11results about How to "Improve communication experience" patented technology

The application provides a communication method and device, electronic equipment and storage medium, relates to the technical field of communication, and solves the technical problem that some terminals cannot access the network due to the large number of terminals in the specified area, which affects the communication experience of users. The method comprises the following steps: sending a detection signal to a terminal; in the case that a to-be-identified signal sent by the terminal is received, performing analysis processing on the to-be-identified signal to obtain a signal identifier of the to-be-identified signal and position information of the terminal, the signal identifier of the to-be-identified signal being corresponding to the signal type of the to-be-identified signal; in the case that the signal type of the to-be-identified signal is a feedback signal, determining to provide a communication service to a target area, the target area being an area corresponding to the position information of the terminal.

This application discloses a communication method applied to a smart wearable device. This method allows the smart wearable device to serve as a carrier, fulfilling the user's communication needs, including voice calls, video chats, and other information processing and transmission functions. The technical solution provided by this application integrates the hardware and software capabilities of different devices, offering users a multifunctional, intelligent, and more convenient communication experience. By implementing the technical solution provided by this application, users can address their communication needs anytime, anywhere while wearing the wearable device, freeing their hands from constantly holding a mobile phone, further improving human-computer interaction performance and providing users with greater communication convenience.

This disclosure relates to an antenna structure, a mid-frame, and an electronic device. The antenna structure includes a first stub and a second stub. The first stub has a feed point. A gap is provided between the second stub and the first stub. The gap between the feed point and the gap includes a first segment. The second stub has a first tuning circuit. The first tuning circuit is used to adjust the length of the second stub used for radiation. The gap between the first tuning circuit and the gap includes a second segment. When the antenna structure operates in a first frequency band, the second segment acts as a parasitic stub of the first segment to excite the eigenmode of the first frequency band. By adjusting the length of the second stub used for radiation through the first tuning circuit, the second segment acts as a parasitic stub of the first stub, thereby enhancing the radiation performance of the first frequency band and improving antenna efficiency. Simultaneously, adjusting the length of the second stub involved in radiation through the first tuning circuit can also take into account the radiation performance of other frequency bands.

This invention discloses a personalized call processing method and system, relating to the field of artificial intelligence technology. The method includes: parsing the call intent of an unknown call received by a terminal; extracting the user preference profile embedding vector and the call intent embedding vector of the current user from a pre-trained dynamic heterogeneous graph; calculating the matching score of the user preference profile embedding vector and the call intent embedding vector; and generating a decision instruction based on the matching score. This helps to solve the problem that existing technologies cannot achieve personalized call processing for unknown numbers.

This disclosure relates to a communication method, communication device, Bluetooth device, communication system, medium, and product. The communication method, executed by a first Bluetooth device, includes: generating a target team identifier in response to initiating a team formation operation, the target team identifier being used to form a first communication team; forming a team with the second Bluetooth device in response to receiving a first extended broadcast sent by a second Bluetooth device, the first extended broadcast including the target team identifier and the device identifier of the second Bluetooth device; and sending a first periodic broadcast in the first communication team in response to the completion of the first communication team formation, the first periodic broadcast including communication data to be sent by the first Bluetooth device. Thus, by using Bluetooth Low Energy extended broadcast to achieve team formation for multiple Bluetooth devices, the goal of rapid team formation and flexible entry and exit from teams can be achieved. Furthermore, using periodic broadcast for communication extends the communication distance and improves the communication experience.

The application relates to the technical field of wireless communication, and discloses a network fault processing method and computer equipment, which comprises the following steps: acquiring actual index data of a network to be detected; using a target detection model to perform fault detection on the network to be detected based on the actual index data, so as to obtain a fault detection result; in the case that the fault detection result indicates that the network to be detected is in a target fault type, using a target twin network to perform parameter optimization processing on the network to be detected, so as to obtain a target parameter adjustment strategy; wherein the target twin network corresponds to the target fault type; performing a fault recovery operation based on the target parameter adjustment strategy, so as to complete network fault processing. The parameter optimization processing using the target twin network can safely and efficiently explore an optimal parameter adjustment scheme in a virtual simulation environment of a specific fault type, so that the automation of detection and the rapid repair of faults are realized, and the network operation and maintenance efficiency and the user communication experience are improved.

