Application deployment method and system based on local area network client server structure

Abstract

The invention discloses an application deployment method and system based on a local area network client server structure. The method comprises the steps of deploying an image recognition program to a local offline server; running a client in a local area network, and establishing a connection between the client and the local offline server; and communicating with the server at the client, returning a standard data format, and sharing a set of data formats at a plurality of clients through the local area network. According to the application deployment method based on the local area network client server structure provided by the invention, the image recognition program is deployed on the local offline server, a computer of an operator only runs the client, and the client is communicated with the server. Since the local area network does not need to be connected with the Internet, secretes of an image provider can be effectively protected, and due to the offline state, the response time of image recognition is much faster than that of Internet communication. By adopting the client server architecture in the local area network, automatic identification of power line inspection images can be carried out.

Description

technical field [0001] The invention relates to the field of network server deployment and image recognition, in particular to an application deployment method and system based on a local area network client server structure. Background technique [0002] The server deployment plan 1 for image recognition in the prior art is: directly deploy the software with image recognition function on the machine operated by the operator. This disadvantage is that it is not conducive to protecting the secrets of the software intellectual property owner, and the software may be reversed. In addition, the computer running the recognition program must have a high configuration in order to respond quickly; and directly deploying it on the machine operated by the operator requires the operator's computer configuration to be very high; this is not conducive to the image recognition technology provider according to the number of sheets processed and timing; the operation logic and identificatio...

AI Technical Summary

Problems solved by technology

[0002] The server deployment plan 1 for image recognition in the prior art is: directly deploy the software with image recognition function on the machine operated by the operator. This disadvantage is that it is not conducive to protecting the secrets of the software intellectual property owner, and the software may be reversed. In addition, the computer running the recognition program must have a high configuration in order to respond quickly; and directly deploying it on the machine operated by the operator requires the operator's computer configuration to be very high; this is not conducive to the image recognition technology provider according to the number of sheets processed and timing; the operation logic and identification logic of the client are in one software, which is not conducive to software reuse

[0003] The server deployment plan 2 for image recognition in the prior art is: deploy the image recognition module on a certain server (i.e. server group) on the Internet, which has the disadvantage that it is not conducive to keeping the secret of the image provider (the image adopts public transmission). , if the encryption needs extra time, it is not conducive to the preservation of inconvenient online secrets); the network response time is long, and the communication quality varies with the ISP (Internet Service Provider) to which the operator's computer belongs. Telecom operators that provide Internet access services, information services, and value-added services vary; service providers must have access to uploaded image data

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