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iOS application user rating prediction using usability evaluation and machine learning.

机译:使用可用性评估和机器学习的iOS应用程序用户评级预测。

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摘要

Mobile applications are earning popularity because of the significant benefits of smartphones, such as: portability, location awareness, electronic identity, and an integrated camera. Nevertheless, these devices have a number of disadvantages concerning usability, such as limited resources and small screen size.;A number of studies have investigated usability challenges in a mobile context and proposed definitions and measurement of the usability of mobile applications. Evaluating the usability of applications for mobile operating systems is a crucial step in addressing these difficulties and achieving success in mobile application markets, such as Apple's App Store. Usability evaluation must be tailored to the various mobile operating systems in use, each with its particular characteristics.;Apple App Store is the only source for buying or installing iOS applications. Users rate applications in the App Store and take into the account other users' evaluations when buying an application. Users tend to give higher ratings to the applications that satisfy their functional and non-functional requirements. Usability is one of the non-functional requirements that users consider when they rate applications. Hence, it is important to develop applications with higher usability and better user experience to be successful in the App Store.;Apple publishes a guideline named "HIG (Human Interface Guidelines)" and recommends following these guidelines during the design and development of iOS applications. There are also other guidelines that suggest other design principles and heuristics but the relationship between these guidelines and App Store success is unknown.;In addition, there is not any explicit method to predict the success of an application in the App Store. Developers and development companies spend much time to develop an application with little clue about the success of their application in the App Store.;This research project combines the guidelines from the literature and proposes an iOS application usability evaluation model to evaluate iOS application usability. It presents next an analysis of the relationship between criteria and application's App Store user rating by evaluating 99 applications. This research project also proposes a machine learning model to predict the success of an iOS application in the App Store, based on the evaluation method proposed in the first part of this research.
机译:由于智能手机的显着优势,例如:便携性,位置感知,电子身份和集成摄像头,移动应用程序越来越受欢迎。但是,这些设备在可用性方面存在许多缺点,例如资源有限和屏幕尺寸小。;许多研究已经调查了移动环境下的可用性挑战,并提出了移动应用程序的可用性定义和度量方法。评估移动操作系统应用程序的可用性是解决这些难题并在移动应用程序市场(例如Apple的App Store)中取得成功的关键步骤。可用性评估必须针对所使用的各种移动操作系统进行量身定制,每种都有其特定的特征。Apple App Store是购买或安装iOS应用程序的唯一来源。用户在App Store中对应用程序进行评分,并在购买应用程序时考虑其他用户的评价。用户倾向于给满足其功能和非功能要求的应用程序更高的评级。可用性是用户在评估应用程序时考虑的非功能性需求之一。因此,重要的是要开发具有更高可用性和更好用户体验的应用程序,以便在App Store中取得成功。; Apple发布了名为“ HIG(人机界面指南)”的指南,并建议在设计和开发iOS应用程序时遵循这些指南。还有其他准则建议其他设计原则和启发式方法,但这些准则与App Store成功之间的关系尚不清楚。;此外,在App Store中没有任何明确的方法来预测应用程序的成功。开发人员和开发公司花费大量时间来开发应用程序,而对其应用程序在App Store中的成功知之甚少。;该研究项目结合了文献中的指导原则,并提出了一个iOS应用程序可用性评估模型来评估iOS应用程序可用性。接下来,它通过评估99个应用程序来分析标准与应用程序的App Store用户评分之间的关​​系。该研究项目还基于本研究第一部分中提出的评估方法,提出了一种机器学习模型来预测iOS应用在App Store中的成功。

著录项

  • 作者

    Nayebi, Fatih.;

  • 作者单位

    Ecole de Technologie Superieure (Canada).;

  • 授予单位 Ecole de Technologie Superieure (Canada).;
  • 学科 Artificial intelligence.;Computer engineering.;Statistics.
  • 学位 Ph.D.
  • 年度 2015
  • 页码 279 p.
  • 总页数 279
  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类
  • 关键词

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