the second electronic equipment is received, the state machine triggers to establish a first P2P link with the second electronic equipment, the first P2P link is used for the first electronic equipment to share a first network of the second electronic equipment, and the first query response indicates that the second electronic equipment has the network sharing capability at present; and the state machine is transferred from the client idle state to the client connection state. According to the method and the device, the P2P link is triggered to be established between the first electronic equipment and the second electronic equipment through the state machine to realize network sharing, password information sharing among the equipment is not needed, and sharing of any type of network is supported.

This disclosure provides systems, methods, and apparatus, including computer programs encoded on computer-readable media, for an application processor (AP) 160 of a user equipment (EU) 150 to communicate with a modem 170 of the UE 150 to set, define and request status of a multicast and broadcast service (MBS) supported by an MBS protocol data unit (PDU) session. For example, the AP 160 can communicate with the modem 170 using one or more attention (AT) commands, such as an MBS session context (+CMSCONT) command 109 or an MBS session read dynamic parameters (+CMSRDP) command 124. The AP 160 can communicate with the modem 170 to modify an existing PDU session to support the MBS, or to establish a new PDU session for the MBS. An MBS PDU session that is requested by the UE 150 can be modified, accepted, or rejected by a network 180.

The present disclosure provides a data transmission method for an energy storage system. The method comprises the steps in which: a master battery management system (BMS) requests state information from a plurality of slave BMSs, the plurality of slave BMSs including a first slave BMS and a second slave BMS; in response to the request for the state information, the first slave BMS determines a first data set associated with the state information; the first slave BMS transmits the first data set to the master BMS, the first data set including heartbeat data transmitted last to the master BMS; and, on the basis of the heartbeat data, the second slave BMS determines whether to respond to the request for the state information.

A communications network device (100) hosting a lawful interception. LI, administration function. ADMF, the communications network device comprising interface circuitry (102), a processor (104) and a memory (106), said memory containing instructions (110) executable by said processor whereby the communications network device (100) is operative to:—send an X1 request message to a network element, NE, the X1 request message configured to request the NE to send status information of a field of an X1 GetAllDetailsResponse message to the LI ADMF; and—receive an X1 response message from the NE including the requested status information.

Method (200) for providing status updates for a mobile device (90), comprising the following steps: (a) Receiving (210) a vehicle action request from the mobile device (90) at a switching station; (b) Initiating (230) communication to a vehicle (12) with an instruction to perform a vehicle action; (c) Determine (215) a status update frequency based on at least one real-time characteristic relating to a current communication capacity of the switching center; and (d) Instructing (222) the mobile device (90) to request status update requests concerning the vehicle action request from the intermediary at the assigned status update frequency; and (e) Changing (220) the status update frequency in response to a change in at least one real-time characteristic.

The invention discloses a collaborative scheduling method based on a cloud password service resource pool and a database agent, and relates to the technical field of cloud computing, and the method comprises the steps: obtaining a password service request from the database agent, and synchronously generating a request state snapshot comprising a password algorithm type, a computing progress mark and an intermediate computing result; monitoring the running state of each node in the cloud password service resource pool through a heartbeat detection mechanism, and obtaining a fault node identifier and a to-be-migrated request list when detecting that the password service node is abnormal; reading a corresponding request state snapshot according to the fault node identifier, and transmitting the request state snapshot to a standby password service node; and analyzing the intermediate calculation result in the request state snapshot by using the standby password service node, recovering the execution process of the password algorithm from the breakpoint position corresponding to the calculation progress mark, completing the remaining password calculation, and returning the final calculation result to the database agent. According to the invention, the breakpoint resume capability in the fault recovery process can be realized.

The application provides a cache line priority resetting method and an artificial intelligence chip, and relates to the technical field of artificial intelligence chips.The method comprises the following steps: when it is detected that a cache group contains a cache line in a first priority state (i.e., the priority is greater than a preset level) and a target time length (i.e., an interval time length from the last time the cache group is accessed by a data request carrying a priority prompt) is greater than a preset time length, the request state between a processing core and a cache is detected; when the request state is that no data request sent by the processing core is detected, a priority resetting process is spontaneously initiated, and the priority of the cache line in the first priority state in the cache group is adjusted to the preset level; in this way, the priority of the cache line is reset by the hardware itself, the cache space is prevented from being occupied by the cache line with a high priority for a long time, the cache space reserved for non-important data access is improved, the overall performance of the cache is improved, and meanwhile, the processing of the data request (i.e., normal access) of the processing core is not affected.

