摘 要
本文主要讲述了是使用Python技术与MySql数据库实现的基于语音识别的智能垃圾分类系统平台的详细过程。这里所谓的智能垃圾分类系统是建立一个类似对用户输入的语音进行识别和垃圾分类的系统,用户将自己的需求录入成音频文件然后上传进行识别,从个人用户的角度来看,有了这个更方便的工具,可以很好的进行垃圾分类和处理。从利于社会发展的角度来说,可以提高垃圾分类的效率,真正贯彻国家对垃圾分类重视的政策。
在大家以往的认知里,垃圾只要不乱扔到马路上、扔到垃圾桶中就已经算有素质的公民了,但其实当今这个社会进行垃圾分类非常重要。垃圾分类有助于环境的保护和废物的利用,可以最大程度的进行资源二次回收。
Python基于语音识别的智能垃圾分类系统提供了多种功能,用户们可以在系统上面录入自己的个人信息,录入后还可以对信息进行修改,网站可以对用户上传的音频文件进行识别,然后进行垃圾分类。与传统的垃圾分类方式相比,基于Python的基于语音识别的智能垃圾识别系统能够提供更贴合用户需求的服务,大大提升用户体验。
关键词 语音识别;垃圾处理;Python
Abstract
This paper mainly describes the detailed process of the intelligent garbage classification system platform based on speech recognition using Python technology and MySQL database. The so-called intelligent garbage classification system here is to establish a system similar to the recognition and garbage classification of the voice input by users. Users input their needs into audio files and then upload them for recognition. From the perspective of individual users, with this more convenient tool, they can classify and process garbage well. From the perspective of social development, it can improve the efficiency of waste classification and truly implement the national policy of paying attention to waste classification.
In the past, as long as the garbage is not thrown on the road or in the trash can, it has been regarded as a qualified citizen, but in fact, garbage classification in today's society is very important. Waste classification contributes to environmental protection and waste utilization, and can maximize the secondary recycling of resources.
Python's intelligent garbage classification system based on speech recognition provides a variety of functions. Users can enter their personal information on the system, and modify the information after entering. The website can recognize the audio files uploaded by users, and then classify the garbage. Compared with the traditional garbage classification methods, the intelligent garbage recognition system based on speech recognition based on Python can provide services that better meet the needs of users and greatly improve the user experience.
Keywords Speech recognition; Waste disposal; Python
目 录
摘 要
Abstract
第1章 绪论
1.1 课题背景
1.2 目的和意义
1.3 本文的结构
第2章 可行性分析
2.1 业务流程图
2.2 经济可行性
2.3 技术可行性
2.4 运行可行性
2.5 本章小结
第3章 需求分析
3.1 垃圾分类的发展情况
3.2 基于语音识别的智能垃圾分类管理平台的需求分析
3.3 数据字典
3.4 本章小结
第4章 总体设计
4.1 系统模块总体设计
4.2 数据库设计
4.2.1 数据分析
4.2.2 数据库的详细设计
4.3 本章小结
第5章 详细设计与实现
5.1 系统运行平台设置
5.2 运行环境
5.3 开发工具及技术简介
5.3.1 开发工具简介
5.3.4 技术简介
5.5 系统首页设计
5.6 系统基本功能设计与实现
5.6.1 登录模块设计与实现
5.6.2 系统信息展示模块设计与实现
5.6.3 基于语音识别的智能垃圾分类的设计与实现
5.6.4 用户信息维护模块的设计与实现
5.7 本章小结
第6章 系统测试与性能分析
6.1 软件测试
6.2 本系统测试
6.2.1 首页面的测试
6.2.2 垃圾分类搜索的测试
6.2.3 用户注册模块的测试
6.3 本章小结
结 论
参考文献