32results about How to "Improve configuration success rate" patented technology

The invention discloses a general method for configuring a WiFi device to make the same to connect a WiFi router. The method includes the following steps that: step 1, a unidirectional physical data transmission channel is established between the WiFi device and the WiFi router; step 2, user configuration data are written and are adopted as multicast data packets, wherein the user configuration data include the SSID and password of the WiFi router; step 3, the WiFi router continuously sends the multicast packets through IP multicast; step 4, the WiFi device continuously scan all channels at intervals until a certain channel captures the multicast packets of a WiFi link layer, captures the multicast packets of the WiFi link layer, and filters the captured multicast data packets through a destination MAC address and multicast information so as to filter out illegal data packets, and obtains legitimate data packets, decrypts the data packets, performs analysis to obtain the SSID and password in the data, and is connected to the WiFi router; and step 5, if the WiFi device is successfully connected to the WiFi router, the WiFi device returns successful connection information to the WiFi device, otherwise, the method returns to the step 4, and scanning is further carried out.

The invention discloses a configuration platform and configuration method of a high speed train product. The configuration platform comprises a demand analysis module, a configuration model module, a configuration solving module and a version management module. A hierarchical design method is adopted, on the basis of demand analysis, configuration is divided into the configuration of a high speed train component module and the customization of parts, a product configuration model based on ontology is constructed, a configuration technology based on ECA (Event-Condition-Action) and a tabular layout of article characteristics is constructed, a small quantity of standardization modules and module transformation can be used for finishing the design of the high speed train, and development efficiency is improved. The technical problem that a mapping relationship between a product demand variable and a design parameter is undefined since demand information lacks a structured mapping relationship in the prior art can be solved, and the invention provides the configuration platform and method of the high speed train product, wherein the configuration platform and method is characterized in that the demand information has the good mapping relationship and the mapping relationship between the product demand variable and the design parameter is clear.

The invention relates to a system and method for network access of WiFi equipment for Internet of things. The system comprises a first terminal, a local area network WiFi access point and the WiFi equipment; the method comprises the following steps: the first terminal is opened and the virtual access points of a fixed service set identifier and passwords are configured; the WiFi equipment is power-on, the local area network WiFi access point is searched, if the local area network WiFi access point is searched out, the WiFi equipment accesses the WiFi access point, if the local area network WiFi access point is not searched out, the WiFi equipment searches the configured virtual access points, if the configured virtual access points are searched out, a user datagram protocol package is sent to the first terminal corresponding to the virtual access points; the service set identifier and passwords of the local area network WiFi access point are obtained from the first terminal; according to the service set identifier and passwords of the local area network WiFi access point, the WiFi equipment accesses the local area network WiFi access point. The system and the method for network access of WiFi equipment for Internet of things have the advantages as follows: the configuration time is reduced; since the configured service set identifier and passwords of the virtual access points are fixed, the success rate of configuration is high.

The invention discloses configuration methods and devices for a WIFI module of an internet of things device. One of the methods comprises steps of configuring the WIFI module of the internet of things device into a configuration state, and starting a monitoring configuration mode and a virtual access point configuration mode; monitoring configuration information sent by a terminal in the monitoring configuration mode, and waiting for terminal connection and then receiving the configuration information sent by the terminal in the virtual access point configuration mode; and after receiving the configuration information sent by the terminal in the monitoring configuration mode or the virtual access point configuration mode, performing network connection configuration according to the configuration information. Through adoption of the method, the configuration success rate is greatly improved, and the network access success rate of the internet of things products is improved.

This invention relates to a SDH system to achieve optimal allocation of time slot time division on the spur track board including: analyzing all destinations AUG of the same spur track board group in the mapping mode, selecting undistributed AU that appears most firstly to enter time module towards the spur track board with incomplete allocation, enacting the number of AU undistributed and signed to enter time module to count the bus number of TU signal modules occupation; selecting the time flow corresponding to the largest one of all the matching numbers enters time module; counting the matching number of the AU flow not entering time module and arranging those according to the conditions entering into the module.

The invention relates to a method for implementing plate-to-plate time gap time division optimization configuring method for an SDH system, mainly comprising: in mapping mode, making time gap configuration on AUG unmarked by time division and space division; for time gap flow of each time division AU, calculating corresponding matching number, where the matching number is number of time gap flows which have entered time division module and have the same AU number, and the matching number determines sequence of time division time gaps to enter the time division module; according to the matching numbers, in sequence arranging AU time gap flows to enter the time division module; if all time gap data flows are able to enter the time division module, the time division configuration succeeds and otherwise it returns failure information. And the invention makes improvement in time division resources utilization, saving time division resources and cost, and raising service configuration success rate.

The invention discloses a time-varying intention configuration method in an intention network. A heuristic algorithm is provided. The algorithm is a greedy algorithm (MSP) based on maximization of single time slice configuration and is used for solving the configuration problem supporting multi-strategy time-varying intentions, and the MSP is mainly composed of a time slice selection algorithm anda single time slice configuration algorithm. A time slice selection algorithm is adopted to determine the configuration sequence of all time slices according to the total weight of intentions in an unconfigured time slice, then a single time slice configuration algorithm is used, and the intentions in all the time slices are configured while the resource usage amount of the intentions in the whole effective time is considered. The method can be suitable for configuring the time-varying intentions with different priorities, and has the characteristics of short solution time of the configuration scheme and high intention configuration success rate.

The invention provides a dual-connection reestablishment method, which is applied to a main base station side and comprises the following steps: in response to an RRC connection reestablishment completion instruction sent by a terminal, sending a configuration information request to a target auxiliary base station; receiving first configuration information fed back by the target auxiliary base station; and sending the first configuration information and second configuration information corresponding to the main base station to the terminal, so that the terminal completes RRC connection reconfiguration with the main base station and the target auxiliary base station according to the first configuration information and the second configuration information. The invention further provides a readable storage medium and a base station.

The embodiment of the invention provides a network connection establishment method and device, a storage medium and an electronic device. The method comprises the steps of, under the condition that target equipment is in a network distribution state, detecting an identification code, wherein the target equipment is equipment comprising a scanning module; under the condition that the identification code is detected, scanning the identification code to analyze identification information included in the identification code; and establishing connection with the target network based on configuration information of the target network included in the identification information. Through the method and the device, the problems of poor user experience and low configuration success rate when the network connection is established in the prior art are solved, the effect of improving the network configuration success rate is achieved, and the user experience is improved.

The invention discloses a multiple time division configuration method and device. The method comprises the following steps: dividing independence groups, wherein each independence group comprises one or multiple time slot inlet end and/or time slot outlet end-associated time slots; determining the independence group with the maximum number of the time slot outlet ends among the independence groups as the maximum independence group; and configuring the maximum independence group. According to the technical scheme provided by the invention, high configuration success rate can be ensured while optimal configuration of resources is achieved.