The Requirements of Methodologies for Developing Web Applications

Standing, Craig

doi:10.4018/978-1-59140-432-3.ch012

Cited by 7 publications

(4 citation statements)

References 6 publications

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“…E-business systems have three main properties: they are business-based, which means that they should be defined by the business strategy, not the implementation technology; they are customer-based, which means that the requirements of external users should be considered as pivotal; and they should be change-centric, requiring that short development cycles and evolutionary methods be used in their development, so that changes in customer requirements are easily accommodated [13]. This methodology tries to address these issues by incorporating specialized activities, such as development of strategies, into its process.…”

Section: A Review Of Prominent Web Development Methodologiesmentioning

confidence: 99%

Process Patterns for Web Engineering

Babanezhad

Bibalan

Ramsin

2010

2010 IEEE 34th Annual Computer Software and Applications Conference

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Web Engineering has been enriched with processes and modeling languages that focus on the specific features of web-based systems, taking into account the special requirements and constraints that are associated with this specific context. Process Patterns, on the other hand, represent elements of knowledge and experience in software engineering; they also act as reusable method chunks that can be used for constructing bespoke methodologies that are tailored to fit specific project situations. We propose a set of process patterns based on current web development practices. A number of prominent web development methodologies have been studied, and a set of process patterns has been elicited through abstracting their commonalities and identifying the essential activities required in a web engineering endeavor. Furthermore, a web-based systems development framework has been proposed that organizes these patterns into a generic lifecycle. The process patterns can be instantiated and assembled into a high-level development process based on the generic framework proposed.

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Section: A Review Of Prominent Web Development Methodologiesmentioning

confidence: 99%

Process Patterns for Web Engineering

Babanezhad

Bibalan

Ramsin

2010

2010 IEEE 34th Annual Computer Software and Applications Conference

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“…However the methodology is fairly complex lacks sufficiently flexible guidelines taking into consideration the industry specific factors [18]. [19,20].…”

Section: 2web Development Methodologiesmentioning

confidence: 99%

Towards a New Methodology for Web GIS Development

Ananda¹,

Kuria²,

Ngigi³

2016

IJSEA

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There has been an increasing need for geospatial information that is delivered through internet technologies. This broad category of systems is referred to as Web Geographic Information Systems (Web GIS). These systems exhibit characteristics common to both stand-alone and web-based systems making it necessary to apply a hybrid methodology during their development. This paper proposes a methodology for developing Web GIS that is herein referred to as the Y-Model Web GIS Development Methodology (YWDM) which has been adapted from existing software development methodologies and applied to the context of Web GIS development. The paper outlines in details the phases of the methodology. Its viability as a methodology has been tested through its use in the implementation of the Emuhaya Web GIS portal.The methodology presented here is not intended to be a rigid guide for web GIS development but instead it provides a useful framework for guiding the process.

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“…Besides navigational structures and the use of multimedia content, it is necessary for hypermedia systems to handle structured and nonstructured data, manage access points, maintain high quality of graphics and presentations, and customization and dynamic adaptation of content structures (Navarro et al, 2004). Other researchers have also provided similar summaries of the unique characteristics of Web-based applications: need for rapid change in Web-based applications, divergent data/information types in systems, anonymous users, content-driven systems, creativity, and presentation-focused applications (Murugesan & Ginige, 2005), multifunctional systems, customer centric development, collaboration and breaking down functional boundaries, radical change over time, and time-criticality (Standing, 2005). Tompa (1989) asserted that even though traditional information systems attempted to increase their functionality to match the requirements of dynamic Web-based system environments, they were found to be inflexible.…”

Section: Properties Of Web-based Systemsmentioning

confidence: 95%

Using Analytical Hierarchy Process (AHP) to Identify the Relative Importance of the Features Needed for Web-Based Systems Development

Lee

Joshi

Bae

2008

Information Resources Management Journal

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Most of new information systems development is now being undertaken with Web-based architectures. The objective of this study is to identify and assess the relative importance of the required features for methodologies used to develop Critical success factors (CSFs) for the development of Web-based applications were identified from the literature and organized into a hierarchy consisting of their dimensions and sub-dimensions. The relative importance of the dimensions was assessed through an analytical hierarchy process (AHP) method based on data obtained in Korea from IT professionals. Information properties and risk control were found to be the two main dimensions. Within information properties dimension, integrity of information was found to be the most important sub-dimension. The relative importance of the features was also found to vary for the three industry sectors investigated.

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The Requirements of Methodologies for Developing Web Applications

Abstract: The Internet has had a significant impact on the process of developing information systems. However

Cited by 7 publications

References 6 publications

Process Patterns for Web Engineering

Process Patterns for Web Engineering

Towards a New Methodology for Web GIS Development

Using Analytical Hierarchy Process (AHP) to Identify the Relative Importance of the Features Needed for Web-Based Systems Development

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