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

The invention provides an internet access optimization method based on a router, and the method comprises the steps: enabling the router to obtain TCP flow data between a terminal and a network server in the process of building communication connection between the terminal and the network server, then determining whether an access between the terminal and the router is abnormal or not based on the TCP flow data, and if yes, carrying out the network access optimization. The condition of network connection can be detected in time; according to the embodiment of the invention, when the access with the terminal is abnormal, the network access configuration parameters are adjusted to enable the access to return to normal, so that the situation of the access abnormality can be handled in time, the network access lagging solving efficiency is improved, and the network access experience of a user is improved.

This application provides a table entry management method and apparatus, relating to the field of communication technology and applied to network devices. The method includes: setting a hardware MAC address table to prevent aging; executing a software table entry polling task to poll each storage location of the software MAC address table; the software table entry polling task performing a logical AND operation between the authentication type of the first software MAC address table entry at the polled storage location and an aging filter bitmap mask; wherein the aging filter parameter bit of the aging filter bitmap mask is set to a binary value of 1; determining that the corresponding bit of the aging filter parameter bit in the logical AND operation result has a binary value of 1, identifying that the first software MAC address table entry matches the aging filter parameter; and polling the next storage location of the software MAC address table to skip the aging deletion process of the first software MAC address table entry. This solution can solve the problem of user terminals being online, but hardware MAC address table entries being aged, thus improving the user's internet experience.

The embodiment of the invention provides an ONU poor quality prediction method and device and electronic equipment, and the method comprises the steps: collecting feature data which comprises the performance data and alarm data of an ONU; preprocessing the feature data to form a feature matrix; wherein the vector length of the performance data in the feature matrix is the same as the vector length of the alarm data; inputting the feature matrix into a deep learning model to obtain the poor quality probability of the ONU; wherein the deep learning model is used for predicting the poor quality probability of the ONU.

The invention relates to a terminal control method and device, electronic equipment and a storage medium. The method comprises the following steps: acquiring network anomaly information of a target network under the condition that the target network connected with a terminal is abnormal; determining a target network anomaly type of the target network according to the network anomaly information; and repairing the network connection between the terminal and the target network according to the abnormal type of the target network and a preset repairing mode, according to the embodiment of the invention, the network anomaly type is determined through the network anomaly information, and the network anomaly is actively repaired through the preset repair mode, so that the network anomaly is quickly repaired under the condition that the internet surfing experience of a user is not influenced, the network interruption condition is avoided, and the internet surfing experience of the user is improved.

The invention discloses a smart city wireless network intelligent recommendation and scheduling method and system, and a storage medium. The method comprises the following steps: collecting public place Internet surfing code scanning data, analyzing Internet surfing user behaviors, personal basic information and features, and carrying out data preprocessing and feature extraction; obtaining an optimal solution network transmission protocol of the current scene and a scene user matching relation according to the extracted features and user behavior data analysis, and mapping the optimal solution network transmission protocol and the scene user matching relation into an analysis table; inputting clustering data corresponding to the analysis table into a random forest machine learning model, and predicting a probability value of an optimal solution of a scene application network protocol; the network transmission protocol can be intelligently analyzed and dispatched according to different places, normal transmission of network information under the condition of different safety degrees is guaranteed, the internet surfing experience of a user is enhanced, and reference is provided for network upgrading and optimization.

The internet bar computer desktop switch comprises the shell, the control assembly and the USB assembly, the control assembly is arranged in the shell and used for being electrically connected with the internet bar computer, the USB assembly is electrically connected with the control assembly in a separable mode, the shell is connected with the USB assembly in a separable mode, and therefore the USB assembly can be integrally disassembled and assembled from the shell. Compared with the prior art, according to the internet bar computer desktop switch provided by the utility model, the control assembly used for being electrically connected with the internet bar computer is arranged in the shell, the USB assembly which can be integrally separated is arranged on the shell, and the USB assembly and the control assembly are separately and electrically connected; therefore, when the USB assembly of the internet bar computer desktop switch provided by the utility model needs to be maintained and replaced, the USB assembly can be conveniently and integrally separated from the control assembly and the shell.

