253 results about "Message routing" patented technology

The invention discloses a remote centralized control distributed data processing and analysis method based on a JMS, and the method comprises the steps: achieving the message routing and resource scheduling through the real-time monitoring of the state of a system, reinforcement of learning decision, deep learning optimization and multi-dimensional message distribution; dynamically adjusting message flow rate and queue length based on real-time network conditions, node load and flow fluctuation; through edge node intelligent task scheduling, distributed collaboration of calculation and storage is realized; adaptive compression algorithm selection is carried out by using deep learning, and the consumption of message transmission bandwidth is reduced; non-tampering storage of messages is realized through a block chain technology; based on a container arrangement technology, dynamic expansion and contraction of computing resources are realized; and dynamic resource scheduling and optimization decision are realized by utilizing reinforcement learning and multi-dimensional monitoring data. According to the invention, the bottleneck problem of the traditional message transmission system is overcome, and the system can efficiently and reliably process mass data in a high-concurrency and high-throughput scene.

The invention discloses a high-performance AIOT real-time data processing method and device based on Flink, Kafka and Dores, and the method comprises the steps: constructing an end-to-end hierarchical architecture, capturing multi-source database change data in real time through Flink CDC, and analyzing semi-structured data in combination with Apache NiFi, and generating a standardized data stream; the method comprises the following steps: realizing message routing based on KafkaTopic division of a service domain, ensuring the consistency of a data structure by using Schema Registry, and optimizing the transmission efficiency through a dynamic compression algorithm; an Flink real-time computing engine is adopted to implement window aggregation, asynchronous dimension table association and incremental state persistence strategies, and the resource fluctuation and state management problems in streaming computing are solved; time pre-partitioning and intelligent cold and hot layering are achieved through a Dores storage layer, the query performance is improved in combination with materialized views and multi-level indexes, and finally a full-link closed loop of collection-transmission-calculation-storage-management is formed. According to the invention, the problems that the real-time performance and the consistency are difficult to balance and the system complexity is high in the prior art are solved.

The invention relates to a railway material purchasing asynchronous task processing method, device and system, and the method comprises the steps: constructing a six-layer message channel architecture of a purchasing business process, and executing an instruction of deploying a message agent node in an active-active mode for each channel based on the core message middleware of a Kafka cluster; the front-end gateway is instructed to package the purchase event into a binary message body with a transaction ID and a timestamp, and the binary message body is written into a persistent queue after priority labeling is carried out according to a task type label; processing the concurrent tasks by adopting a multi-stage feedback queue scheduling algorithm, and dynamically allocating computing resources based on a thread pool; a maximum retry threshold value is set according to an exponential backoff retry strategy, so that the failed task is automatically transferred into a dead message queue; and dynamically calculating an optimal message routing path based on the supplier portrait and the material classification model, and extracting the order to an exclusive processing queue of the optimal supplier according to Topic dynamic switching of the message queue. According to the invention, the coupling degree is reduced, the system performance is improved, and the fault tolerance is enhanced.

The invention belongs to the technical field of artificial intelligence, and particularly relates to a dialogue message queue management system based on a large model cluster. The system comprises a message preprocessing module, a message router, a plurality of independent priority queues, a resource scheduler, a dialogue state manager and a large model cluster. The message preprocessing module receives an external dialogue request, constructs a metadata object, allocates a priority queue tag, calculates a static score and records a timestamp; the message router distributes the request to a corresponding priority queue according to the label; the resource scheduler executes a scheduling strategy, calculates a dynamic priority score, realizes load balancing, retrieves historical context information from the dialogue state manager, combines a request and a context into a processing task and dispatches the processing task to a large model cluster; the large model cluster returns model response to the resource scheduler, and the dialogue state manager is responsible for context storage and updating. All the components of the system can efficiently process the dialogue message request through close cooperation.

The invention discloses a mobile switching management method, satellite communication equipment, a storage medium and a program product, and relates to the technical field of satellite communication. Whether the target user terminal is directly connected to the current satellite node or not can be quickly determined by using the positive service user list, and whether the target user terminal is in the service area of the current satellite node or not can be determined by using the positive service area list. Whether the target user terminal is in the service range of the adjacent satellite nodes or not can be determined by using the positive service user list of the neighbor nodes, and the position of the target user terminal can be efficiently determined under the high dynamic condition of the satellite network based on the cooperative use of the three lists dynamically maintained in each satellite node. And selecting an optimal path to route the paging message to the target user terminal.

