Method for creating artificial intelligence billing system with voice input function on basis of HTML5

Abstract

The invention discloses a method for creating an artificial intelligence billing system with a voice input function on the basis of HTML5. The method comprises the following steps of: creating a new project, importing a JS development-based front-end framework MUI to serve as a development frame, packaging a front-end tool into a JS method for development, and packing and calling a native method;setting configuration parameters; setting a function module which comprises a voice input module billing system in the development framework; and creating HTML5 pages according to the function moduleand packaging the HTML5 pages to generate an APP. The method is realized on the basis of HTML, the front-end tool is packaged into the JS method for development, and the native method is packaged andcalled, so that the learning cost of the users is low and the problem that the working efficiency of cross-platform development is low is solved; and through voice billing, the billing process is convenient and rapid, and data related to user billing is cached to decrease the frequency of requesting a server, so that the interaction loss is decreased. The for creating the artificial intelligence billing system with the voice input function on the basis of HTML5 can be widely applied to the field of mobile internet.

Description

technical field [0001] The invention relates to the field of mobile Internet, in particular to a method for creating an artificial intelligence billing system capable of voice input based on HTML5. Background technique [0002] The evolution process of mobile application development technology can be divided into three stages: from the early WAP (including WAP1. Web App. [0003] In 2008, the HTML5 standard was promulgated, providing another technical solution for mobile application development. In 2010, after Apple announced that its mobile devices did not support the Flash plug-in, the HTML5 standard quickly became the first choice for mobile websites to create rich web applications. In order to meet the requirements of "rich content, rich interaction, rich experience, and cross-platform" for mobile Internet applications, HTML5 has made significant improvements compared to HTML4. Highlights are: support for offline access, support for all-media content display, support ...

AI Technical Summary

Problems solved by technology

[0007] 1. The App application program is used on the Android platform, and the repeated workload in the development process is heavy and the efficiency is low, which is not conducive to the cross-platform mobile phone billing system;

[0008] 2. Each account can include information such as amount, classification, time, remarks, etc. The process of bookkeeping depends on manual input by users, which is complicated and inefficient;

[0009] 3. The speed of querying user data online is slow, and communication delays are likely to occur when the server load increases

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