28 results about "Message flow" patented technology

A queue application programming interface (QAPI) in a first data center receives incident messages, each with an incident identifier. The first data center is in communication with additional data centers. The messages are either ordered or unordered. Ordered messages must be processed in the order received, while unordered messages do not. The QAPI transmits the messages to a message stream data structure. A first worker sub-system retrieves unordered messages from the message stream for processing. In parallel, the QAPI transmits the messages to a group stream data structure which arranges the messages into groups. A second worker sub-system retrieves groups of ordered messages for processing. At least one of the first or second worker sub-systems is associated with the additional data centers.

This invention discloses a multi-source data intelligent connection management method, belonging to the field of data processing and information fusion technology. The method includes: deploying an intelligent agent program to listen to window message streams and reconstruct operation paths; synchronously capturing and parsing network requests to obtain structured business data; establishing a mapping relationship between operations and data through multimodal fusion parsing; filtering target data based on a no-code rule base; standardizing formats using a conversion engine; generating RPA instructions with the assistance of a large model; embedding a digital credential mechanism throughout the entire chain to ensure data integrity; and dynamically enhancing business logic through extension point injection. This invention aims to solve the problems of difficult data collaboration, high adaptation costs, and insufficient security caused by the lack of standard interfaces in heterogeneous business systems. It achieves high-precision, low-latency, and auditable automatic data collection, conversion, and entry across closed systems, significantly shortening the supplier access cycle and improving the efficiency of supply chain four-flow collaboration and system scalability.

Message processing is described, in which each of first and second computer systems have a message operator configured to process messages to manage a data structure having a state determined via the processing. The message operator of the first computer system is configured to reroute unprocessed messages to the message operator of the second computer system such that the message operator of the second computer system establishes an order of an input message stream and a current state of the data structure arising from the input message stream. The message operator of the second computer system is configured to, once the current state is established, send the messages of the input message stream to the message operator of the first computer system in accordance with the established order such that the current state of data structure is recreated by the message operator of the first computer system.

A process includes monitoring a plurality of message flows sent by respective network devices of a plurality of network devices. The plurality of message flows is associated with reporting a network telemetry metric to a network management system. The process includes determining that a given message flow of the plurality of message flows exhibits an unexpected behavior. The process includes, responsive to determining that the given message flow exhibits the unexpected behavior, determining an aggregate available bandwidth for message flows of the plurality of message flows, which respectively exhibit expected behaviors. The process includes, responsive to determining that the given message flow exhibits the unexpected behavior, modifying a bandwidth of the given message flow based on the aggregate available bandwidth.

The application provides a memory management method and device for long-time multi-round dialogue, wherein the method comprises: based on a received conversation message stream, performing memory unit extraction to obtain all atomic memory units; constructing a causal dependency graph associated with all the atomic memory units and a conflict relationship graph associated with the atomic memory units; in response to a received user question, generating a requirement key set and determining a token budget; based on the user question, selecting from all the atomic memory units to obtain a candidate set; through the causal dependency graph, the conflict relationship graph, the requirement key set and the token budget, screening the candidate set, and based on the screening result, constructing a memory capsule; based on the memory capsule, generating a target answer corresponding to the user question. The stability, consistency and traceability of the model when using historical memory in a multi-round and long-time dialogue scene are improved.

The present disclosure provides an information processing method, device and electronic equipment. A specific embodiment of the method includes: receiving a first setting operation of a first user on a first session message in a target session, wherein the first user is a member of the target session, and the first session message includes one or more session messages in the target session; in response to the first setting operation, changing a first operation permission of at least part of the members of the target session on the first session message to a second operation permission; wherein the permission range of the second operation permission is smaller than the permission range of the first operation permission. This embodiment limits the part of the operation permission of the members of the target session on the first session message, reduces the risk of important messages in the target session flowing to the outside, and improves the security of information interaction between session members.

A message management platform may receive, from an application operator, a configuration of a message flow. The message flow includes one or more messages associated with trigger conditions. The platform may receive, from a code snippet incorporated in an application of a user computing device, a notification that the user computing device has used the application. The platform may associate a user identifier with the user computing device. The platform may subscribe to, on behalf of the application operator, one or more API notification channels of the application builder platform. The platform may receive an API notification from the application builder platform. The platform may determine that the application builder platform's user is associated with the user identifier used by the message management platform. The platform may determine that the event described in the payload matches the trigger condition and transmit the first message to the user computing device.

