34results about How to "Reduce data pressure" patented technology

Embodiments of the present disclosure disclose a resource allocation method, apparatus, and electronic device for an edge network system. The method includes acquiring a caching scheme, and the caching scheme includes the caching situation of each segment in the first base station, based on For the buffering scheme, a set of transmission delays is determined. The set of transmission delays includes the transmission delay when each terminal device obtains each segment. Based on the buffering scheme and the set of transmission delays, a recommended scheme is determined to Minimize the comprehensive delay, wherein the recommendation scheme includes recommended content for each terminal device, the recommended content includes at least one of the F video files, and the comprehensive delay is the U terminal devices and based on the transmission delay set and the recommended scheme, determine the update scheme of the cache scheme, so as to minimize the comprehensive delay. The technical solution can reduce the transmission pressure of the communication link.

A commodity transaction method of a transaction platform comprises the following steps: 1, establishing a first commodity template; 2, providing the first commodity template for a user, and obtaininga commodity purchase template and / or a commodity supply template created by the user based on the first commodity template; 3, extracting and auditing commodity knowledge from the commodity purchase template and / or the commodity supply template, if the commodity knowledge is not available, continuing auditing the next commodity knowledge, and if the commodity knowledge is available, expanding thefirst commodity template by utilizing the commodity knowledge to form a second commodity template; 4, providing the second commodity template for the user; and repeating the step 2 to the step 4; and5, completing a transaction based on the commodity purchase template and / or the commodity supply template. According to the invention, commodities can be well matched, and the transaction efficiency is improved; rapid, simple, convenient and accurate support is provided for intelligent transaction of multiple commodities; and the data pressure of the transaction platform is reduced, and the user time is saved.

The present invention provides a monitoring system for intelligent sensors of electric equipment. Including: a first sensor, used to be installed on the first device, including a networking module, used to form a plurality of selected associated sensors according to the first device attribute monitored by itself and the pre-stored event attribute corresponding to the fault a first network; a plurality of sensors associated with the first sensor, a part of the number of sensors used to be installed on the same device as the first sensor, and another part of the number of sensors in a plurality of sensors associated with the first device On the device; the first sensor is used to obtain the data of the sensors in the first network, analyze the obtained data according to the event attribute, and determine the probability of failure; according to whether the probability of failure meets the threshold, select whether to The data of the secondary analysis is transmitted to the user side of the network layer through the sink node. This system can reduce the data pressure on the cloud side and improve the efficiency of analysis and response on the cloud side.

The invention discloses a communication mechanism of a wireless network-on-chip based on a two-dimensional grid. The communication mechanism comprises the steps that 1, a zone bit is added in data packet header routing information to mark the transmitting mode of a data packet; and 2, whether the transmitted data packet is a long distance data packet or a short distance data packet is judged, and different routing paths are arranged for the data packet to transmit the data packet. The bearing capacity of the wireless resource in the wireless network-on-chip for data load can be enhanced and the communication delay of the network can be reduced.

The invention provides a method for generating raw material order data based on a recipe system, which includes: setting the name and weight of each raw material contained in a single dish, generating a first data packet; inputting the name of the required dish on the terminal and the number of copies, generate a second data packet, and embed a category identification module in the second data packet; the server parses the second data packet, calls out the corresponding raw materials according to the dishes, and generates the first data layer; the server continues to analyze the category identification module, and then Then parse the second data packet to obtain the category of the dish, and generate the second data layer; the server integrates the first data layer and the second data layer, identifies the category of the raw material according to the name of the raw material, and stores different types of raw materials with the same name in the Different order classes are generated in the order. Compared with the prior art, the present invention can effectively reduce the cost of data work, reduce the data pressure on the server at the same time, and realize the processing of complex data of dishes with light weight.

The invention provides a streaming computing-based data monitoring method and apparatus. The data monitoring method comprises the steps of obtaining log information of service calling through a distributed message publishing / subscription system KAFKA; performing analysis processing on the log information by adopting a distributed streaming processing method Spark streaming to obtain log detail information and log summarization information; and writing the log detail information into a distributed file system HDFS, and storing the log summarization information in a relational database management system MYSQL. According to the streaming computing-based data monitoring method and apparatus provided by the invention, the problems of a huge pressure on a MySQL database and reduced computing speed and data display speed in the prior art are effectively solved, the data processing efficiency is improved, and the data pressure on the MySQL database is reduced, so that the stability and reliability of application of the data monitoring method are improved and the market popularization and application are facilitated.

By using the method, the SMS system can implement the accurate control for generating authorization command, and solves the problem that is how to make control for time point when the command of generating an authorization and the command of generating a deletion of authorization emerge due to packing product in different services, and so will makes building a service subscription and deleting a service subscription more easy. The invention features following points: with the only bounding with starting and ending time set of product and the basic unit used to simplify the complex service, solves the problem of processing multi kind complex combination happening in the procedure of generating a authorization command and generating a deletion of authorization command in digital TV service.

The present application discloses a method, device and system for restricting data traffic. When the method is applied to a server, it includes: synchronizing the time between the server and multiple terminals; receiving token requests from the multiple terminals, the The token request includes a time tag; according to the time tag, determine the effective time of the token returned to each of the terminals, wherein the effective time of the token returned to different terminals is different; Sending a token carrying an effective time, so that the multiple terminals respectively send access requests based on the received effective time of the token. In this way, when multiple terminals send access requests to the server based on the received tokens, since the tokens received by different terminals have different effective times, it is possible to prevent different terminals from sending access requests at the same time, thereby avoiding the server's instantaneous The amount of access requests is too large, effectively limiting the flow of the terminal.