Abstract
With the revolution of the information, an advanced version of the web proposed from web 1.0 to web 4.0. In each version, many web applications appeared. In the new versions, modern web applications (MWAs) proposed. These applications have specific features and different features, and these features made a new challenge for web engineering methods. The problem is that web engineering methods have limitations for MWAs, and the gap is that the developers cannot highlight the new features based on web engineering methods. In this paper, we extract features of the MWA based on web engineering methods. We extract web application modules for showing interaction and structure of their feature based on models and elements of web engineering methods. The result of this work helps the developers for designing MWAs through web engineering methods. Furthermore, lead to researchers to improve web engineering methods for developing MWAs features.
Highlights
Web applications currently make up one of the largest growth areas in software
The contribution of this paper is how to extract modern web applications (MWAs) features based on web engineering methods? The result of this work helps the developers for designing MWAs through web engineering methods
In this paper we extract the MWA features based on web engineering methods
Summary
Web applications currently make up one of the largest growth areas in software. Web applications do not just give us new types of applications but provide an entirely new way to deploy software applications to end users. Recent web applications are primarily constructed to produce applications that possess enriched interactivity from high-quality requirements, achieved by employing modern programming models, languages, and new technologies. MWAs are distinguishable from legacy web applications, regarding sophistication and rich program interactivity requirements. Based on [1] MWAs are often presented with modern Graphic User Interfaces (GUI) as well as innovative incorporations of backend technologies. Clusters of webs 3.0 and 4.0 represent the MWAs that possess great extent of complexities, encompassing Ubiquitous Web Applications (UWAs), Rich Internet Applications (RIAs), Semantic Web Applications (SWAs), and Intelligent Web Applications (IWAs). RIAs are a new type of web applications, which utilize information that can be handled by both the client and the server.
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