12results about How to "Improve web experience" patented technology

The invention discloses a link bandwidth allocation method and system for multilink aggregation of a multimodal mobile network. The method comprises the following steps: acquiring a mobile network base station, an equipment position and real-time environment data; an intelligent power control algorithm is adopted, and transmission power is dynamically adjusted according to environment data and network loads; acquiring real-time signal intensity data and historical data from the network equipment to the base station; predicting a minimum transmission point of signal transmission based on real-time and historical data; adjusting the direction and position of an antenna according to the position of the base station, and designing connection by adopting a beam forming antenna; setting a threshold value according to the real-time weather and the minimum transmission point data, and deploying a signal enhancer; according to the link bandwidth allocation method and system for multi-link aggregation of the multi-modal mobile network, the link quality is monitored in real time, the network is dynamically adjusted, the network load is balanced through an intelligent algorithm, the signal transmission environment is evaluated in combination with real-time weather data, the signal enhancer is deployed, and the signal coverage range is expanded.

The invention belongs to the field of image communication, and particularly relates to a streaming media hardware acceleration transmission system based on a credit creation server, which comprises a hardware part and a software part, and is characterized in that the hardware part comprises a basic platform which adopts a domestic credit creation server as a hardware basis to ensure the autonomous controllability and safety of the system; in the encryption acceleration step, a data acceleration card is deployed, hardware acceleration is carried out aiming at a national cryptographic encryption algorithm, and the acceleration card processes computation-intensive tasks such as encryption and decryption so as to reduce the burden of a CPU (Central Processing Unit); in the software application step, streaming media processing software and encryption and decryption application software are operated on a credential server to ensure that data processing and storage are carried out on an autonomous and controllable platform; the software part comprises an application layer and an adaptation layer, the application layer comprises a streaming media server and CDN software, and the adaptation layer is divided into static adaptation and dynamic adaptation. According to the system and the method, the safety, the speed and the efficiency of streaming media transmission are remarkably improved, the CPU processing burden is reduced, and the overall performance and the reliability of the system are enhanced.

The invention relates to a vSIM card distribution method, wireless network equipment and a server. The method comprises the following steps that S1, vSIM equipment stays in a network; the vSIM equipment successfully stays in the network and sends rejected information of the whole registration process to the server; s2, the vSIM device measures the speed and sends a card changing request to the server according to a speed measurement result; and S3, the vSIM device sends device information to the server, so that the server analyzes the traffic use condition of the user and redistributes the vSIM card to the vSIM device. According to the invention, the configuration can be automatically adjusted, the vSIM card can be intelligently allocated, the vSIM card can be reallocated according to the traffic use habit of the user, the network performance is optimized, the network experience of the user is improved, the manual intervention, maintenance and management cost is reduced, the method adapts to the network coverage and quality difference of different areas, and the adaptability and flexibility of the vSIM equipment are improved.

The invention discloses a GSLB dynamic scheduling method and system based on a proximity water line. The objective of the invention is to optimize flow distribution in a multi-data center scene. According to the method, by adding a proximity water level line module and a weight polling module, fine control over a delay proximity data center and flow scheduling according to application types are achieved. A user can set different water level intervals and load proportions, load distribution of a data center service address is dynamically adjusted according to actual network delay, and it is ensured that a user request is routed to the optimal data center. The method not only improves the user experience, but also improves the reliability and flexibility of the system by reducing the waiting time and providing faster response, and adapts to different network environments and service requirements.

The invention provides a system applied to train signal monitoring and self-adaptive intensity adjustment, which is characterized by comprising a transmission-type RIS unit, a reflection-type RIS unit and a user terminal, the transmission-type RIS unit is arranged on a window of each train carriage; the reflective RIS unit is arranged in a compartment of each train; the electromagnetic wave is enhanced by the transmission-type RIS unit, and the electromagnetic wave enhanced by the transmission-type RIS unit reaches the user terminal through two paths, namely the transmission direct-injection link and the refraction link; the transmission direct-injection link is that the electromagnetic wave enhanced by the transmission-type RIS unit directly reaches the user terminal; according to the refraction link, the electromagnetic waves enhanced by the transmission-type RIS unit are subjected to directional beam forming to the reflection-type RIS unit, and then are reflected to the user terminal through beam forming of the reflection-type RIS unit. According to the system, the wireless signal coverage range and the signal intensity in the compartment are improved.

The utility model discloses a ceiling type wireless access device with lighting function relates to smart home equipment field, solved the single function of traditional device, signal coverage is poor, and the problem such as poor heat dissipation. The device contains device main part, lighting module, wireless access module and installation component. In lighting module, rotatable lens group passes through damper pivot and adjusts the light spot angle, and the composite heat sink extends to the heat dissipation window and accelerates the heat dissipation, in wireless access module, multi -band antenna unit enlarges signal coverage range with the help of elastic hinge turnover, and signal conditioning circuit board is high -efficient heat dissipation through heat -conducting silica gel pad. The metal shielding baffle between double -layer cavity reduces electromagnetic interference, and the vacuum chuck of installation component is matched with air pressure regulating valve and realizes firm installation, and spring damper shock absorption reduces noise. The device integrates lighting and wireless access function, improves signal coverage effect and heat dissipation efficiency, and is convenient and stable to install, satisfies the demand of diversified scene.

