13 results about "Relevant Communications" patented technology

A single Data Control Information (DCI) may be used to schedule physical data channels, e.g., PDSCH / PUSCH, for a given device / user equipment (UE) on multiple cells. Accordingly, a single DCI may be transmitted to a device / UE to schedule physical data channels on multiple cells for the device / UE, for example to concurrently schedule the physical data channels for the device on multiple cells / component carriers. The single DCI may include multiple DCI fields for indicating required communication parameters. Each DCI field of at least a subset of the multiple DCI fields is either used for every cell of the multiple cells or for a corresponding single cell of the multiple cells. Whether a single DCI field or multiple DCI fields are used for a given relevant communication parameter may be determined individually for each of the relevant communication parameters which are to be indicated in the single DCI.

This invention provides a method and apparatus for detecting lateral movement behavior in encrypted traffic, relating to the field of network security technology. The method includes: first, using an eBPF probe mounted at a critical location in the network protocol stack to capture network traffic data about to be encrypted; second, filtering communication traffic related to lateral movement attacks and matching the relevant communication traffic against predefined lateral movement rules. If a match is found between the traffic and the lateral movement attack rules, it is determined that the target host exhibits lateral movement behavior. Otherwise, a dynamically adjusted behavior model is used to further analyze traffic anomalies, and a security alert is triggered when suspicious behavior is detected. This invention can utilize eBPF combined with known attack characteristics and a behavior analysis model to identify encrypted lateral movement attack behavior, improving the accuracy of identification.

The invention relates to the technical field of data encryption, in particular to a transmission encryption method based on a Beidou communication data architecture, which comprises the following steps of: S1) adjusting related communication data and calibrating the related communication data as a data item to be filled or a data item to be missing based on the related communication data needing to be transmitted in the stage and an adaptive data transmission channel in the related data architecture; s2) performing priority processing on the to-be-missing data items, selecting part of data from the corresponding to-be-missing data items based on changed capacity data of the to-be-missing data items, calibrating the part of data as to-be-filled data, then determining to-be-transmitted missing items, performing related filling on the to-be-filled data items, and preferentially confirming filling capacity data corresponding to the to-be-filled data items; relevant data are selected from the to-be-filled data, and then to-be-transmitted filling items are determined; and S3) performing data transmission based on the determined data transmission channel of the corresponding data item, and determining an encryption key of the corresponding data item based on the transmission delay of each group of different data items in the transmission process.

Techniques for concurrently presenting a data object and messages related to the data object are disclosed. The system accesses a data object comprising a set of content. The system extracts and displays the set of content from the data object in a Graphical User Interface (GUI). The system determines that a set of messages is stored in association with the data object. The system presents the set of messages concurrently in the GUI with the set of content based on (a) the set of content from the data object being displayed and (b) the set of messages being stored in association with the data object. When presenting a different set of content, the system presents another set of messages associated with the different set of content. The system maps a new message to a data object when the new message is associated with the data object.

The application provides an artificial intelligence-based telephone fraud early warning system, and relates to the field of electric digital data processing.The system comprises a communication channel monitoring module, a parameter collection and analysis module, an intelligent fraud analysis module and an early warning module.The communication channel monitoring module is used for monitoring call information of a communication channel.The parameter collection and analysis module is used for collecting call information of a communication channel of a calling number and performing preliminary analysis.The intelligent fraud analysis module performs in-depth analysis on the collected call information to determine whether it is telephone fraud.The early warning module sends early warning information when telephone fraud is detected.The system can intelligently analyze the communication relationship of a calling number, mine relevant communication subject information, compare the formed network structure, and effectively identify telephone fraud.

For Artificial Intelligence / Machine Learning (AI / ML) model based operation in wireless radio access network, different combinations of Base Station-User Equipment (BS-UE) formations are used to manage signaling traffic overhead and device power consumption due to AI / ML use. Multi-communication modes are selectively activated based on parameter set generated as ML parameter profile and UE ML capability profile information. UE mobility and clustering are also used to determine the relevant communication mode as triggering method.

A system for creating and presenting enhanced voice notes in augmented reality (AR) environments is disclosed. The system enables users to generate personalized voice notes with visual and audio enhancements on mobile devices, and deliver them to recipients wearing AR devices. Voice notes can be customized with AI-generated voice styles, animated visual representations, and spatial audio effects. Recipients experience immersive playback through AR glasses, with voice notes appearing at specified locations or anchored to body parts. The system leverages computer vision, spatial audio processing, and real-time tracking to create context-aware and spatially relevant communications. This approach transforms traditional voice messaging into an engaging, three-dimensional experience that seamlessly integrates with the user's physical environment.

