Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Ubiquitous b applications (UWA) are required to be customizable, meaning their services need to be adaptable towards the context of use, e.g., user, location, time, and device. Considering UWA 's from a software engineering point of view, a systematic development on basis of models is crucial. Current b modeling languages, hover, often disregard the crosscutting nature of customization potentially affecting all parts of a b application, and often mingle core and customization functionality. This leads to inefficient development processes, high maintenance overheads, and a low potential for reuse.  regard customization as a crosscutting concern in the sense of the aspect-oriented paradigm. As a proof of concept,  extend the prominent b modeling language bML on basis of our reference architecture for aspect-oriented modeling. This allows for a clear separation beten the core and customization functionality, and - as a spin-off - demonstrates how to bridge existing (domain-specific) modeling languages with aspect-oriented concepts
['Andrea Schauerhuber', 'Manuel Wimmer', 'Wieland Schwinger', 'Elisabeth Kapsammer', 'Werner Retschitzegger']
I am writing a research paper on a idea Aspect-Oriented Modeling of Ubiquitous Web Applications: The aspectWebML Approach
[{"from": "human", "value": "I am writing a research paper on a idea Aspect-Oriented Modeling of Ubiquitous Web Applications: The aspectWebML Approach"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Ubiquitous b applications (UWA) are required to be customizable, meaning their services need to be adaptable towards the context of use, e.g., user, location, time, and device. Considering UWA 's from a software engineering point of view, a systematic development on basis of models is crucial. Current b modeling languages, hover, often disregard the crosscutting nature of customization potentially affecting all parts of a b application, and often mingle core and customization functionality. This leads to inefficient development processes, high maintenance overheads, and a low potential for reuse.  regard customization as a crosscutting concern in the sense of the aspect-oriented paradigm. As a proof of concept,  extend the prominent b modeling language bML on basis of our reference architecture for aspect-oriented modeling. This allows for a clear separation beten the core and customization functionality, and - as a spin-off - demonstrates how to bridge existing (domain-specific) modeling languages with aspect-oriented concepts"}]