Systems and methods relating to a distributed ledger-based payment rail are provided. A computer-implemented method includes determining whether a sending financial institution of a sender of a funds transfer and a receiving financial institution of a recipient of the funds transfer each operates a node on a permissioned distributed ledger network. The method further includes routing a funds transfer request message to the permissioned distributed ledger network in response to determining that the sending financial institution and the receiving financial institution each operates a node on the permissioned distributed ledger network. The method further includes destroying, by an issuer, the cash states in response to the recipient redeeming cash states associated with the funds transfer.

An example method of message routing includes: receiving a request to send a message to a specified user of a plurality of users of a communication services platform; providing a user profile of the specified user to a send time optimization model, wherein the user profile characterizes actions of one or more predefined action types that were performed by the specified user in response to receiving previous communications; identifying, based on the output of the send time optimization model, a preferred time range for communicating with the specified user; and causing, within the preferred time range, a message to be sent to the specified user.

The invention discloses a routing method and device for converged communication messages, electronic equipment and a storage medium, and relates to the technical field of converged communication or other related fields, and the method comprises the following steps: receiving a call request from a communication terminal, and preprocessing the call request to obtain a target call request, the preprocessing comprises heterogeneous protocol unified processing and semantic enhancement information adding; fusing the network state data and the semantic enhancement information of the current network environment to obtain routing decision data; the routing decision data are input to a target decision model, a routing strategy is output, and the target decision model comprises a reinforcement learning model formed by training based on historical routing data; and forwarding the target call request according to the routing policy. According to the method and the device, the technical problem that the communication quality is reduced due to inaccurate message analysis and untimely forwarding caused by defects in protocol adaptability of a traditional routing mechanism in the related technology is solved.

The invention discloses an electric power SCADA message bus service method, system and device based on a distributed architecture and a medium, and belongs to the technical field of electric power system automation and industrial communication, and the method comprises the steps: collecting real-time operation data from an electric power device; a corresponding message theme is generated according to a data type and an area to which the data belongs, and a Broker node dynamically allocates a message routing path through a hash ring, so that a single-point bottleneck is avoided; carrying out distributed storage and synchronous processing on the collected message data; the SCADA application subscribes to message data according to a preset theme, executes monitoring, warning or analysis operation according to a theme type, and realizes parallel processing and load balancing through a partitioning mechanism; and monitoring the state of each Broker node through a periodic heartbeat mechanism. According to the invention, the unification of high throughput, low delay, strong consistency guarantee and elastic expandability is realized, and the data processing capability and the operation stability of the electric power SCADA system in a large-scale access scene are remarkably improved.

Techniques are described herein for providing improved IMS service routing. The techniques may be performed by a P-CSCF node operating within an IMS network. In embodiments, such techniques may comprise receiving an indication that the P-CSCF node has been assigned to a user equipment (UE), obtaining, from a Home Subscriber Server (HSS), information related to the UE, and storing the information related to the UE in the one or more non-transitory computer-readable media. The techniques may then comprise receiving a communication relating to a service to be provided to the UE, making a determination about the service to be provided to the UE based on the information related to the UE, and routing a message to an electronic device based on the determination about the service to be provided.

Systems, methods, and computer program products are provided for flexible transaction message routing. An exemplary method includes receiving an authorization request message associated with a payment transaction. The authorization request message includes a first account identifier associated with a user. A second account identifier is determined from a plurality of account identifiers based on at least one rule associated with the first account identifier. A modified authorization request message for the payment transaction is generated. The modified authorization request message includes the second account identifier. The modified authorization request message is transmitted to an issuer system associated with the second account identifier. A transaction history record based on the payment transaction and the second account identifier is stored.

The invention relates to a message queue efficient management method of a message center system, provides an efficient message center system, in particular to a message queue management method, and aims to improve the efficiency and reliability of message transmission. According to the invention, a novel message routing algorithm is introduced, and the algorithm can quickly and accurately transmit the message to the target node according to dynamic factors such as system load and node state. According to the message queue management, an innovative message queue management method is provided, and it is ensured that messages are arranged and distributed according to priorities, sequences or other specific rules. According to the real-time monitoring mechanism, the method has the capability of monitoring the message flow in real time so as to detect and solve potential performance problems. Therefore, the message center can perform selective message routing forwarding according to the system load condition, the priority / emergency degree and the like based on the message management modes, and the message routing efficiency of the system is greatly improved.