This invention relates to the field of Internet communication technology, specifically to a cross-channel adaptive circuit breaker routing method for SMS based on time decay scoring. The method includes receiving service requests, real-time sliding collection of success rates, latency, and error codes for each channel, and introducing a time decay factor for index aggregation. Based on multi-dimensional operational indicators of the channels, index decay trends, and different service types, a dynamic channel comprehensive score is calculated and generated. Three-state management is implemented for each channel according to the dynamic comprehensive score. Based on the three-state management results, requests are routed to appropriate SMS channels. The overall message flow latency is monitored, and SMS flow is blocked in a timely manner, downgrading to a voice gateway for TTS calls. This invention achieves synchronous adaptation of the sample window and decay coefficient based on channel stability, ensuring accurate Rdecay calculation and avoiding scoring lag or distortion caused by traditional static parameter configuration, thus improving the accuracy of routing decisions.

This invention discloses a distributed message processing system based on dynamic sliding windows and intelligent scheduling, aiming to solve the problems of processing latency, resource waste, and insufficient scalability caused by fixed grouping and polling strategies in traditional message processing technologies. It is suitable for dynamic message scheduling and load balancing in high-concurrency, high-throughput scenarios. A four-layer collaborative architecture is adopted, with a distributed message queue layer, a sliding grouping module, an intelligent scheduling module, and a cluster of processing units working together to form a closed-loop control through a state feedback mechanism. The system designs a hybrid sliding window and dynamic triggering grouping mechanism, a two-way feedback intelligent scheduling system, and a multi-dimensional elastic control strategy, which can dynamically optimize resource allocation based on message traffic fluctuations and processing unit load status, balancing processing timeliness and transaction consistency. It can be widely applied to scenarios such as financial transaction clearing, e-commerce flash sale traffic smoothing, and IoT data processing, achieving adaptive throughput improvement and efficient resource utilization, and possesses strong practicality and promotional value.

The application discloses a data processing method and device for communication group management. The method comprises the following steps: obtaining to-be-processed group data; performing identification processing on the to-be-processed group data based on a request node to obtain first group request data and second group request data, wherein the second group request data is request data used for indicating group message circulation; performing virtual group construction processing on the second group request data based on a group architecture to obtain a message circulation virtual group; and performing message circulation response processing on the message circulation virtual group based on the virtual group architecture to realize circulation of group messages. Through the invisible sub-group construction, the message routing is constructed based on the invisible sub-group, the message circulation is disassembled into hierarchical sub-group pushing, the single-node pressure is reduced, and the message circulation in a large-scale group is realized. The technical effect of reducing the single-node pressure in large-scale group communication is realized.

The application discloses a flow table aggregation processing method, device, equipment, storage medium and product. The method comprises the following steps: a network interface card receives a first message from an interface board virtual machine, the first message is a message sent by a user access type network element deployed in a virtual manner to a user terminal; and the first message is forwarded to an SDN gateway based on a static routing flow table. The network interface card can realize the forwarding of the first message based on the static routing flow table, that is, the flow table convergence of the message flow sent by the user access type network element to the user terminal is realized, the number of flow tables that need to be configured by the virtual switch realized by the intelligent network card in the server where the interface board virtual machine of the user access type network element is deployed can be greatly reduced, the flow table processing capability of the virtual switch of the user access type network element deployed based on the NFV is effectively improved, and cost reduction and efficiency increase are realized.

This application relates to a message processing method, apparatus, device, storage medium, and program product. The method includes: receiving and parsing a current message to be processed to obtain message flow information; the message flow information includes at least message information, address information, and first matching information carried by the current message to be processed; determining a message path for the current message to be processed from a message processing path based on the first matching information, address information, and second matching information cached in a second processing path, the message processing path including a first processing path and a second processing path; writing the message information and address information of the current message to be processed into the message processing path of the current message to be processed; scheduling, processing, and outputting the address information and message information cached in the first processing path and / or the second processing path, wherein the scheduling priority of the first processing path is higher than that of the second processing path. This method can improve message processing speed.

