58results about How to "Reduce transmission time" patented technology

This invention relates to a method for transmitting information from a first information provider (100) to a second information provider (400) via an information intermediary (200), wherein the information intermediary (200):

• • at a first point in time, receives (203) first information (500) from the first information provider (100);
  • generates (204) data regarding the first information;
  • at a second point in time, receives (210) a unique identifier (502) from the second information provider (400), the unique identifier (502) being uniquely associated with the first information (500); and
  • transmits (213) the data regarding the first information to the second information provider (400).

The invention discloses a GPU (Graphics Processing Unit) topological partitioning method and device. The GPU topological partitioning method comprises the following steps: determining interconnectionbandwidths among a plurality of GPUs according to physical topological information of the plurality of GPUs, and generating a GPU topological graph comprising the plurality of GPUs; randomly dividinga plurality of GPUs in the GPU topological graph into two partitions; calculating migration gains of all GPUs in the GPU topological graph, migrating the GPU with the highest migration gain in the partitions including more GPUs to the partitions including less GPUs, calculating the number of cross-partition connections of the current partition scheme, and removing the migrated GPUs from the GPU topological graph; and repeating the previous step until all GPUs in the GPU topological graph are removed, and selecting a partition scheme with the minimum number of cross-partition connections as a partition result. According to the method, the topological partitions of the GPUs can be optimized from the bottom layer in a targeted mode according to different connection relations between the GPUs,the transmission time consumption between the GPUs is reduced, and the calculation speed of artificial intelligence is increased.

Disclosed are a business processing method and system of financial self-service equipment; the processing method comprises the following steps: (1) an automatic teller terminal judging a business type of a client, carrying out one-time centralized processing on multiple businesses submitted by a certain user, combining businesses, which are logically associated and are in a certain processing order, into business sequences and sending the business sequences to a bank front-end system for processing; (2) the bank front-end system splitting a composite business sequence and submitting the businesses to a bank background business system for centralized processing one by one; (3) the bank front-end system collecting processing results of the businesses from the bank background business system one by one, returning the processing results to the automatic teller terminal through a format of a composite business sequence message, and displaying transaction results on a screen for the user.

The invention relates to a multi-modal monitoring data dynamic compression method in an unstable network environment, which takes three stages of compression, transmission and decompression as targetmodeling, predicts an unstable network state, introduces a dynamic compression ratio adjustment process, and saves the time consumption of data compression, transmission and decompression. Compared with a transmission optimization method based on lossless data compression, the transmission time consumption optimization method based on the dynamic compression ratio has the advantage that the effectof reducing the transmission time consumption is better.

The invention provides a transmission type plate shearing machine. The plate shearing machine comprises a crossbeam, a main shaft arranged under the crossbeam, a reducer arranged at the right end of the main shaft, a gear arranged at the left end of the main shaft, a connecting rod, a flywheel, an electric motor, an upper tool carrier arranged under the main shaft, an eccentric swage arranged under the upper tool carrier, guiding grooves arranged in the end of the eccentric swage, a lower tool carrier arranged under the eccentric swage, and a rack arranged under the lower tool carrier; the flywheel is located on the right side of the gear; wherein the connecting rod, the flywheel, and the electric motor are arranged on the main shaft; the electric motor is located on the right side of the flywheel; the connecting rod is located on the left side of the reducer. The transmission type plate shearing machine has the advantages that the processing benefit is high, the processing quality is good, and the service life is long.

The embodiment of the invention discloses a data transmission method and device, a terminal and a storage medium, and the method comprises the steps: determining the number of threads for transmittingtarget data, and building the number of threads for the target data; detecting the bandwidth of each data transmission channel in N data transmission channels on the terminal, wherein N is a naturalnumber greater than 1; determining the number of threads on each data transmission channel according to the number of threads of the target data and the bandwidth of each data transmission channel; and allocating a corresponding number of threads to each data transmission channel, and controlling the N data transmission channels to transmit the target data at the same time.

The present invention discloses a low-voltage electric power acquisition terminal. The low-voltage electric power acquisition terminal comprises an acquisition circuit configured to analyze a first connection request from a master station and identify a connection request state control parameter thereof; generating data format description parameter according to the connection request state control parameter; responding to the first connection request according to the generated data format description parameter; receiving an electric power acquisition request from the master station after receiving a determination control parameter from the master station in response to the above request, and establishing a communication connection based on a first communication protocol link; sending a second connection request to an ammeter. The low-voltage electric power acquisition terminal also comprises a communication circuit connected with the acquisition circuit and configured to monitor and receive a first connection request from the master station; sending the second connection request to the ammeter. In one embodiment of the present invention, an electric power data communication method on the basis of the low-voltage electric power acquisition terminal is designed.

