323 results about "Message type" patented technology

A computing system for adaptive electronic message classification employs a multi-agent architecture comprising a media feature analysis system, a user context refinement system, and a response synthesis system. The media feature analysis system generates pillar scores including message type, intent, and link risk scores with associated confidence values using trained classification models. When pillar scores and confidence values do not satisfy predetermined threshold conditions, the user context refinement system dynamically constructs contextual prompts using the pillar scores and confidence values as input parameters. User responses generate score modification data that refines the pillar scores and contextual response data for recommendation generation. The response synthesis system generates refined classifications and personalized recommendations using the refined pillar scores and contextual response data. An orchestration system coordinates agent interactions using learned uncertainty points and implements asymmetric influence algorithms with variable weighting based on content and URL analysis concordance.

The invention discloses a lock-free single-memory data sharing method and device for an embedded real-time system. The method comprises the following steps: statically distributing a unique memory space for each message type; when a publisher task needs to update shared data, new data is written into a memory space of a corresponding message type, it is ensured that data writing is completed and is visible to other tasks, the atomic version number of the memory space is progressively increased, and data publishing is completed; and when the subscriber task needs to read the shared data, firstly reading the atomic version number of the memory space, then copying the content in the memory space to the local buffer area, reading the atomic version number again, and if the two version numbers are consistent, confirming that the read data is complete, otherwise, executing the reading process again. According to the method, the use of a lock can be avoided, dynamic memory allocation is avoided, copying of multiple memories is avoided, and efficient, strong-determinacy, extremely-low-memory-overhead, safe and reliable inter-task data communication is realized.

The present disclosure provides techniques for context-sensitive token-bucket rate limiting. A processing device obtains, in a kernel space of an operating system (OS), a message comprising a unique process identifier (UPID) and a message type. The processing device determines whether to send the message from the kernel space to a user space of the OS based on at least one of: the UPID, the message type, or a token count and a discrete time unit in an entry in a data structure in the kernel space. The processing device processes the message based on the determination of whether to send the message from the kernel space to the user space.

The embodiment of the invention provides a split-brain processing method and device, electronic equipment and a computer readable storage medium, and relates to the technical field of communication. The split-brain detection node is any network device in a plurality of network devices housed and managed by the SDN controller cluster, receives a message sent by the SDN controller cluster, and determines a message source and a message type and a state of a management session between the main controller and the split-brain detection node according to a session tracking flow table; if the message is in the established state, a management session response message is sent to the main controller under the condition that the message is a management session keep-alive message sent by the main controller, so that the main controller maintains a main role; and when the message is the management session request message sent by the standby controller, the management session request message is discarded, so that the standby controller maintains a standby role, and the split-brain risk is effectively avoided while the system complexity and the operation and maintenance cost are not increased.

Provided are a communication method and apparatus, a communication node and a storage medium. The communication method includes: sending a first broadcast message to a terminal, where the first broadcast message includes at least one of the following: a message type, terminal selection information or resource indication information; and receiving a response message, which is sent by one or more target terminals and in response to the first broadcast message, on a resource indicated by the resource indication information, where the response message includes at least one of the following: a message type or terminal information.

The invention discloses a message processing method and device, electronic equipment, a storage medium and a program product, and relates to the technical field of data processing, and the method comprises the steps: receiving an original message, and analyzing the original message to obtain an original message type and business data; retrieving in a knowledge base by taking the original message type as an index to obtain a processing rule document which comprises a data processing logic described by a natural language; generating a first cue word based on the processing rule document and the business data, inputting the first cue word into a large language model, and obtaining a data processing result output by the large language model; and triggering a workflow, and generating a response message based on the data processing result through the workflow. According to the invention, the message processing rule of the service layer and the decoupling of the application layer are realized, so that the development efficiency of the message processing system is improved.