The invention provides a machine reservation management system and method based on MRBS, a terminal, a medium and a product. The system manages a plurality of machines, and comprises an extensible MRBS system which is internally provided with a message notification function; the MRBS system is used for responding to the submitted machine reservation request and executing a corresponding machine reservation operation; in the machine reservation operation execution process, when it is detected that a message notification mechanism is triggered, a message notification function is called; and the message notification function extracts the key information from the machine reservation request, encapsulates the key information, and sends the encapsulated information to the target communication software. According to the invention, when the reservation succeeds, the reservation information is notified to the related communication software in time, so that the information transparency and efficiency are improved, and the cost is reduced.

The application discloses a communication control method for Internet of Vehicles based on multi-scale cooperative decision, which comprises the following steps: step 1) analyzing a communication request to generate a structured communication demand object; step 2) determining a target decision scale suitable for the current communication decision, and then constructing a communication area for the current communication decision; step 3) collecting communication-related state information in the communication area to generate network state information, and evaluating the transmission cost of a communication path under the current communication area and the decision scale; step 4) generating a communication route control result, and issuing the communication route control result to relevant communication nodes to perform a data forwarding operation; and step 5) a communication result evaluation and rollback adjustment module evaluates the actual communication effect, and adjusts the communication route control result if the communication effect does not meet the communication demand. The application improves the rationality of the communication decision range setting through multi-scale area construction and adaptive selection of the decision scale.

A system for creating and presenting enhanced voice notes in augmented reality (AR) environments is disclosed. The system enables users to generate personalized voice notes with visual and audio enhancements on mobile devices, and deliver them to recipients wearing AR devices. Voice notes can be customized with Al-generated voice styles, animated visual representations, and spatial audio effects. Recipients experience immersive playback through AR glasses, with voice notes appearing at specified locations or anchored to body parts. The system leverages computer vision, spatial audio processing, and real-time tracking to create context- aware and spatially relevant communications. This approach transforms traditional voice messaging into an engaging, three-dimensional experience that seamlessly integrates with the user's physical environment.

A system for creating and presenting enhanced voice notes in augmented reality (AR) environments is disclosed. The system enables users to generate personalized voice notes with visual and audio enhancements on mobile devices, and deliver them to recipients wearing AR devices. Voice notes can be customized with AI-generated voice styles, animated visual representations, and spatial audio effects. Recipients experience immersive playback through AR glasses, with voice notes appearing at specified locations or anchored to body parts. The system leverages computer vision, spatial audio processing, and real-time tracking to create context-aware and spatially relevant communications. This approach transforms traditional voice messaging into an engaging, three-dimensional experience that seamlessly integrates with the user's physical environment.

The invention relates to the technical field of whole vehicle test and diagnosis, in particular to an automatic test verification method for communication loss DTC, electronic equipment and a storage medium. By creating a CANoe automatic test project, the running condition of the diagnosis monitoring function of the controller is met, the time condition of sending and losing of related communication messages is simulated, the DTC report condition and the curing condition are verified, automatic test verification of communication DTC of each controller is achieved, and the problems that communication loss DTC verification is difficult, the verification time is long, and the verification precision is not enough are solved. And automatic test verification of communication loss DTC of each controller in an automobile is realized.

The invention relates to the technical field of vehicle ECU communication, in particular to a method and device for achieving intelligent communication with a vehicle ECU through ELM327 equipment, when a function triggered by a user for a vehicle, such as engine parameter modification / fault diagnosis, is detected, data of the corresponding function is encoded into data in an instruction format of the ELM327 equipment, then the data is transmitted to the ELM327 equipment, and the ELM327 equipment transmits the encoded data to the ELM327 equipment; the method comprises the following steps of: receiving a communication signal from an ECU (Electronic Control Unit), so that the communication signal is interacted with a corresponding vehicle control unit to obtain related communication data of a corresponding function, and finally decoding the communication data, so that the ECU communication function can be realized directly through protocol adaptation and function extension of a software level without additionally purchasing special diagnostic hardware (such as a multifunctional diagnostic instrument) of a manufacturer; the system is compatible with main stream operating systems such as iOS, Windows, Android, Linux, Mac and the like, a communication API meets industrial standards such as J2534, PDU and the like, a user-defined API is supported at the same time, diagnosis software of different manufacturers or user self-research tools can be in butt joint, and multiple connection modes such as Bluetooth (SPP / BLE), serial ports, USB (universal serial bus), WiFi and the like are supported at the same time.