The invention relates to a processing regulation and control method and system, a readable storage medium and equipment, and belongs to the technical field of industrial automation. An edge control panel can be arranged on a production line, and the edge control panel is connected with processing equipment on the production line. The edge control panel controls the production flow on the production line by adopting an edge computing technology, and acquires first state information of a to-be-processed object and second state information of the processing equipment; the edge control panel converts the first state information and the second state information to obtain state summary information and sends the state summary information to a server; and the server returns a regulation and control instruction after analyzing and processing the state summary information, and the edge control panel selects target processing equipment according to the regulation and control instruction to process the to-be-processed object. The processing regulation and control process is achieved through the edge control panel, and the edge control panel processes the state information of the to-be-processed object and the processing equipment and then sends the state information to the server. Compared with the traditional transmission of basic data of an assembly line, the data volume and the transmission time consumption are reduced, and the processing efficiency is improved.

The invention discloses a dynamic compression prediction control method for continuous monitoring data in unstable network transmission. The dynamic compression prediction control method comprises thesteps: S1, a data acquisition step, S2, a step of modeling and calculation of a compression ratio, S3, a compression transmission step; and S4, a decompression step. Compared with a transmission optimization method based on lossless data compression, the transmission time consumption optimization method based on the dynamic compression ratio is adopted to reduce the transmission time consumption,so that the compression, transmission and decompression time consumption is greatly saved; the data is processed according to time periods, the compression ratio is calculated by predicting the network speed, and the method is suitable for an unstable network environment; constraint conditions are set by calculating direct transmission time consumption of original data in a predicted network speed environment, the predicted network speed compression ratio is calculated and compared with the current network speed compression ratio in combination with a function taking minimum time consumptionas a target, and the accuracy of the optimal compression ratio is ensured.

The invention relates to a computer software development technology, in particular to a novel source code statistical analysis method and system. The source code statistical analysis method accordingto an embodiment of the invention comprises the following steps: a first server generates a statistical analysis parameter according to a source code statistical analysis request received from a client, wherein the statistical analysis parameter includes an identifier of a code module to be analyzed and a code base which the code module belongs to; the first server selects a corresponding second server, and the corresponding second server stores a source code file associated with the code module to be analyzed; the corresponding second server locally performs statistical analysis on the associated source code file; and the corresponding second server returns a statistical analysis result through the first server to the client.

The invention discloses a double-drive gantry structure. The double-drive gantry structure comprises a frame, Y-axle driving modules and an X-axle driving module, wherein the frame is provided with adouble-drive platform; two sets of the Y-axle driving modules are provided, and are symmetrically arranged about the center of the double-drive platform in parallel; the Y-axle driving modules comprise Y-axle stator magnetic rails and Y-axle movers; the Y-axle stator magnetic rails comprise multiple Y-axle stators connected in sequence; the Y-axle movers are provided with Y-axle sensors; the X-axle driving module is positioned between the two Y-axle driving modules, and is perpendicular to the Y-axle driving modules; the X-axle driving module can move relative to the Y-axle driving modules, and comprises an X-axle stator magnetic rail and an X-axle mover; and the X-axle stator magnetic rail comprises multiple X-axle stators connected in sequence; and the X-axle sensor is arranged on the X-axle mover. The double-drive gantry structure is free of limitation on the driving length, free of wear and free of transmission errors, and guarantees the driving precision.

The embodiment of the invention provides an energy management system and an energy management method, and relates to the technical field of computers. The system comprises a controller, at least one piece of controlled equipment and at least one router, wherein the controller comprises a data collection module, and each router builds communication connection with the at least one piece of controlled equipment; the data collection module sends a historical energy consumption data request to the router and receives energy consumption data sent by the router, when receiving an energy consumptiondata command from a user and the needed acquired energy consumption data is cleared, the controlled equipment receives a real-time energy consumption data request forwarded by the router, and sends the energy consumption data to the router; and the router receives the historical energy consumption data request sent by the data collection module, and sends the found energy consumption data to the data collection module. With the application of the scheme provided by the embodiment of the invention, the transmission path of the energy consumption data can be shortened, and thus the transmissiontime is shortened, and the transmission efficiency of the system network and the response speed of the system are enhanced.

The invention discloses an image processing method which comprises the steps of acquiring image input features of an association layer, acquiring a first weight parameter and a second weight parameterfrom an external memory at the same time, wherein the first weight parameter corresponds to the association layer, and the second weight parameter corresponds to an independent layer; calculating a first output feature by using the image input feature and the first weight parameter; calculating a second output feature corresponding to the first output feature by using the first output feature andthe second weight parameter, and storing the second output feature in an external memory. According to the method, a multi-layer continuous calculation mode is adopted, and a plurality of network layers are calculated for each channel during each calculation, so that the data exchange times of an internal memory and an external memory can be reduced, the data transmission time consumption is reduced, and the image processing speed is further improved. In addition, the invention also provides an image processing device, image processing equipment and a computer readable storage medium, which also have the above beneficial effects.