An example method of selecting message routing providers based on message delivery data includes: receiving, by a processing device, message delivery data characterizing message delivery by a plurality of message routing providers to a specified destination network; estimating, based on the message delivery data, for each message routing provider of the plurality of message routing providers, corresponding values of one or more parameters of a statistical distribution of message delivery outcomes by a respective message routing provider to the specified destination network; and determining, based the values of the one or more parameters, an allocation of outgoing messages to message routing providers, the allocation not exceeding a specified cost ceiling of message delivery and yielding a maximum value of a chosen message delivery metric for messages originated by a message originating entity that has not provided at least part of the message delivery data.

Examples described herein relate to apparatuses and methods for a node of a network to facilitate communication among two or more clients, including but not limited to determining, by the node, that the two or more clients are connected to the node for accessing data originating from an origin server, receiving, by the node, a message from a first client of the two or more clients, the message is to be routed to at least one second client of the two or more clients, and sending, by the node, the message to the at least one second client without routing the message to the origin server.

A method for providing a shared SEPP for roaming aggregators includes, at a shared SEPP that functions as a single point of ingress and egress between an MVNO PLMN and an MNO PLMN and between the MVNO PLMN and MNO PLMNs and external networks, receiving a first service-based interface (SBI) request message from the MVNO PLMN. The method further includes determining, by the shared SEPP, that the first SBI request message is destined for the MNO PLMN, and, in response, routing the first SBI request message to the MNO PLMN. The method further includes receiving a second SBI request message from the MVNO PLMN and determining that the second SBI request message is destined for one of the external networks, and, in response, routing the second SBI request message to the one external network. The shared SEPP may apply security measures for messages transmitted to and from the MNO PLMN and the MVNO PLMN.

An example Radio Access Network Intelligent Controller (RIC) determines that operation of a first instance of an application satisfies one or more criteria for scaling the application, the first instance of the application processing cluster messages generated by the RAN. The RIC, in response to determining that the operation of the first instance of the application satisfies the one or more criteria, determines a first virtual cluster and a second virtual cluster of the RAN. The first virtual cluster includes first one or more resources of the RAN and the second virtual cluster includes second one or more resources of the RAN. The RIC instantiates a second instance of the application. The RIC routes cluster messages from the second one or more resources of the second virtual cluster to the second instance of the application.

A methodological technical approach is proposed herein that utilizes historical data to employ a heuristic optimization algorithm for data message routing. While not specifically limited to the banking sector and financial institutions, as a practical example, the approach can utilize historical data relating to patterns of transactions for analyzing customer behavior and detecting fraudulent activities. For example, trajectory mining can be used to analyze the transaction patterns of credit card users, or behavioural patterns of mobile banking users, such as checking account balance, transferring funds and paying bills.

The invention discloses a visitor registration method of an HIS (hospital information system), which comprises the following steps: mobile terminal reservation: submitting reservation information through different platforms; the hospital carries out real-time registration, the appointment information and the registration information are automatically compared through a medical-shared HIS system, and triple identity verification is carried out; visitor information is stored, independent BFF layers are designed for different clients through an API gateway aggregation service interface, dynamic routing and fusing of visitor information of all channels are supported, and a data middle platform is constructed to complete multi-source data cleaning. And accessing, filing and storing, and automatically generating and synchronously storing a complete visitor record for subsequent tracing. According to the scheme, an integrated platform architecture is adopted, a service arrangement layer for exclusive medical cobody information conversion is constructed, heterogeneous system protocol conversion and message routing are achieved, a BFF layered API gateway aggregation service interface is adopted, complexity of a point-to-point interface is avoided, visitor information splitting is avoided, and message transmission is stable and reliable.