An interconnect fabric may comprise a plurality of interconnect routing devices (IRDs) coupled in a mesh topology via general-purpose wires that are configurable to carry different combinations of message types, and each message type may belong to a different logical channel. Each IRD may be operable to receive concurrently, from a set of input interfaces, multiple messages belonging to one or more message types. Each IRD may be operable to map the multiple messages to one or more output interfaces from a set of output interfaces based on a destination of each message. Each IRD may be further operable to send, for each of the mapped output interfaces, the messages mapped to the output interface as a combination of logical channels onto a set of general-purpose wires of the output interface, wherein each of the general-purpose wires is operable to dynamically switch between carrying messages of different message types.

The invention discloses a data visualization method and device, equipment, a storage medium and a product, and relates to the technical field of data processing, and the data visualization method comprises the steps: obtaining encoded flight sensor data, standardizing the flight sensor data into flight data in a uniform format based on the message type of the data, and storing the flight data in a database; and based on the data type of the flight data and a preset hierarchical layout mode conforming to human factor engineering, performing visual display on the flight data at a corresponding position of a visual interface. According to the method and the device, the flight sensor data of different flight sensor types are standardized into the unified data, and the unified data are displayed in the visual interface. And during visualization, the data is displayed at the corresponding position in the visual interface according to the data type needing to be visualized and the hierarchical layout mode conforming to human factor engineering, so that key data is emphatically displayed, and the display effect of data visualization is integrally improved.

The invention discloses a medical data increment synchronization method based on an HL7 protocol, and the method comprises the following steps: S1, a hospital internal system sends an HL7 message to a data receiving and processing module, and the data receiving and processing module carries out the following processing. According to the method, data transmission integrity is guaranteed through MLLP packaging verification and CRC verification, multi-message type dynamic analysis and heterogeneous data standardization are achieved through a high-performance HL7 analysis engine, data safety and compliance are guaranteed through TLS / SSL encryption, bidirectional authentication and the like, efficient increment synchronization of ten millions of data is achieved by means of a unique identifier and Redis cache, resource overhead is reduced, and data transmission efficiency is improved. Meanwhile, batch asynchronous processing and multi-thread parallelism are supported, high-concurrency scenes are adapted, analysis rule configuration management is matched, new requirements can be quickly adapted, the maintenance cost is reduced, and the requirements of medical informatization for data synchronization safety, real-time performance, high efficiency and extensibility are comprehensively met.

A paging message monitoring method, computer readable medium and apparatus that reduce power consumption in a wireless network. The power consumption is reduced by: determining a paging message type, the paging message type including at least one of a Core Network (CN) paging message type, a Radio Access Network (RAN) paging message type, or a paging short message type; and monitoring a paging message based on the paging message type.

The invention discloses a data transmission device, which comprises an on-chip network interface module used for receiving messages sent by a first core grain in real time by taking data sub-packets as units and classifying each data sub-packet into a virtual channel matched with the on-chip network interface module according to the message type in each period, the on-chip network interface module internally comprises a plurality of parallel virtual channels; the interconnection control main body module is used for arbitrating and obtaining a target virtual channel in a plurality of virtual channels of the on-chip network interface module in each period, obtaining a data sub-packet from the target virtual channel, packaging a message frame, and sending the packaged message frame to the physical transmission layer module; and the physical transmission layer module is used for sending a message frame received in real time to the second core grain, and the device reduces the transmission delay of a complete message as much as possible on the premise of ensuring the correctness of data transmission between the core grains, and meanwhile, ensures the transmission efficiency and improves the transmission bandwidth.

The invention relates to the technical field of communication, and provides an interlocking system testing method and device, electronic equipment and a storage medium, and the method comprises the steps: obtaining an equipment configuration file used for describing the equipment information of a tested interlocking system; performing analysis and information extraction on the equipment configuration file to obtain equipment configuration information; obtaining a test instruction containing a message type and message dynamic data, and generating a test message conforming to a preset communication protocol according to the equipment configuration information and the test instruction; and sending the test message to the tested interlocking system. According to the method and the device, the automation of the whole process from analyzing the equipment configuration file to automatically generating and sending the test message is realized, the test complexity and difficulty are reduced, errors possibly introduced by manual operation are avoided, and the test efficiency of the interlocking system is improved.