This application provides a method and system for reducing always-on radio signals, which includes: determining a SI-PlanningInformation and adding transmit message type sublists with a predetermined number to the SI-PlanningInformation, where each transmit message type sublist includes at least one transmit message type; adding ra-PreambleLength fields to si-RequestConfig, where ra-PreambleLength is equal to the predetermined number, and the ra-PreambleLength fields have a one-to-one correspondence with elements in the transmit message time sublists; sending SIB1 messages and detecting a Msg1 preamble; and transmitting a transmit type that corresponds to a terminal based on a specific transmit message request preamble if the specific message request preamble is detected.In the present application, the type of transmission message requested by the terminal side can be accurately identified only by updating the configuration on the base station side without increasing the message flow and system loading cost, thus providing a simplified design on the base station side, decreasing system power consumption and reducing interference between adjacent cells.

The embodiment of the application is suitable for the field of communication technology, and provides a method for preventing screen capture, a terminal device and a storage medium. A first terminal device and a second terminal device perform a screen sharing service, and the method for preventing screen capture comprises the following steps: the first terminal device generates a first notification message and sends the first notification message to the second terminal device. The first notification message comprises first indication information for indicating that the second terminal device is prohibited from capturing a screen. The second terminal device sets screen capture attribute information of a display window of the screen sharing service according to the first indication information. The second terminal device sends a first response message to the first terminal device. The first terminal device displays a first control in the display window of the screen sharing service, and the display state of the first control indicates that the second terminal device is prohibited from capturing a screen. The method for preventing screen capture provided by the embodiment of the application has a simple message flow and a small number of messages, and realizes the prevention of screen capture of a peer terminal device.

A signal transmitting method suitable for a MU-MIMO environment and achieving a high performance with low complexity is provided. The signal transmitting method includes: splitting each message stream into a common message stream and a private message stream; combining a plurality of common message streams for the plurality of receivers to generate a common stream; encoding the common stream and private message streams for the plurality of receivers to generate an encoded common stream and encoded private message streams; precoding the encoded common stream and the encoded private message streams to adjust amplitudes and phases of symbols such that power is distributed between the encoded common stream and the encoded private message streams and generate precoded signals; and converting the precoded signals into a plurality of RF signals, adjusting phases of the plurality of RF signals, and outputting the phase-adjusted RF signals through a plurality of MIMO antennas.

A system and method include reception of multiple streams of technical operational messages from a plurality of sources within the computing platform, definition of a set of technical operational message clusters, wherein each cluster is associated with a set of representative technical operational messages, comparison of the received technical operational messages to the sets of representative technical operational messages using Retrieval Augmented Generation (RAG), and classification of a received technical operational message with the cluster associated with a matching set of representative technical operational messages, thus obtaining a sequence of cluster classifications corresponding to the received technical operational messages.

The application discloses a method for solving message accumulation, and relates to the field of message sending management; the method comprises the following steps: step 1, configuring parameter information in a message processing flow; step 2, monitoring the production speed of different types of messages, the consumption speed of the messages, the resource usage of the message consumers, and the response situation after the messages are consumed; step 3, performing message flow control according to the message monitoring situation, limiting the message receiving and sending frequency, and specifically adopting a token bucket mode to perform the message flow control; and step 4, processing message accumulation: referring to a message accumulation ratio to obtain the accumulation situation of the message queue at this time, continuously reducing the generation quantity of tokens in a unit time for a message receiving token bucket of a message type that is in an accumulation state when the message queue is about to be filled; performing a retrieval and deduplication operation on the messages that have not been forwarded; performing disk storage on the accumulated messages, and emptying the token quantity of the message receiving token bucket of the accumulated messages, so that the messages of this type are no longer received.

Disclosed herein is a method comprising identifying one or more messages from a real-time upstream of the one or more messages from chatroom including one or more users and at least one engagement bot; determining at least one of a message flow rate, an emotion drift of the chatroom, or interaction of one or more users in the chatroom from the obtained real-time upstream of one or more messages; identifying one or more user profiles corresponding to the one or more users from the real-time upstream of one or more messages; determining whether to perform a proactive message initiation or a reactive message initiation; generating a prompt, based on the determination to perform the proactive message initiation or the reactive message initiation; and generating the adaptive message for the chatroom based on at least one language model based on the generated prompt.