The application relates to a network exception monitoring processing system and belongs to the technical field of network monitoring, which solves the problem that existing systems cannot adaptively correct monitoring parameters. The system comprises the following modules: a data acquisition module which is used for periodically acquiring monitoring data of front-end services and rear-end networks according to various monitoring indexes of a parameter configuration module; an exception detection module which is used for periodically detecting the monitoring data of the front-end services and the rear-end networks according to various thresholds of the parameter configuration module, and sequentially identifying whether network exceptions exist according to detection results, and if network exceptions exist, a fault processing module is notified; the fault processing module is used for determining fault processing measures and processing faults according to analysis results of the exception detection module, and calculating fault processing scores according to fault recovery time lengths; and the parameter configuration module is used for presetting various indexes and various thresholds, and adaptively correcting a plurality of thresholds according to monitoring data, detection results and fault recovery time lengths. The system realizes accurate monitoring and adaptive adjustment of network exceptions.

The present disclosure provides a service transmission method, device and storage medium, which relate to the field of communication technology and can transmit the target service of a high-speed rail user terminal. The method includes: determining a first high-speed rail user terminal; the first high-speed rail user terminal is a high-speed rail user terminal within a target time period; the target time period is before the current time period; determining the target service of the first high-speed rail user terminal; the target service is a service whose service proportion is greater than a preset proportion; determining a second high-speed rail user terminal; the second high-speed rail user terminal is a high-speed rail user terminal at the current time; configuring a target slice for the second high-speed rail user terminal; the target slice is used to transmit the target service of the second high-speed rail user terminal. The embodiment of the present disclosure is used in the service transmission process of a high-speed rail user terminal.

The invention provides an online data flow monitoring optimization method and device, equipment and a medium, and the method comprises the steps: obtaining an application program, dividing the application program into a plurality of groups, then pre-distributing a first bandwidth, obtaining a hotspot comment, setting a second bandwidth based on the hotspot comment, and setting the second bandwidth based on the hotspot comment; and finally, setting the bandwidth of each group based on the first bandwidth and the second bandwidth. The method has the beneficial effects that intelligent allocation and dynamic adjustment of the bandwidth are realized, the utilization efficiency of network resources is improved, and the network experience of a user is also improved. Meanwhile, through subsequent monitoring and optimization measures, the rationality and effectiveness of bandwidth allocation are ensured.

The invention belongs to the field of communication energy-saving optimization, and particularly relates to a 5G base station and backhaul equipment active collaborative energy-saving method based on an LLDP (link layer discovery protocol) extension, which comprises the following steps: establishing a base station and backhaul equipment active energy-saving state notification mechanism, constructing an active energy-saving collaborative state machine, discovering protocol LLDP extension based on a link layer, and defining an active notification protocol. The base station and the backhaul device work cooperatively and are switched between a normal working state and an energy-saving state, and the base station and the backhaul device respectively send an active energy-saving state notification and receive the active energy-saving state notification of the opposite side to perform synchronous optimization of the energy-saving state. According to the invention, synchronous conversion and energy-saving optimization of the energy-saving states of the base station and the backhaul device are realized, and the energy-saving cooperative capability is improved.

The utility model provides a kind of optical fiber splitter of convenient wiring, it is related to optical fiber splitter technical field, including the optical fiber splitter body of fixed installation in the inside of shell, one input end and multiple output ends are respectively fixedly installed in the side of the optical fiber splitter body, the inside of shell is rotatably installed with receiving roller, receiving roller includes first receiving roller, connecting shaft, second receiving roller, the left side of first receiving roller is fixedly installed with first runner.The utility model in, by rotating first runner can drive first receiving roller rotation to input fiber line is wound and is received in with input end connection installation, by rotating second runner can drive second receiving roller rotation to multiple output fiber line is wound and is received in with output end connection installation, can make that fiber line is arranged and received, avoid fiber line bending damage to the influence of optical signal transmission, improve user's network experience.

The invention discloses a cell switching method, a cell switching information determination method and device and electronic equipment, and belongs to the technical field of communication. The cell switching method in the embodiment of the invention comprises the following steps: when the terminal is in a mobile state, acquiring resident cell information of the terminal; determining cell switching information of a first line under the condition that the mobile line of the terminal is determined to be matched with the first line according to the resident cell information of the terminal; and performing cell switching according to the cell switching information, so that the network connection of the terminal is switched to a first cell and / or avoids a second cell, wherein the cell quality of the first cell meets a preset threshold condition, and the cell quality of the second cell does not meet the preset threshold condition.