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Implementation of distributed applications over the internet needs the interaction among homogenous/ heterogeneous subcomponents to a great extent. This interaction among heterogeneous components can be implemented by considering the semantic issues of its related compositions. The coordination and cooperation between services at the two ends of application make the problem of interaction more significant. The term interaction can formerly be described in terms of features and services of the application or of the subcomponents & can be called the problem of “feature interaction”. This paper proposes a less complex method that uses two concerns termed as signature and transformation. The signature describes the specification aspect of a feature i.e name, arguments etc. On the other hand the transformation describe the working aspect of the feature i.e the fundamental code which actually implements interactions and finally make the two features to work together.
Dr. Vishal Verma. 1970. \u201cIdentifying and Separating Interaction Concerns from Distributed Feature Components\u201d. Unknown Journal GJCST Volume 11 (GJCST Volume 11 Issue 12): .
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Total Score: 107
Country: India
Subject: Uncategorized
Authors: Dr. Vishal Verma,Ashok Kumar (PhD/Dr. count: 1)
View Count (all-time): 97
Total Views (Real + Logic): 21069
Total Downloads (simulated): 11094
Publish Date: 1970 01, Thu
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Implementation of distributed applications over the internet needs the interaction among homogenous/ heterogeneous subcomponents to a great extent. This interaction among heterogeneous components can be implemented by considering the semantic issues of its related compositions. The coordination and cooperation between services at the two ends of application make the problem of interaction more significant. The term interaction can formerly be described in terms of features and services of the application or of the subcomponents & can be called the problem of “feature interaction”. This paper proposes a less complex method that uses two concerns termed as signature and transformation. The signature describes the specification aspect of a feature i.e name, arguments etc. On the other hand the transformation describe the working aspect of the feature i.e the fundamental code which actually implements interactions and finally make the two features to work together.
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