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1、摘要随着现代社会互联网的快速发展，这种方式已成为线上线下互相连接资源低平的收集接入口。经济高速腾飞的同时，这种扫码方式成为了最适合的方式。强大的互联网系统给公众带来了方便的同时，也引发了很多未知的网络危害。有关正规人物声明，普遍使用的QR相关制码科技是不被管制的，但是名片上的信息很难分清楚，其中存在的内容法被人窃用，常常会出现安全隐患。因此，这种科技管理体系应运而生。随着无线网络技术、多媒体图像处理技术、RFID技术、二维码技术的快速发展,促进了物联网的普及,已经在许多领域得到了应用。设备管理非常重要,其在物流仓储管理、企业设备运维管理等领域具有重要的作用,能够实现设备自动化、信息化、共享化管
2、理,提高设备管理智能化水平,进一步改进设备管理应用水平。目前,设备管理系统已经得到了许多高等院校和科研所进行研究,引入了许多的技术,比如在每一个设备上安装传感器,使用Zig Bee技术构成一个自组织网络,能够实时的采集设备运行数据,并且通过3/4G无线网络将数据信息发送到监控服务器；在设备管理系统中引入了B/S体系架构,能够通过IE浏览器等登录系统,提高了系统的可扩展性,并且具有较高的数据传输速度和安全性；设备仓库管理系统中引入了PDA技术,该技术利用手持数字设备能够扫描、拍照设备资源信息,利用Web服务作为服务器端的交互接口,同时采取。NET Frame work及C#语言作为实现终端服务器
3、端口的程序设计语言,基于。NET2003平台下,利用NET Compact Framework,通过PocketPC2002型号模拟器开发来开发一个具备通用功能的管理系统。设备管理系统尽管得到了极大的改进和研究,但是企业、仓储、物流等应用过程中,设备管理系统的数据量急剧上升,因此传统的设备信息采集手段落后,设备识别较为困难。为了解决上述问题,本文在设备管理系统数据采集、流转过程中引入了二维码技术,其可以唯一的标识设备,扩展了设备唯一标识的存储的内容信息,丰富设备管理系统的功能。关键词：二维码 信息 互联网Abstract With the rapid development of the In
4、ternet in modern society, scanning qr code has become the lowest cost of online and offline interconnection network access. While the economy takes off rapidly, many of them are realized by scanning the qr code. Fast network access functions bring convenience to the public at the same time, but also
5、 bring a lot of potential information security threats. Relevant professionals said that the widely used QR code code technology is open, but the two-dimensional code information is difficult to identify by the human eye, which stores the information is easy to be used by criminals, often security r
6、isks. Thus, the two-dimensional code application management system came into being.With the rapid development of wireless network technology, multimedia image processing technology, RFID technology, two-dimensional code technology, promoting the popularity of the Internet of things, has been applied
7、 in many fields. Equipment management is very important. It plays an important role in logistics and warehousing management, enterprise equipment operation and maintenance management and other fields. It can realize automation, informatization and sharing management of equipment, improve the intelli
8、gent level of equipment management and further improve the application level of equipment management. At present, the equipment management system has got a lot of universities and research institutes for research, the introduction of many technologies, such as installing sensors on each device, usin
9、g a Zig Bee technology form a self-organization network, can collect real-time operation data, and data through the 3/4 g wireless network information sent to the monitoring server; B/S architecture is introduced in the device management system, which can log in the system through Internet explorer
10、and so on. It improves the scalability of the system, and has high data transmission speed and security. PDA technology is introduced in the equipment warehouse management system, which USES handheld digital devices to scan and photograph equipment resource information, and USES Web services as the
11、server-side interactive interface. NET Frame work and C# language as the implementation of the terminal server port programming language, based on. NET2003 platform, using NET Compact Framework, through PocketPC2002 model simulator development to develop a general function Management system. Althoug
12、h the equipment management system has been greatly improved and studied, in the application process of enterprises, warehousing and logistics, the data volume of the equipment management system rises sharply. Therefore, the traditional equipment information collection means are backward, and it is d
13、ifficult to identify the equipment. In order to solve the above problems, this paper introduces two methods in data collection and flow of equipment management system.Dimension code technology, which can uniquely identify the device, expands the storage content information of the device uniquely ide
14、ntified, and enriches the function of the device management system.Keywords:Two-dimensional code ；Information ； Internet目录第一章 二维码应用追溯体系11.1追溯信息11.2追溯标识11.3追溯信息管理11.4追溯主体21.5实施追溯2第二章 二维码应用信息展示管理体系22.1展示信息22.2信息展示标识32.3展示信息管理32.4信息展示主体32.5隐私保护3第三章 二维码应用内控体系43.1内控信息43.2内控标识43.3信息管理53.4内控主题5第四章 二维码应用电子票
15、证管理体系54.1电子票证信息54.2电子票证标识64.3信息管理6参考文献7谢辞8随着现代社会互联网的快速发展，这种方式已成为线上线下互相连接资源低平的收集接入口。经济高速腾飞的同时，这种扫码方式成为了最适合的方式。强大的互联网系统给公众带来了方便的同时，也引发了很多未知的网络危害。有关正规人物声明，普遍使用的QR相关制码科技是不被管制的，但是名片上的信息很难分清楚，其中存在的内容法被人窃用，常常会出现安全隐患。因此，这种科技管理体系应运而生。二维码又被称为二维条码,最早在日本得到的了广泛的应用和普及,在平面上使用几何图案按照一定的规律进行设计,黑白相间的图形记录数据符号的信息,并且能够按照
16、计算机内部逻辑,巧妙的使用比特流,根据相关的概念,使用若干个与二进制互相对应的几何信息描述文字数值。二维码技术具有一个公共的特性,比如每种编码均有特定的字符集合,每个字符集合均能够表示一种特定的客观事务。目前,二维码作为国际商业活动中常用的防伪技术,其可以有效地帮助消费者快速、准确的定位产品信息,查询产品是否为正品等功能。具体作用流程如下：产品包装上打印二维码,将其打印在明显的无褶皱的地方,消费者在购买该产品的过程中,可以使用随身携带的手机条码扫描软件或者发送相关的数据到二维码服务中心,二维码服务中心反馈该二维码的是否存在等信息,以便能够有效的与消费者进行互动,实现消费者的需求。由于二维码在较小的面积内承载了丰富的大量的信息,因此被