The application discloses a kind of multi-source data intelligent connection management methods, belong to data processing and information fusion technical field, this method includes: deployment intelligent agent program listens to window message stream and restores operation path;Synchronous capture and parse network request to obtain structured business data;Mapping relationship of operation and data is established by multi-modal fusion analysis;Filter target data based on no-code rule base;Format standardization is carried out using conversion engine;RPA instruction is generated by large model auxiliary;In full-link embedded digital certificate mechanism guarantees data integrity;And by extension point injection dynamic enhancement business logic.The application aims to solve the problem of data collaboration difficulty, high adaptation cost and insufficient security caused by lack of standard interface in heterogeneous business systems, realize high-precision, low-latency, auditable data automatic acquisition, conversion and input across closed systems, significantly shorten the supplier access cycle, improve the efficiency of supply chain four-flow collaboration and system scalability.

This invention discloses a method for acquiring and managing device status using multiple transmission modes, relating to the field of industrial automation technology. The method includes: acquiring a Modbus image file; establishing a Modbus TCP link from the front-end acquisition unit to a local area network server based on the Modbus image file, and uploading records after multi-channel selection and switching according to a stability margin parameter set, generating uploaded message streams and channel scheduling logs; performing anomaly tracing and parameter revision on the operational evaluation result set, and updating the joint policy package. This invention ensures more stable and efficient transmission of device status data under different network conditions, effectively supporting real-time monitoring and anomaly tracing of device status.

The invention discloses a message processing method, system and device, equipment and a storage medium. Specifically, the method comprises the following steps: in response to a message reading request which is sent by a target subscription child node and carries a target node identifier of a target subscription node, shunting a plurality of message distribution nodes based on a plurality of message transmission units to obtain at least one to-be-distributed message transmission unit of each message distribution node; the target subscription node is any subscription sub-node under any subscription node in a plurality of subscription nodes under the target message subscriber, the plurality of subscription nodes are different in readable messages, and the plurality of subscription sub-nodes under the same subscription node are the same in readable messages; concurrently calling a plurality of message distribution nodes to extract a target message of a message transmission unit corresponding to the target node identifier; and feeding back a target distribution message integrated by the target messages extracted by the plurality of message distribution nodes to the target subscription child node. By using the scheme provided by the invention, the efficiency of message attribution calculation and message reading can be improved.

A distributed computing system, such as may be used to implement an electronic trading system, controls inbound message flow rates. Limiting a per-client or per-connection inbound message rate also helps ensure fair provisioning of computing resources, so that a single client's excessive use of resources cannot overwhelm the system to such an extent that it prevents other clients from interacting with the distributed system. It is also desirable to have system-wide control of the overall inbound message rate across all client connections. Such system-wide control ensures that the distributed system as a whole can maintain the required levels of service, including offering a predictable level of access for all clients.

The application discloses a traffic behavior detection method, device and system, and belongs to the network technical field. The method is applied to a message forwarding node, and the method comprises the following steps: obtaining packet information of a data packet flowing through the message forwarding node; determining influence information of a message flow based on the packet information, a rate threshold value and a traffic threshold value. One piece of influence information of the message flow is used for describing the behavior of one traffic segment in the message flow. The behavior of the traffic segment is represented by the traffic size transmitted within a time period indicated by the influence information. The rate of the traffic in the traffic segment is greater than or equal to the rate threshold value, and the size of the traffic in the traffic segment is greater than or equal to the traffic threshold value. Through the method, the influence behavior described by the influence information and detected by the message forwarding node has an accurate time boundary (i.e. the time period indicated by the influence information), so that the SLO violation attribution of the network performance based on the detection of the influence behavior described by the influence information is more accurate.

The application discloses a message processing method and device, a nonvolatile storage medium and an electronic device. The method comprises the following steps: obtaining a to-be-processed message, wherein the to-be-processed message carries target message flow tuple information; calling a preset access control table to analyze the to-be-processed message, determining a preset group matched with the target message flow tuple information as a target group; in the case that the target group exists in the preset access control table, determining a preset instruction corresponding to the target group in a preset instruction set as a target instruction, wherein the preset instruction is used for recording the corresponding relationship between at least one preset table index and at least one preset rule index; calling the target instruction to obtain at least one target rule from a preset rule management pool, wherein the target rule is associated with a preset rule identifier in the target group; and processing the to-be-processed message based on the at least one target rule. The application solves the technical problem of low matching efficiency of the existing packet detection rule (PDR).