38results about How to "Reduce network stress" patented technology

The invention discloses a method for adding a personalized signature in a color subject. The method comprises the following steps: 1. a digital service management platform receives a multimedia message authentication request from a multimedia message service center and sends an authentication message to the multimedia message service center, wherein the authentication message contains the personalized signature; and 2. the multimedia message service center receives the authentication message and extracts the personalized signature to send to a terminal along with the multimedia message. The invention also discloses a system for adding the personalized signature in the color subject. The invention can add the signature of the service provider in the subject of the multimedia message, intuitively display the information of the service provider for users and improve the multimedia message application experience of users.

The invention provides a monitoring data cleaning method based on a multi-condition time sequence. The method comprises the following steps: acquiring operation condition data and image snapshot data of a monitoring vehicle in a current land parcel; preprocessing the operation condition data, and dividing the data into a training set and a test set; inputting the working condition time sequence into a multi-condition time sequence model for feature extraction to obtain multi-dimensional spatial-temporal features; fusing the multi-dimensional spatial-temporal characteristics according to channels to obtain working condition state prediction information; and inputting the working condition information corresponding to the snapshot time in the test set into the trained model to obtain a current snapshot image cleaning state prediction result of the vehicle. The problems of calculation interference of the straw coverage rate of protective farming and storage redundancy and transmission congestion of monitoring equipment are solved, and the data quality and the data utilization rate are improved; the influence on the accuracy of subsequent land parcel operation quality evaluation is reduced, and the network pressure caused by data concurrency is relieved.

The present application discloses a task allocation method and system based on a resource management platform. The method includes: receiving artificial intelligence model training and / or testing tasks and the names of data sets required for processing the tasks; acquiring data set distributions of multiple nodes information; according to the name of the data set in the node, determine whether the node has the required data set; if the node has the required data set, select the required data set according to the size of the required data set in the node The nodes whose size of the data set meets the preset requirements are assigned tasks. It can be seen that the present application takes into account the data sets possessed by nodes when assigning tasks, and selects nodes whose size of the required data sets satisfies the preset conditions for task allocation, so that nodes do not need to download the required data sets or reduce the amount of data downloaded by nodes. The frequency of sets increases the efficiency of processing tasks.

The present invention relates to a method, system and cloud platform for the quality inspection of a map of forest resources. The present invention submits and inspects according to the data processing process, submits at the county level at any time, and summarizes and inspects at the provincial level at any time, and the inspection work is carried out in stages according to the workflow , On the basis of ensuring the correctness of the previous stage of work, the next step of work will be carried out, errors will be corrected in the bud, and repeated county-level operations and provincial-level inspections will be avoided, and the timeliness will be greatly improved. In the summary database at the provincial level, the results of the whole province summarized into one map are centralized for inspection at the provincial level. The inspection of the whole province can be completed in one inspection, and the inspection efficiency is greatly improved, and the submission of all is transferred to the submission of key parts, which greatly reduces the system Storage and network pressure.

The invention discloses a method for distributing mobile advertisements. The method comprises the following steps: sending a domain name server DNS query request to an external network; acquiring a multicast address in different ways according to whether the query request carries location information; according to the multicast The address joins the corresponding multicast group, and sends an advertisement service request to the multicast source; receives the advertisement distributed by the multicast source to the multicast group. The invention also discloses a mobile advertisement distribution system. The present invention achieves a new type of mobile network by receiving and analyzing the domain name query results returned by the external network to obtain the multicast address, joining the corresponding multicast group according to the multicast address, and receiving the advertisement distributed by the multicast source to the multicast group. The multicast source of the multicast group in the advertising system can distinguish mobile advertisements belonging to different locations and can determine the beneficial effect of the correct advertisement receiving user, which improves user experience, effectively utilizes air resources, and reduces the operator's burden. Network stress.