The invention discloses a communication message log desensitization system, method and device, a medium and a program product. The system comprises: a client adaptation module, which is used for receiving byte data and a message type identifier of an original communication message from a service system through an application program interface; the analysis rule base is used for storing message structure configuration information of various message formats; the processing function warehouse is used for registering analytic functions of various message formats; the analysis processing engine is used for analyzing the byte data into tree structure data based on the message structure configuration information and an analysis function; the desensitization rule base is used for storing desensitization rules of various message types; and the desensitization execution engine is used for synchronizing the traversed tree structure data and the desensitization rule base so as to position a target message domain, and desensitizing the target message domain to obtain desensitized structured log data. According to the embodiment of the invention, the method can desensitize the complex message log, and the desensitization process is low in invasion to a service system and is low in maintenance cost.

The invention relates to the technical field of artificial intelligence natural language processing, in particular to a large model dialogue importance assessment method based on dynamic weight, which comprises the following steps: acquiring a to-be-assessed dialogue message, a corresponding dialogue history and a current context, and extracting five-dimensional features of time, semantics, emotion, interaction and context; a dynamic weight matrix in the range of 0-1 is generated by combining the basic weight of the dialogue stage and the adjustment amount of the message type, and an importance score is calculated in a weighted mode; finally, collecting data through a feedback buffer, and dynamically adjusting a learning rate and a weight parameter according to an average error; the method adapts to multiple scenes and can be used for dialogue window management and historical abstract compression; when a computer program on a storage medium is executed, the evaluation method can be realized; the problems of static weight limitation, context splitting, timeliness deficiency and multi-dimensional imbalance of existing dialogue evaluation are solved, and the historical management and abstract processing accuracy of a dialogue system is improved.

The invention relates to the technical field of robot operating systems, and provides a communication topic monitoring diagnosis method and system based on an ROS 2 system, and the method comprises the steps: configuring global parameters, topic parameters and diagnosis rules; creating an independent monitoring thread for each topic; in each monitoring thread, creating a monitor instance for the corresponding topic; dynamically loading a message type corresponding to the topic by each monitor instance, establishing QoS (Quality of Service) configuration and creating a subscriber; after the message arrives at the monitoring thread, the subscriber receives the corresponding message, triggers a preset callback function, and obtains an original statistical data stream; creating an independent analysis thread for each topic; in each analysis thread, performing real-time statistical calculation on the original statistical data to obtain a structured analysis result; and comparing the structured analysis result with the diagnosis rule in real time, and outputting a specific problem description and a diagnosis result. The problem that topics cannot be monitored and diagnosed automatically in batches is solved.

A system comprises one or more processors and one or more storage devices, wherein the system is configured to receive a communication request from a medical device; transmit a message of a message type to the medical device according to a first message scheme for the message type using a first device driver; receive an error message from the medical device in response to the message; select a second message scheme for the message type from a plurality of message schemes stored by the one or more storage devices; and generate a second device driver based on the first device driver and the second message scheme.

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 invention relates to an avionics application configuration method based on message driving and a dynamic loading mechanism, which comprises the following steps of: generating a hierarchical binary configuration file containing port configuration information and mapping configuration information based on an avionics system interface control file in a construction stage, and analyzing and loading the binary configuration file to a global structure body in an operation stage, according to the method and the system, the mapping configuration information is automatically matched according to the message type of the to-be-processed message, and after parameter configuration is carried out on the corresponding equipment port according to the port configuration information, data reading and writing are carried out by utilizing the information in the equipment resident index, so that message driving and dynamic loading of application configuration are realized. According to the method, manual configuration errors can be avoided, multi-protocol adaptation is supported, only binary configuration files need to be updated when protocols are modified, the operation can be carried out offline, port mapping and related settings are automatically matched by the system according to message types, and therefore the configuration management efficiency and reliability of the avionics system are improved, and the integrity of configuration data is guaranteed.