The invention belongs to the field of integrated circuit design and computer networks, and discloses a multi-path polling arbitration method and a related device. Input signals of all request source channels are collected in real time, and when any request state signal is detected, an arbitration working state is entered; and locking the request states of all the current request source channels to generate arbitration input information, positioning the latest request source channel based on the information in combination with the current polling pointer, generating an arbitration result, executing access operation, exiting the arbitration state, and updating the polling pointer to wait for next request triggering. By adopting the method, the scheduling flexibility is remarkably improved to adapt to variable loads, the circuit structure is simplified to reduce the implementation complexity, the adaptability to different system bus competition problems is enhanced to relieve conflicts, the problem of shared resource access conflicts in a network-on-chip and a multi-core system is effectively solved, and the efficient access requirement is met.

The application relates to the field of advertisement delivery, and in particular to an instant advertisement strategy generation method based on transient gradient injection and entropy-oriented search, which comprises the following steps: performing manifold space mapping on user-side features, context features and candidate advertisement features in an advertisement request to obtain an initial state vector representing a current advertisement request state; loading a generative world model and introducing a strategy network, initializing low-rank adapter parameters in the strategy network, and constructing a shadow simulation field for the current advertisement request; performing extreme value-oriented Monte Carlo tree search in the shadow simulation field to generate a trajectory set corresponding to the current advertisement request; constructing an entropy-oriented objective function and performing transient gradient update on the low-rank adapter parameters to obtain an updated strategy network; and performing final forward reasoning on the initial state vector based on the updated strategy network to generate an advertisement strategy and resetting the low-rank adapter parameters after execution. The application can improve the pertinence of advertisement strategy generation.

A system automatically identifies wait times for a subject matter expert (SME). The system includes a cloud server in communication with an agent computer, an SME computer, and a database for storing presence data associated with the SME computer. Over a first period of time, the processor receives the presence data associated with the SME computer; stores the presence data in the database; and trains a custom machine learning network. The processor receives an input from the agent computer requesting contact with the SME computer, and solicits a status from the SME computer. If the status is not “Available”, the processor, using the trained custom machine learning network, predicts a wait time after which the status will be “Available” and reports the predicted wait time to the agent computer. If the status is “Available”, the system establishes a communication link between the agent computer and the SME computer.

This invention discloses a user trust measurement method and system in a zero-trust network environment. It pre-collects user information, token information, device information, and system information, and generates an access control list. When a device sends a request, a risk assessment is performed on the request, followed by authentication. Based on historical access data, the request status is determined. Based on the authentication result and request status, it is determined whether authorization is allowed. If authorization is not allowed, the request is marked as a device anomaly. Based on the device's abnormal behavior, it is determined whether the device belongs to the category of remote control anomalies. If so, the access permissions of devices connected to and interacting with this device in the access control list are updated. This reduces the risk of network attack risk propagation in a zero-trust network environment.

Various examples are directed to systems and methods for executing a transaction between hardware compute elements of a computing system. A first hardware compute element may send a first write request to a second hardware compute element via a network structure. The first write request may comprise first source identifier data describing the first hardware compute element and first payload data describing a processing task requested by the first hardware compute element. The network structure may store first write request state data describing the first write request. Before the processing task is completed, the second hardware compute element may send a first write confirm message.

The present invention relates to an MSA-based device orchestration apparatus in a digital federated twin, the MSA-based device orchestration apparatus comprising: a request reception unit that receives a control request message for a device and carries out a unit processing partitioning operation for the control request message to generate divided control commands; a control sequence request transmission unit that receives the divided control commands, identifies a control sequence required for the device, determines a command order and task content, and requests execution of the control sequence from the device; a control sequence processing result reception unit that receives a processing result of the control sequence from the device, applies a filter for determining, on the basis of the processing result, whether to execute business logic and whether to proceed with a next control sequence, and transmits, to the control sequence request transmission unit, the next control sequence that has passed through the filter; a request state check unit that checks a processing state of the divided control commands and schedules a control sequence required for the device; and a request processing result transmission unit that transmits a processing result of the device upon completion of the divided control commands.

