55results about How to "Troubleshoot configuration issues" patented technology

The invention discloses a method and device for making QOS scheduling for multiple users, belonging to communication technical field. And the invention advances a method for implementing MDRR algorithm by token bucket and finally implementing users'QOS scheduling, comprising the concrete steps of: according to the configured QOS informatiojn table, regularly refreshing token number in token bucket; finding the to-be-scheduled user number in scheduling matrix in round robin mode; according to the user number, sending out scheduling request; obtaining the previous scheduling result feedback, and executing the scheduling request. And the invention also provides a device for implementing QOS scheduling for multiple users, comprising configuration module, token bucket refreshing module, scheduling matrix updating module, round robin module, scheduling request sending module and token removing module.

The application discloses a method and a system for configuring information delivery. The method comprises the steps that a server is used for searching configuring file information of a user according to identity information of the login user received by a client and reading delivery configuring permission of the user from the configuring file information; as for the user with the delivery configuring permission, configuration data corresponding to the user is acquired according to the identity information of the user, order information is acquired according to configuring rule information in the configuration data, and an operation interface of the configuration data and the order information is established and sent to the client; the server is used for receiving configuration indicating information of the user on the operation interface in the client and updating the configuration file information according to a configuration item corresponding to the configuration indicating information. With the adoption of the method and the system, information delivery is configured after a delivery service line varies and delivery group members are grouped and regulated.

The invention relates to a remote and automatic screw rod-type air compressor cooling system fault judgment method. The method is characterized by comprising steps: 1) an Internet of things module is selected or set and is bound in an air compressor; 2) a two-way communication relationship between the Internet of things module and a cloud server is built, the Internet of things module is used to transmit acquired operation data of the air compressor to the cloud server, the operation data are saved in the cloud server, and the Internet of things module is used to read various versions of communication protocols for the air compressor saved in the cloud server; 3) a temperature sensing head of the Internet of things module is used to detect the temperature of a cooling system, the detected real-time temperature signals of the cooling system are transmitted to the cloud server; and 4) after the cloud server receives the temperature signals of the cooling system, the detected temperature signals are compared with a rated value according to a selected air compressor communication protocol, whether the temperature of the air compressor is over high is judged, whether fault happens to the air compressor is further judged, and thus, remote and automatic screw rod-type air compressor cooling system fault judgment is formed. The method has the advantages of small workload, easy operation, high accuracy and saved human resources.

The invention relates to the technical field of data processing, and provides a table batch processing method, system and device and a storage medium, wherein the method comprises the steps of S110, generating a business table of a corresponding format according to a preset business demand; S120, carrying out pattern parameter identification on the cells in the business table, and classifying the cells of the business table according to the identified pattern parameters, wherein the pattern parameters of the cells of all the categories are the same; S130, configuring the style of each category of cells according to a preset service demand, wherein for each category of cells, one of the plurality of cells of the type is determined as a mode cell to carry out corresponding cell style configuration, and a cell format brush is called to uniformly refresh and configure the rest cells in the type for each cell of the configured mode cell according to the style of the mode cell. By utilizing the method, the problems of low table configuration efficiency, high error rate and the like in the prior art can be solved.

The invention discloses a method and device for configuring data source for display unit dynamically. The method comprises the step 204 using data flow feedforward control, wherein data flow rate is monitored dynamically, secondly unit flow is displayed according to unit time, and unit relative data volume is calculated and displayed dynamically. The mathematic model is as follows: assuming that the function of data volume Q changed with the time t is F (t) = Q, the flow rate in the time t0 is shown below; assuming that the rate for displaying unit data volume by the screen is q and the function of data volume Qp corresponding to one display unit and time t is Qp = f(t), f(t) = dF(t)/(dt*q); and the device comprises a data flow monitoring unit, a dynamic data configuration unit and a dynamic interpolation compensation unit. The invention adopts data flow feedforward control to solve the data source problem configuration problem of the display units of the display medium and provide data source with stable and controllable flow rate and flow for the display units; and the method is particularly suitable for the waveform with high demand on real-time display or for the treatment and display of graphic data sources. The method and device for configuring data source for display unit dynamically of the invention can be widely used in the display process of wave graphics.