The present disclosure relates to a middle frame assembly and an electronic device, the middle frame assembly comprising a middle frame body and a tuning circuit, the middle frame body being provided with at least two adjacent antenna branches, a gap being provided between the adjacent antenna branches, the tuning circuit being provided at the gap and connected to the two adjacent antenna branches; wherein at least one of the two adjacent antenna branches operates in a traveling wave mode, and the tuning circuit is used for transmitting electromagnetic waves between the two adjacent antenna branches, so that one of the two adjacent antenna branches acts as a magnetic parasitic branch of the other antenna branch. The present disclosure connects the two adjacent antenna branches by providing the tuning circuit at the gap, transmits electromagnetic waves between the antenna branches, configures the two adjacent antenna branches as a magnetic parasitic mode in the same direction, generates a superimposed magnetic field in the same direction, and thus improves the radiation efficiency of the antenna.

The invention relates to an uplink power control method and device, electronic equipment and a storage medium. The uplink power control method comprises the following steps: monitoring that the uplink power of the electronic equipment in a first time period meets a condition, and determining the current data service of the electronic equipment; if the data service is abnormal in the second time period, first information is sent to a network device, and the first information is used for the network device to determine a transmission power control command; and in response to the received transmission power control command, performing power control based on the transmission power control command. Through the method provided by the embodiment of the invention, the terminal can perform accurate power control, and the communication experience of a user is improved.

The invention relates to the technical field of sales call full-period intelligent auxiliary systems, in particular to a sales call full-period intelligent auxiliary system based on artificial intelligence, which comprises a customer archive intelligent construction module for collecting and integrating customer full-dimension information, calculating customer archive integrity D and providing parameters for evaluation preparation before call; the customer value layering management module is used for realizing accurate layering of customer values based on customer archive integrity D and optimizing an application scene for preparing evaluation parameters before conversation; the verbal skill strategy intelligent pre-generation module is used for generating personalized verbal skill based on the customer label, calculating a verbal skill strategy matching degree T and perfecting parameters to be evaluated before a call; according to the invention, through cooperative operation of independent modules, an intelligent auxiliary closed loop of a sales call full period is constructed, and intelligent integration of customer information, accurate assistance of real-time communication and automatic processing of call redisk are realized.

The invention discloses an incoming call processing method and device, a storage medium and electronic equipment, and relates to the technical field of communication, and the method comprises the steps: pre-answering an incoming call when the incoming call meets a pre-answering condition, and determining the interception sensitivity matched with a user; analyzing the speech content in the incoming call according to the interception sensitivity through a preset voice call model to obtain an interception analysis result; if the interception analysis result is a first result, hanging up the incoming call; and otherwise, when the interception analysis result is a second result, reminding the user of the incoming call. The incoming call interception reliability can be effectively improved, and the user communication experience is improved.

The invention relates to the technical field of satellite communication, in particular to a satellite DVB and 5G different system access network switching management method and system, a user terminal sends a wireless connection measurement report during 5G communication, a 5G base station judges whether to switch a network according to the wireless connection measurement report, and a switching request is sent to a gateway function conversion module through a newly added inter-network interface. And the target satellite beam serving cell judges whether to accept or not, and after acceptance, the gateway function conversion module converts confirmation information and returns the confirmation information to the 5G base station. Then, the target satellite beam serving cell allocates resources, the 5G base station sends an instruction to trigger the user terminal to switch and processes a data packet, the gateway function conversion module converts a data format and then sends the data packet, the user terminal initiates access to complete switching, and efficient switching of different-system networks is achieved.