The invention provides a dual-CAN channel fusion J1939 protocol stack of a vehicle-mounted terminal and a parallel communication diagnosis method, and aims to solve the problems that an existing dual-CAN channel terminal lacks a protocol layer parallel processing mechanism and an intelligent routing strategy, communication and diagnosis conflicts still exist, and a J1939 protocol is insufficient in adaptation and poor in baud rate adaptation flexibility. The method comprises the following steps: S1, constructing a dual-CAN FD channel and dynamic baud rate adaptive detection mechanism, and providing a link basis for service isolation; s2, integrating J1939 and UDSonCAN dual protocol stacks based on dual CAN FD channels, and establishing data mapping to realize data collaboration between protocols; s3, designing an intelligent message routing and channel flow monitoring mechanism, and ensuring conflict-free parallel transmission of communication and diagnosis services; and S4, newly adding J1939 network management, configuration parameter persistence and firmware online upgrading functions, and improving the maintainability of the terminal. According to the invention, the advantages of dual-CAN channel hardware are fully exerted, efficient cooperation of communication and diagnosis and protocol deep compatibility are realized, and the compatibility, flexibility and stability of the terminal are greatly improved.

The invention relates to the technical field of network communication, in particular to a high-efficiency message routing method of an independent gateway controller, which comprises the following steps of: constructing a routing table by analyzing network topology in a mode of combining a dynamic routing protocol with static configuration, mapping and storing a target address and a forwarding path, and transmitting a message to the gateway controller; the method comprises the following steps of: analyzing a source protocol frame structure to extract effective load data, repackaging the data according to a target protocol specification, realizing link redundancy by adopting a ring network protocol, automatically switching a standby link and maintaining an equivalent path when a main link fails, and obtaining a flow trend and performance data by monitoring a network load and an equipment state in real time. And dynamically adjusting a routing strategy according to the data, and periodically generating a performance report to obtain a continuously optimized routing scheme. According to the method, the problems that the routing table query efficiency is low and the routing strategy cannot be dynamically optimized according to the real-time state of the network in the traditional method are solved.

Techniques are described herein for providing improved IMS service routing. The techniques may be performed by a P-CSCF node operating within an IMS network. In embodiments, such techniques may comprise receiving a communication relating to a service to be provided to a user equipment (UE). The techniques may then comprise providing, to a Home Subscriber Server (HSS), information related to the UE, obtaining, from a Home Subscriber Server (HSS), profile data related to the UE, and making, by the P-CSCF node, a determination about the service to be provided to the UE based on the profile data related to the UE. The techniques may then comprise routing, by the P-CSCF node, a message to an electronic device based on the determination about the service to be provided.

An end-to-end mechanism is disclosed herein for transporting encrypted messages over hypertext transport protocol (HTTP) sent to a group of recipients. In particular, the disclosed mechanism receives a message (e.g., as an input from a user) and encrypts that message using an encryption mechanism with a key unique to a particular user and to the message (e.g., different messages are encrypted using different keys). The encrypted message is then stored in a generated object along with other metadata needed for message processing. Once the object is generated, it is signed and encoded into a binary representation that is then sent to a server. The server system receives the binary representation and decodes it back into the object. The metadata of the object is then used to route the message to the correct recipient applications for decryption.

The invention provides a CAN message routing method, system, device and medium based on AutoSar, and belongs to the technical field of vehicle control system communication.The method comprises the following steps that a CAN routing intermediate module is designed, an initial routing table and a user interface are added, the CAN routing intermediate module is added between a CAN interface module and a PDU routing module of an original AutoSar topology, and the CAN interface module and the PDU routing module of the original AutoSar topology are connected through a network; establishing connection between the user interface and the application module; identifying a routing rule adjustment requirement through a user interface, and adjusting a routing table; and the CAN routing intermediate module determines a routing path for the original CAN message according to a routing table, provides a target message to the CAN interface module for forwarding according to the routing path, and transmits the original CAN message to the PDU routing module for transmission. The CAN message configuration under the AutoSar architecture is simplified, the intelligent routing and customization requirements are met, and the method flexibly adapts to network changes.

The invention provides a log processing method and system and a storage medium, and the method comprises the steps: receiving a communication message from client equipment; the communication message is routed to the cloud platform through the edge message cluster, and the communication message is forwarded to the target MQTT cluster through the cloud platform, so that the target MQTT cluster and the terminal equipment process the communication message, a system log generated by the target MQTT cluster is stored, and an error log is extracted from the system log; and analyzing the error log through an AI analysis module to generate error data. According to the method, the access pressure is dispersed through the edge message cluster, the cloud platform dynamically allocates the communication messages to the multiple target MQTT clusters according to the real-time state, and the single-node bearing bottleneck is broken through. And after the target cluster generates a system log, rapid fault positioning is realized through an error log extraction and AI analysis module, and stable communication under multi-device connection is ensured.