The application provides a business monitoring method and device. The business monitoring method comprises the following steps: calculating the corresponding relationship between business scenarios and business rules according to historical business data; obtaining the real business scenario and real business rule of the real-time business data aiming at the real-time business data; finding the business rule corresponding to the real business scenario in the corresponding relationship; and outputting a alert prompt if the real business rule is different from the found business rule. By means of the business monitoring method and device, the business personnel can look over the influence scope of the business rule in time and solve the configuration problem; therefore, the stability of thebusiness is ensured.

The invention provides a maritime broadband multimedia intelligent communication system and method, which take groups as units for maritime operation, and each group is guided by one command ship witha plurality of task ships, thereby achieving the broadband multimedia networking communication between random ships and between a ship and a command center. Wide-area interconnection is achieved between the fleet and the command center and between different fleets through satellite communication, and a center network with the command ship as the core is established in the same fleet in a broadband multimedia clustering mode. When the task ships of the same fleet communicate with each other, a communication link is established through the cluster base station of the command ship of the fleet;and when the task ship communicates with a ship of another fleet, communication can be completed through a heterogeneous network formed by the cluster link and the satellite link. The central networkwith the command ship as the core solves the problem of configuration during random networking of the command ship and the task ship, and network self-adaptation of random matching of the command shipand the task ship is achieved by designing proper routes on the command ship and the task ship.

The invention discloses a network flow distribution management system based on the Internet. The network flow distribution management system comprises an information acquisition and processing unit and a flow distribution management unit, the information acquisition and processing unit is in interactive communication connection with a plurality of network user terminals, and the output end of theinformation acquisition and processing unit is in telecommunication connection with the input end of the flow distribution management unit. According to the invention, dual independent network flow distribution management is carried out on a plurality of user terminals and applications of the terminals; the problem of network flow distribution configuration is deeply solved; the network pressure is relieved, the network transmission efficiency is improved, the response speed of the network application is increased, meanwhile, the time period adjusting unit is arranged in the flow distributionmanagement unit, network flow distribution can be adjusted and configured for the user terminal and the application of the terminal according to time period information according to time period requirements, and the flexibility of network flow distribution management is improved.

The invention discloses a parameter configuration method and device of an electric bus. The method comprises the following steps that a plurality of parameters of the electric bus are obtained; a battery residual quantity matrix is built according to the battery residual quantity of the electric bus at every dispatch running time, and a battery charger charging state matrix is built according to the charging states of a battery charger at every dispatch running time; order of the battery residual quantity matrix is calculated, the minimum configuration quantity of the bus is obtained, order of the battery charger charging state matrix is calculated, and the minimum configuration quantity of the battery charger is obtained; and according to a pre-build consumption model, the minimum configuration quantity of the bus and the minimum configuration quantity of the battery charger are input into the consumption model, and a parameter, corresponding to the minimum output from the consumption model, of the electric bus serves as an optimal parameter of the electric bus. According to the parameter configuration method and device of the electric bus, the technical problem that in the prior art, optimal quantity configuration of a power battery and the battery charger cannot be obtained due to the fact that the battery capacity of the electric bus and the quantity of the battery charger are not considered by electric bus operation is solved.

The invention discloses a data acquisition and transmission system and a method for locally upgrading and deploying parameters, and mainly relates to the field of software upgrading of embedded internet-of-things equipment. The system comprises a local upgrading subsystem and a parameter deploying subsystem, wherein the local upgrading subsystem is used for local upgrading of a data acquisition and transmission system, the local upgrading subsystem comprises an APP logic module and a BOOT guiding module, the parameter deploying subsystem is used for parameter deploying of the data acquisition and transmission system, and the parameter deploying subsystem comprises a function module. The function module comprises a parameter adjustment mode identification sub-module and a parameter adjustment instruction execution sub-module. The beneficial effects of the invention are that the method achieves the local online upgrading and parameter deployment of the IOT equipment, greatly reduces the time cost and manpower cost, solves a problem of timeliness caused by the time and region difference, and enables the equipment operation and maintenance and on-site debugging to be simpler and more convenient.

The embodiment of the invention discloses an information configuration method, comprising the steps that a base station sends first configuration information to a centralized radio link control (C-RLC) layer established by the base station, thereby configuring the C-RLC layer, wherein the first configuration information at least comprises C-RLC layer configuration related information and control related information for the C-RLC layer to control at least one distributed radio link control (D-RLC) layer; and the base station sends second configuration information to the at least one D-RLC layer established by the base station, thereby configuring the at least one D-RLC layer, wherein the second configuration information at least comprises D-RLC layer configuration related information. The embodiment of the invention also discloses the base station and a user device.