This application provides a method, system, and related equipment for controlling high-voltage activation status. The system includes a high-voltage activation status request interface and a high-voltage power-on / off control module. The high-voltage activation status request interface is used to determine the high-voltage activation request status of the entire vehicle and send the vehicle's high-voltage activation request status to the high-voltage power-on / off control module. The high-voltage power-on / off control module is used to control high-voltage components based on the vehicle's high-voltage activation request status and provide feedback on the high-voltage system status. This application's embodiment decouples the identification of the vehicle's high-voltage activation request status from the domain controller through the high-voltage activation status request interface, achieving decoupling between the high-voltage activation status request interface and the bound functions. This allows both new functions and changed existing functions to call the high-voltage activation status request interface without modifying the high-voltage activation status control program, improving the flexibility of adding new functions or changing existing functions in the vehicle.

The application relates to an application observable data processing method and device, computer equipment and a storage medium, wherein the application observable data processing method comprises the following steps: determining state information corresponding to a plurality of associated application programs, the state information being used for indicating the request state of each application program; based on the state information, obtaining network data information generated by the application program in a network communication process, the network data information comprising network data packets; preprocessing the network data packets to obtain corresponding link information; and further converting the link information protocol into corresponding first target protocol packets. Through the application, the problem that link concatenation needs to rely on additional process information, resulting in a too complex data processing process, is solved, link concatenation is realized without relying on additional process information, and the complexity of data processing is reduced.

The application discloses a system and method for accelerating retry associated queue in CHI bus protocol, which comprises a bus, a request queue, a request state queue and a protocol credit card queue. The bus is used for sending completion, retry confirmation and protocol credit card permission; the request state queue comprises an age vector and entries; the entries in the request state queue record basic information of the request, including a request valid signal, a request ID, a retry valid signal and a retry protocol credit card; and the age vector records the sending sequence between the corresponding entry and other entries; the protocol credit card queue records the protocol credit card returned by the bus each time, including a protocol credit card valid signal and a protocol credit card type. The entry in the transaction queue which needs to be retried sees the protocol credit card resource required by itself for the first time, and then is woken up for retransmission; in addition, the entries which need the same protocol credit card type are woken up in the first initiation sequence, so that the delay conforms to the program characteristics.

Systems and methods for transparent service response analysis is provided. A system may obtain a network data packet from a network service provider. The system may determine the network data packet includes a response code indicating a status of the request. The system may extract the response code from the network data packet. The system may modify an IP header of the network data packet based on the response code. The system may encapsulate the network data packet based on the response code. The system may send the network data packet with the modified IP header. The system may send the encapsulated network data packet.

The invention relates to a method, implemented by a computer infrastructure, for controlling the sequential change in a resource of a discrete event system, said change being modelled by a state machine having a plurality of states and at least one transition for changing the current state of the resource from a first state to a second state on the occurrence of a predefined event, the method comprising the following steps: reading a first computer object representing the resource, said first computer object describing the current state of the resource and comprising a function that is intended to be executed automatically by the computer infrastructure in the event of a request to change the current state of the resource from the first state to the second state; executing the function associated with the requested state transition from the first state to the second state.

The invention relates to the technical field of intelligent cabin energy management and power utilization dispatching control, and discloses a dynamic adjustment method for the power utilization priority of intelligent cabin equipment. The method comprises the following steps: uniformly numbering all equipment, collecting power requirements, minimum continuous power supply duration, categories and request states, screening out real required equipment in the current period according to a fixed period, counting average power and reference duration, generating bidding factors by combining the categories, relative power and relative duration, sorting according to the factors, and performing prefix accumulative allocation according to allocable power, giving priority and forming a record table; at the end of the cycle, recursive delay counting is carried out on continuous request undistributed equipment, a forced threshold value is set, and fairness is guaranteed before the next cycle; and meanwhile, executing an on-off instruction, identifying that the equipment is not requested for clearing for a long time, and carrying out circular propulsion when conditions are met.