The invention relates to a message interaction method and device, a message sending method and device, equipment, a medium and a program product. The message interaction method comprises the following steps: in a first service scene using a framework message protocol, when a first notification message of which the message type is a text message type is received, displaying text message content in the first notification message; in a second service scene using the framework message protocol, when a second notification message of which the message type is a card message type is received, a card message obtained by analyzing the second notification message is displayed, the card message comprises an interactive link, and the interactive link indicates a service action type; and in response to an interaction operation on the interaction link, executing a service action indicated by the interaction link according to an action execution path matched with the service action type. By adopting the method, notification message access in various service scenes can be facilitated, so that the service scenes in which the notification messages can be applied are wider.

A computer-implemented method that causes data processing hardware to perform operations including generating, at a first device, a message having a header including a message type and a service ID, receiving, at a second device, the message including the header and a key serial number (KSN) of the first device, determining, based on the header, the message type of the message, verifying, at a high performance crypto accelerator (HPCA) of the second device, a message authentication code (MAC) of the message based on the determined message type being the service event, obtaining, based on the KSN from the message, a key slot from a message authentication code table (MACT), identifying, based on the key slot, a key associated with the key slot obtained from the MACT, the key including at least one of a primary key and a secondary key, and verifying, using the key and the key slot obtained from the MACT, the MAC.

This invention provides a billing deduplication method, apparatus, device, storage medium, and program product. The method includes: in response to a billing deduplication request, obtaining the call detail records (CDRs) to be deduplicated corresponding to the request; determining that the CDR to be deduplicated is an offline CDR, and performing billing deduplication on the offline CDR based on its deduplication key value; determining that the CDR to be deduplicated is an online CDR, and determining the message type of the online CDR based on its deduplication key value; and performing billing deduplication on the online CDR based on the deduplication service processing mechanism corresponding to the message type of the online CDR. This invention avoids duplicate billing and ensures more accurate billing by differentiating and processing different types of CDRs. For offline CDRs, billing deduplication is performed based on the deduplication key value; for online CDRs, the appropriate deduplication service processing mechanism is selected based on the message type.

A system is provided for implementing an upstream message selection system that dynamically changes a message type for a cooperative vehicle platoon such that traffic congestion is mitigated and the damping properties of the platoon tail are improved. The upstream message selection system analyzes the current traffic conditions in a real-real time driving scenario to determine when increasing a frequency of transmitting messages are failing to sufficiently mitigate a traffic disturbance. The upstream message selection system determines that increasing the transmission rate of basic safety messages (BSMs) is sufficiently attenuating a traffic disturbance in a real-real time driving scenario. In response to detecting that increasing the frequency of BSMs is failing to efficiently attenuate a traffic disturbance, the upstream message selection system dynamically changes the message type from BSM to an intent maneuver message for the upstream vehicles based on the downstream response to a disturbance within the platoon.

The application relates to a method and device for message forwarding, which are applied to the field of sending messages by using DSCP technology. The method comprises the following steps: a router receives a first message from a terminal device; a hash table is managed according to the message type of the first message; in the case that n quintuple information is added in the hash table, it is determined whether a data stream corresponding to the kth quintuple information enters hard acceleration; in the case that the data stream corresponding to the kth quintuple information has entered hard acceleration, a hard acceleration table entry corresponding to the kth quintuple information is cleared; a DSCP marking process is performed on a detected downlink message, and the downlink message at least comprises a data message corresponding to the kth quintuple information. Therefore, for the kth quintuple information whose data stream has entered hard acceleration, the data stream corresponding to the kth quintuple information can be reloaded on a protocol stack by clearing the hard acceleration table entry of the kth quintuple information, so that the problem that the data stream which has entered hard acceleration cannot be marked by DSCP is solved.