The invention discloses a custom information message circulation method and device and a storage medium, and relates to the technical field of data processing, and the method comprises the steps: determining a message type and a display style corresponding to an initial message based on a predefined range of a receiving end and a preset type dictionary when the initial message sent by a service party is received; verifying a newly added service field in the initial message, and determining the newly added service field as expansion information when the newly added service field is verified to be qualified; generating a target message based on a necessary basic field, the message type, the display style, the expansion information and the control information; and routing the target message to a corresponding push channel based on the terminal type of the receiving end, and sending the target message to the receiving end through the push channel. According to the application, the field is dynamically expanded through the uniform interface, and the message format does not need to be redesigned when the service is newly added.

The application relates to the technical field of computer software, and provides a message routing method, a system and electronic equipment, wherein the method comprises the following steps: firstly, after a message queue is accessed, current messages of the message queue are acquired, and description information of the current messages is determined; then, the description information of the current messages is compared with pre-configured rule information, a target processor for processing the current messages is determined, and the current messages are sent to the target processor. The routing method introduces the pre-configured rule information, and different access codes and consumption codes do not need to be written for different MQs, so that the consumption mode of the messages is no longer realized by hard coding, but realized by the configured rule information, so that the implementation cost of different MQs can be greatly reduced, the effective management capability for messages of different sources is improved, the application of the messages of different sources is facilitated, and the messages consumption hot replacement and hot suspension capability of a service with high restart cost can be realized.

A method for routing, alternate routing, or load balancing of SBI request messages among NFs that are members of the same NF set and located in different regions using an SCP includes actively learning NF topology information of NFs that are located in the different regions. The method further includes receiving an SBI request message and determining an NF set-Id of a first target NF of the SBI request message, the first target NF being located in a first region. The method further includes using the NF set-Id and the NF topology information to identify at least one second target NF that is in the same NF set as the first target NF and located in a different region from the first region. The method further includes routing, alternate routing, or load balancing the SBI request message to a least one of the first target NF and the at least one second target NF.

The application discloses a gateway routing conversion time testing method, device and equipment and a storage medium, and comprises the following steps: compiling gateway message routing tables according to the routing transmission relationship of gateway messages; simulating modeling the gateway message routing tables, and acquiring absolute time of each message; and calculating the gateway routing conversion time through the absolute time of each message. The application can realize automatic testing of the gateway, can be applied to different types of gateways, is simple and practical, high in efficiency, good in expansibility, low in price and strong in adaptability.

The invention discloses a vehicle-mounted bus message routing method based on a routing information set and a controller, and relates to the technical field of automotive electronics. The invention aims to solve the problems that in the prior art, vehicle-mounted bus message routing configuration is strongly coupled with a specific tool chain, and the updating process is tedious and low in efficiency. The method provided by the invention comprises the following steps of: storing a routing information set which can be updated independent of an application program in a nonvolatile memory of the vehicle-mounted controller, and the set comprises a routing rule; a routing processing module in the controller inquires the routing information set when receiving the current message of the source bus; and when the routing rule matched with the current message is queried, forwarding the current message to a target bus specified by the rule. According to the method, the routing rule and the execution logic are decoupled, and the routing update only needs to modify the data file without recompiling the whole software, so that the flexibility and the update efficiency of the routing configuration are greatly improved, and the dependence on a specific tool chain is eliminated.

A method is disclosed. The method includes receiving, by a user device from the access device, a routing path list comprising a first set of network nodes. After receiving the routing path list, the user device determines a routing options list comprising a second set of network nodes based on the first set of network nodes in the routing path list. The method also includes obtaining an encrypted credential or token, and transmitting, by the user device to the access device, the routing options list, and the encrypted credential or token to the access device. The access device transmits an authorization request message comprising the encrypted credential or token, and the routing options list to a server computer via at least some of the network nodes in the second set of network nodes. The server computer may be an authorizing entity computer.