The invention provides a signaling processing method and system, network side equipment and a terminal. The method comprises the following steps of: receiving a close request message transmitted by the terminal; transmitting a connection close message to the terminal according to the close request message and getting a service channel resource before close of the terminal in a disabling state, wherein the connection close message comprises entering of a quick recover connection state cell so that active set records before close are stored by the terminal according to the quick recover connection state cell and an idle state is entered; and receiving a recover message request message which is transmitted by the terminal under the condition that the current wireless environment of the terminal and the wireless environment in the active set records before close, stored before close, do not change, recovering a null interface connection state before close according to the service channel resource before close of the terminal, and transmitting a recover message acknowledgement message to the terminal, so that the signaling processing of reconstruction connection is saved, and signaling load and network load of a mobile network are also reduced.

The embodiment of the present application discloses a time calibration method, device and computer storage medium, which belong to the technical field of communication. The method includes: the heartbeat server receives a heartbeat request message sent by a node; the heartbeat server generates a heartbeat response message, the heartbeat response message includes the local time of the heartbeat server, the local time of the heartbeat server and the time of the time server Synchronization: the heartbeat server sends the heartbeat response message to the node, so that the node calibrates the local time of the node according to the local time of the heartbeat server.

The invention belongs to the technical field of Internet of Things security, and discloses a massive Internet of Things device authentication method, a storage medium, and an information data processing terminal. The massive Internet of Things device authentication method interacts between an IOT device and a smart city operation center IOC, and completes the device through a secure channel. Initialization; after the device initialization phase is completed, the aggregator AG is selected through the IOC for aggregator authentication; after the aggregator authentication is completed, the IOT device completes the group authentication with the assistance of the AG; after the group authentication is completed, the devices in the group complete the session encryption with the assistance of the AG key negotiation. The invention selects a device with a high trust value as an aggregator, assists the IOC to perform group certification for other devices, and makes the remote certification of a large number of IOT devices more reliable and efficient. At the same time, the present invention uses a reputation mechanism to monitor the trust value of the device, preventing devices that have successfully authenticated from being instigated by attackers to affect the entire system network.

The invention relates to a distributed streaming media service system based on a redis message queue, wherein the system includes a central control unit for receiving requests sent by a requesting end, classifying and processing the requests, and adding generated tasks to the redis message queue; The audio push and forwarding service unit is used to round-robin the redis message queue, and start or stop the push and forward task according to the round-robin result; the video recording service unit is used to round-robin the redis message queue, and start or stop recording according to the round-robin result Task; the video playback service unit is used to cycle the redis message queue and start or stop the playback task according to the round robin result; the live video service unit is used to cycle the redis message queue and start or stop the live broadcast task according to the round robin result. In the present invention, each unit operates in multiple processes, which effectively solves the problem of excessive consumption of system resources, and can be distributed and deployed on multiple servers, thereby reducing the hardware and network pressure of a single server.

An embodiment of the present invention provides a method and device for monitoring the state of a wind power generating set, wherein the method includes: acquiring vibration data of a target component on the wind generating set, and the operation data of the wind generating set at a corresponding time, and storing the The above vibration data and the operation data are stored in the database; according to the operation data and the vibration data, the operation state of the wind power generating set is analyzed, and the analysis results are stored in the database; Whether the network occupancy rate of the communication network between is lower than the preset threshold; if so, the vibration data, the operation data, and the analysis results are sent from the database to the host computer, so that all The upper computer determines the operating state of the wind power generating set according to the vibration data, the operating data, and the analysis results. The embodiments of the present invention can analyze continuous vibration data in real time and reduce the load on the upper computer.

The invention discloses a method for adding a personalized signature in a color subject. The method comprises the following steps: 1. a digital service management platform receives a multimedia message authentication request from a multimedia message service center and sends an authentication message to the multimedia message service center, wherein the authentication message contains the personalized signature; and 2. the multimedia message service center receives the authentication message and extracts the personalized signature to send to a terminal along with the multimedia message. The invention also discloses a system for adding the personalized signature in the color subject. The invention can add the signature of the service provider in the subject of the multimedia message, intuitively display the information of the service provider for users and improve the multimedia message application experience of users.

A biometric identification method is disclosed, comprising the following steps: collecting biometric data from a partial area of ​​a detection panel to obtain a first image; judging whether the quality of the first image reaches a preset standard, and if yes, obtaining a first image from the entire detection panel Biometric data is collected to obtain a second image. In this method, all detection units are started for detection only when the first image meets the requirements, thereby saving power consumption. At the same time, a corresponding biometric identification device is disclosed.