Example networks and methods are provided for defining a common data model for redundant data in a data specification. One example method includes accessing a message standard, the message standard having multiple message types, each message type including a plurality of classes, each of the classes defined by an .xsd file; splitting the .xsd files into named complexTypes, where each .xsd file includes one complexType which is named for the one complexType; updating references to duplicate named complexTypes to reference an unnumbered superset complexType; and absorbing each of the unique data elements of the duplicate named complexTypes into the unnumbered superset complexType.

The application provides a method and device for cross-platform heterogeneous management of a computing node, wherein the method comprises: intercepting a computing node management instruction issued by a virtualization management platform module; negotiating a chip type and the like with a computing management module in the computing node by using a chip agent module, so as to be compatible with different platform chips; negotiating an operating system type and required resources with the computing management module by using an operating system agent module, so as to be compatible with different operating systems; negotiating an interface message type with the computing management module by using an interface agent module, so as to be compatible with different interfaces; generating an operation instruction set corresponding to the chip type, the operating system type and the interface message type of the computing node of the computing node management instruction and providing the required resources of the computing node; issuing the operation instruction set to the computing management module of the computing node, so as to send the operation instruction set to a virtualization layer thereof and start a virtual machine. Through the above scheme, a plurality of chip platforms can be managed by the same management platform.

Embodiments of the present disclosure relate to a multi-state control interface between a control plane and a user plane in a disaggregated broadband network gateway architecture. The present invention provides a disaggregated broadband network gateway (DBNG) control plane system that can receive an association setup request message from a DBNG user plane device, wherein the association setup request message is received through a state control interface between the DBNG control plane system and the DBNG user plane device. The DBNG control plane system can determine one or more capabilities of the DBNG user plane device based on the association setup request message, and can cause one or more additional state control interfaces to be established between the DBNG control plane system and the DBNG user plane device as a result. The DBNG control plane system and the DBNG control plane system can communicate messages associated with a first message type through the state control interface, and can communicate messages associated with a second message type through at least one of the one or more additional state control interfaces.

Computer implemented methods and systems for controlling sending of messages to retailers utilizing a B2B marketplace platform are described herein. Machine learning is used to train a communications timing model and a retailer interest model based on past messages sent to and received by each retailer of a plurality of retailers. The trained communications timing model is used to determine, for each retailer, a preferred timing for the retailer receiving messages from the B2B marketplace. The trained retailer interest model is used to determine, for each retailer, a respective level of interest for each of a plurality of different message types that may be sent to the retailer by the B2B marketplace. A decision engine schedules and controls sending of the messages to each retailer based on outputs of the communications timing model and the retailer interest model.

A method for decoding video information according to the present disclosure may include acquiring video information including SEI (supplemental enhancement information) processing order information including a processing order for a group of SEI message types; and determining a processing order for the SEI message type group based on the SEI processing order information. The SEI processing order information includes payload type information indicating a type of SEI message, prefix presence information indicating whether prefix information is present in the SEI message, and processing order information indicating a processing order according to the SEI message type. When an SEI message having no prefix information and a first type is included in the SEI processing order information, another SEI message having the prefix information and the first type may not be included in the SEI processing order information or SEI processing order information different from the SEI processing order information currently included in a coded layer video sequence (CLVS).

A method according to embodiments may comprise the steps of: acquiring supplemental enhancement information (SEI) messages for pictures; decoding the pictures, the SEI messages being capable of including processing order information for a group of types of the SEI messages; deriving SEI messages for pictures; and encoding the pictures, wherein the SEI messages can include processing order information for a group of types of the SEI messages.

A method for decoding video information according to one aspect of the present disclosure may include acquiring video information including supplemental enhancement information (SEI) processing order information including a processing order for a group of SEI message types, and determining a processing order for the SEI message type group based on the SEI processing order information. The SEI processing order information may include payload type information indicating a type of SEI message, prefix presence information indicating whether prefix information for the SEI message is present, and processing order information indicating a processing order according to the SEI message type. The SEI processing order information may further include parallel processing capability information indicating whether at least two SEI messages having the same processing order are invoked in parallel.