Design and Implementation of Combinational Software Architecture for Batch Image Processing System

Philip, Milu Mary; Vijayakumar, Balaji

doi:10.14257/ijseia.2017.11.6.07

Cited by 2 publications

(2 citation statements)

References 14 publications

(14 reference statements)

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“…The above mentioned literature gives an overview of the different architectural patterns, their uses and the architectural evaluation techniques. The work in [17] clearly describes an architectural design where interactivity and data stream mode of operations coexist. The variation points were not handled in such an architectural design.…”

Section: Architecture Level Modifiability Analysis (Alma)mentioning

confidence: 99%

A Quantitative Approach to Analyze Modifiability in Software Architectural Design of Agile Application Systems

Philip

2020

ITC

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The present-day software application systems require a high degree of agility during development and operational phases due to the advancements in software technologies and also because of the need to support the variation points in software architecture. A single architectural style will not be adequate for the architectural design of such application systems. This paper proposes a composite architectural style involving three different architectural styles, namely model view controller, pipes and filters and reflection architectural pattern. A metric to evaluate the extent to which the proposed architectural design is modifiable is defined and formulated. The number of direct connections between the components and their modes of operation are the various factors that will determine the extent to which the architectural design is modifiable. The model has been tested successfully for a prototype document processing application system. The composite architectural design is quite generic and it can be used for any real-time application system where the three modes of operation - data stream mode, user interaction and dynamic invocation mode exist together.

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Section: Architecture Level Modifiability Analysis (Alma)mentioning

confidence: 99%

A Quantitative Approach to Analyze Modifiability in Software Architectural Design of Agile Application Systems

Philip

2020

ITC

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“…The combination of architectural styles are carried out in three different ways – by connecting each pattern that make up the combinational style, by blending the patterns and by including one pattern in another [22]. A combinational architectural style has been discussed in [23] for processing of input data in streams. It focuses only on the user interactivity and stream mode processing.…”

Section: Introductionmentioning

confidence: 99%

Composite pattern to handle variation points in software architectural design of evolving application systems

et al. 2020

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The variation points in software architecture arise as a result of the availability of large number of filters and component libraries. An integration of different architectural styles is crucial and necessary in the development of large-scale software application systems to handle the variation points. This article proposes a composite software architectural style for building application systems involving data streams, user interactivity, and dynamic mode. It uses a pattern within a pattern approach for combining the architectural styles. This approach provides flexibility to add or delete any filter or component at run time. In addition, the changes in the order of processing of the different filters or components can also be incorporated. The software architectural specification for any combination of input components and their order of processing is generated automatically. This specification acts as a baseline for the subsequent design and implementation phases of the application system. This model is generic and has been successfully validated for a prototype application system involving all the three modes of operation.

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Design and Implementation of Combinational Software Architecture for Batch Image Processing System

Abstract: Abstract

Cited by 2 publications

References 14 publications

A Quantitative Approach to Analyze Modifiability in Software Architectural Design of Agile Application Systems

A Quantitative Approach to Analyze Modifiability in Software Architectural Design of Agile Application Systems

Composite pattern to handle variation points in software architectural design of evolving application systems

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