Web page resource issuing method and issuing system

Abstract

This invention provides an issuing method and a system for web resources, in which, the method includes: receiving a request or an instruction of sending web resources to get the device parameter of a terminal receiving the resource and sending an adaptive web resource to the terminal. The system includes: a first device used in sending web resources, a second device composed of a first unit for identifying kinds of terminals and a second unit adapting web resources.

Description

technical field [0001] The invention relates to a web page (hereinafter referred to as WEB) resource release method and release system, especially suitable for the release method and release system of web page resources to various types of terminals, and belongs to the technical field of device independence. Background technique [0002] It has always been the goal that people strive to acquire and process information in a timely manner anytime and anywhere. With the continuous development of information technology, the computing power of microprocessors has been continuously improved, power consumption has been gradually reduced, and wireless network access technology has gradually developed and become popular, thus enabling many heterogeneous portable mobile terminal devices, such as smart phones, personal digital assistants, Handheld game consoles, etc., truly have the ability to access WEB resources on the move. Mobile WEB resource access has gradually become an importan...

AI Technical Summary

Problems solved by technology

[0003] However, in the previous WEB resource publishing process, publishers only considered the display effect of WEB resources on a certain specific terminal device. For example, most ordinary websites only considered the access effect of personal computers. Wireless Application Protocol (Wireless Application Protocol, Hereinafter referred to as WAP) website only considers the publishing effect of WEB resources of mobile phones, that is, the content and layout of WEB resources cannot adapt to other terminal devices with different display capabilities.

In the prior art, on the one hand, compared with personal computers, heterogeneous mobile terminal devices often have problems such as insufficient computing power and small display screens.

Therefore, when the above-mentioned heterogeneous mobile terminals access traditional WEB resources without processing, the display effect is not humanized, which is not conducive to users' reading and understanding, and sometimes even cannot display and interact normally at all.

On the other hand, not only a few kinds of mobile devices are popular in the market, but all kinds of mobile devices often follow different communication standards. Even the same kind of devices are ever-changing in appearance and processing power, showing many differences. This is the so-called device differentiation. Diversity requires strong display adaptability of WEB resources to meet the needs of device diversity. In the case of weak display adaptability of existing WEB resources, the problem of poor display effect becomes more complicated

[0004] In the face of various heterogeneous mobile terminal devices, traditional publishing and access technologies are still used, so that the server can only publish the same WEB resources such as content and layout, which means that it cannot respond differently to different terminal devices

In this case, a method in the prior art is to rely on the computer to perform some artificial intelligence conversion processing to improve the output effect as much as possible. At present, this conversion is generally completed by the client device itself, although this method can enhance Partial readability of conversion results, but at the same time often leads to the destruction of the logical relationship expressed by the position between the presented content, reducing the user's overall understanding of the WEB resource

At the same time, this approach increases the computational burden and power consumption of the client device, resulting in a decrease in the usage time of the mobile device.

Moreover, this method requires the client device to have strong computing power, otherwise the long conversion time will make the user unbearable

Another approach is to add an agent between the heterogeneous client and the server. The agent is responsible for the intelligent processing of the display effect of the WEB resources. However, the conversion in this method is performed after the server sends the WEB resources. The control of the display effect by the WEB resource publisher is also difficult to retain the logical relationship between the content expressed by the original designer through the layout method, and at the same time, the agent itself has high requirements for computing power and load bearing capacity.

In addition, in the traditional access technology, the server does not try to distinguish the physical devices used by the client, and does not care about the physical characteristics of these devices such as screen size. At best, it only considers whether the client supports a certain Some image formats, whether animation is supported, that is, flash, etc. are relatively upper-level features, so the server-side publishing of WEB resources cannot adapt to the display capabilities of different types of terminal devices

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