The present application relates to the technical field of intelligent cockpit energy management and power dispatching control, and discloses a kind of dynamic adjustment method of intelligent cockpit equipment power priority.The power demand, minimum continuous power supply time, category and request state are collected by being numbered to all equipment, and the real needed equipment is screened out according to fixed period, the average power and reference duration are counted, the bidding factor is generated combined with category, relative power and relative duration, the factor is sorted and the assignable power is prefixed and cumulatively distributed, the priority is given and the record table is formed;the recursive delay count is carried out on the equipment with continuous request and not distributed at the end of the period, and the forced threshold is set;the fairness is guaranteed in the next period;the on-off instruction is executed at the same time, and the long-term non-requested equipment is identified and removed;if the conditions are met, it is included again, and the cycle is promoted.

The application relates to a cross-chain transaction method for digital assets based on a cross-trust alliance chain and belongs to the technical field of blockchains. The method comprises the following steps: a cross-chain credit clearing smart contract is published on a trust alliance chain, and the following steps are executed: receiving asset publishing information, allocating asset numbers, and synchronizing asset publishing information; receiving asset query requests and returning asset numbers; receiving asset purchase requests and synchronizing credit transfer information; the asset purchase request is marked as successful; receiving asset delivery verification requests, and if the corresponding asset purchase request state is successful, feedback is given to allow delivery; a business system receives a digital asset delivery request, sends an asset delivery verification request to the cross-chain credit clearing smart contract, and if feedback of allowing delivery is received, a digital asset delivery transaction is generated and packaged into a current block for storage. The cross-chain credit clearing smart contract is used to realize cross-chain transaction of digital assets, promote cross-chain circulation of digital assets, and is easy to popularize and apply.

The application discloses a blockchain-based data processing method, device and equipment and a readable storage medium. The method comprises the following steps: a first node sends a data query request for target transaction state data to a state database; the state database is a database used for uniformly storing state data of each block in a blockchain; a data query result returned by the state database based on the data query request is received; if the data query result is a query result in which the target transaction state data is not contained in the state database, a data write request for the target transaction state data is sent to the state database; and the data write request is used for requesting to write the target transaction state data into the state database. According to the application, the data redundancy can be reduced and the storage space consumption can be reduced in the storage service of the blockchain.

The invention relates to a state awareness scheduling method and device for large model reasoning service, and the method comprises the steps: responding to the completion of the (i-1) th iteration, updating a request state and a system state, and determining a scheduling result according to the request state, the system state and a cost model, the scheduling result is used for determining the number and the execution sequence of the target requests in the execution queue of the ith iteration. According to the embodiment of the invention, the scheduling strategy can be adjusted in real time on the iteration level according to the monitored state.

The invention discloses a resource processing method, device and equipment for a large language model service and a storage medium, which are used for carrying out dynamic resource scheduling by detecting the request state of each service request in the large language model service and the required cache size thereof. Specifically, for a request in a newly-added state, a cache allocation task is established according to the size of a cache required by the request; for the request in the completion state, establishing a cache release task according to the cache resources occupied by the request; establishing a corresponding cache updating task for the request that the state in operation and the size of the required cache are changed; and the system carries out unified scheduling on cache resources of the large language model service according to the cache allocation tasks, the cache release tasks and the cache update tasks so as to optimize the use of memory resources. According to the method and the device, the cache resources of the large language model service can be efficiently and flexibly managed, so that the utilization efficiency of the cache resources is improved. The technical scheme of the invention can be widely applied to the technical field of artificial intelligence.

The invention discloses a task state acquisition method and device, electronic equipment and a storage medium, and relates to the technical field of information. The task state acquisition method is applied to a service thread running on a client, the client comprises a browser, and the browser is used for displaying a page of a front-end application of a cloud service platform. The task state acquisition method comprises the following steps: acquiring a state acquisition instruction corresponding to a target asynchronous task, wherein the target asynchronous task is an asynchronous task executed by a cloud service platform indicated by a front-end application; and sending a state acquisition request to the cloud service platform according to the state acquisition instruction. The state acquisition request is used for indicating the cloud service platform to return state information of the target asynchronous task. And receiving state information of the target asynchronous task returned by the cloud service platform. According to the method, the client can still obtain the state information of the target asynchronous task as required even if the user leaves the page of the front-end application.