Information technology-based applications have entered the era of mobile phones or smartphones such as those using the Android or iOS operating system. Mobile-based application development has become a trend for today's society. Especially during the global COVID-19 pandemic, almost all activities are carried out remotely through mobile-based applications. To prevent the spread of COVID-19, mass vaccines are given to the public. So that the process of administering the vaccine does not cause crowds, it is necessary to create a mobile-based application. So that the application can be further developed properly, it is necessary to make a prototype. The prototype consists of 5 (steps): 1) Quick plan, 2) Modeling Quick Design, 3) Construction of prototype, 4) Deployment Delivery & feedback, and 5) Communication. In this research, the InVision design tool is used which can help design prototypes for both mobile and web versions. InVision has been widely used in making prototypes and is used by many digital companies in the world. The results obtained are in the form of a prototype application for the registration of vaccine participants via mobile phones and also the web. The programmers will easily translate the prototype results into a mobile-based application for the benefit of mobile phone-based online vaccine registration.
翻译:以信息技术为基础的应用已经进入了移动电话或智能手机的时代,例如使用Android或iOS操作系统的手机或智能手机的时代; 以移动为基础的应用开发已成为当今社会的一个趋势; 特别是在全球COVID-19大流行病期间,几乎所有活动都是通过移动应用远程进行的; 为了防止COVID-19的传播,大规模疫苗是提供给公众的; 因此,疫苗的施用过程不会引起人群,因此有必要创建一个移动应用程序; 为了能够适当地进一步发展应用,有必要制作一个原型。原型由5个(步骤)组成:1个快速计划,2个建模快速设计,3个原型设计,4个部署交付和反馈,5个通信。在这项研究中,使用InVision设计工具可以帮助设计移动和网络版本的原型。 在Vision中,广泛用于制作原型,并且被世界上许多数字公司使用。 所获得的结果以原型应用程序的形式是用于通过移动电话和网络登记疫苗参与者的原型应用。 程序设计者将很容易将移动电话的原型应用结果转化为网上的移动电话登记。