The present invention discloses a configuration method for an Internet of Things device based on a router and a dual-band wireless router. The method comprises: firstly receiving a connection request of each Internet of Things device, wherein the connection request carries a preset tag of each Internet of Things device, determining a connectable frequency band of each Internet of Things device according to the preset tag of each Internet of Things device, selecting a network frequency band for each Internet of Things device in at least one connectable frequency band, acquiring a communication path data set between each Internet of Things device, optimizing the communication path data set by using a pre-built communication path configuration model, updating the connection frequency band between each Internet of Things device and the router according to the optimization result, and performing data transmission. By optimizing the communication path data set of the Internet of Things device by using the pre-built communication path configuration model, it is possible to improve the Internet experience of users.

The invention relates to a shipborne communication system and method capable of saving the bandwidth of a ship-side satellite, a user login interface is integrated on a ship-side VSAT controller, and when a user terminal and a third-party APP on the user terminal access the Internet, a local authentication module sends the user login interface to the user terminal and the third-party APP on the user terminal; a network operator is prevented from occupying a satellite bandwidth to send and obtain a user login interface, so that the satellite bandwidth pressure is reduced, and invalid traffic is prevented from being generated; after the user terminal inputs an account and a password and triggers an authentication function, the account and the password are authenticated through the authentication and authorization module, so that the equipment cost and the management cost of the ship-end VSAT controller are reduced; and the authentication control module is adopted to control the network access authority of the user terminal based on the authentication result, so that the user terminal which does not pass the authentication is prevented from occupying the satellite bandwidth to access the Internet, the pressure of the satellite bandwidth and the generation of invalid traffic are further reduced, and the Internet surfing experience of the ship-end user is improved.

The invention relates to the technical field of communication, in particular to a wifi roaming distributed internet surfing speed limiting method and related equipment, when a roaming event of a target mobile terminal is received, a starting AP and an ending AP in a roaming path of the target mobile terminal are determined based on the roaming event, then a speed limiting opening message is constructed according to the starting AP and the ending AP, and the speed limiting opening message is sent to the target mobile terminal. And sending the speed limit opening message to the ending AP, so that the ending AP opens a speed limit function for the target mobile terminal based on the speed limit opening message. According to the invention, an AC + AP deployment mode is adopted, the speed limiting function of the user mobile equipment can be realized without a gateway, and the influence on the internet experience of other equipment due to the fact that the bandwidth is occupied by large flow of certain equipment is prevented.

The present application proposes a method, device, terminal and storage medium for determining a network search sequence list, the method comprising: obtaining network data information according to a preset sampling frequency and a preset number of sampling times; determining the terminal mobile state according to a cell identifier; when it is determined that the mobile state includes a fast mobile state, determining the current network state according to the received power; when it is determined that the network state includes a weak signal, sorting each network according to the received power to obtain a network search sequence list. When the terminal is not disconnected from the network, the mobile state and the network state are determined by collecting the current network data information, and when it is determined to be fast moving and the signal is weak, the latest network search sequence list is obtained in real time, ensuring that the terminal can be connected to the network with the best current environment in a timely manner according to the network search sequence list when the network is disconnected, thereby saving the time of re-finding the network when the network is disconnected and improving the user's Internet experience.

The invention discloses a prediction method for base station coverage based on an XGBoost regression algorithm, and the specific steps are as follows: S1 data collection: collecting base station data and sampling point MDT data in a test area, S2 data cleaning; S3 feature engineering; S4 model training: selecting a point as a preselected point of a newly built base station, screening out base stations whose distance from the preselected point is less than a set threshold, integrating the sampling points associated with each base station, and dividing the integrated base station data and sampling point MDT data into a training set and a test set, using the XGBoost algorithm to train the data set to obtain an XGBoost model; S5 model prediction: using the trained XGBoost model to obtain the field strength of the sampling point, if the field strength is greater than the original field strength, switching the base station connected to the sampling point to the preselected point base station of the newly built base station, traversing all sampling points, and presenting all sampling points cut into the newly built base station on a map.