Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: The b application domain is one of the fastest growing and most wide-spread application domains today. By utilizing fast, modern b browsers and advanced scripting techniques, b developers are developing highly interactive applications that can, in terms of user-experience and responsiveness, compete with standard desktop applications. A b application is composed of two equally important parts: the server-side and the client-side. The client-side acts as a user-interface to the application, and can be vied as a collection of behaviors. Similar behaviors are often used in a large number of applications, and facilitating their reuse offers considerable benefits. Hover, due to client-side specifics, such as multi-language implementation and extreme dynamicity, identifying and extracting code responsible for a certain behavior is difficult.   present a semi-automatic method for extracting client-side b application code implementing a certain behavior.  show how by analyzing the execution of a usage scenario, code responsible for a certain behavior can be identified, how dependencies beten different parts of the application can be tracked, and how in the end only the code responsible for a certain behavior can be extracted. Our evaluation shows that the method is capable of extracting stand-alone behaviors, while achieving considerable savings in terms of code size and application performance.
['Josip Maras', 'Jan Carlson', 'Ivica Crnkovi']
I am writing a research paper on a idea Extracting client-side web application code
[{"from": "human", "value": "I am writing a research paper on a idea Extracting client-side web application code"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: The b application domain is one of the fastest growing and most wide-spread application domains today. By utilizing fast, modern b browsers and advanced scripting techniques, b developers are developing highly interactive applications that can, in terms of user-experience and responsiveness, compete with standard desktop applications. A b application is composed of two equally important parts: the server-side and the client-side. The client-side acts as a user-interface to the application, and can be vied as a collection of behaviors. Similar behaviors are often used in a large number of applications, and facilitating their reuse offers considerable benefits. Hover, due to client-side specifics, such as multi-language implementation and extreme dynamicity, identifying and extracting code responsible for a certain behavior is difficult.   present a semi-automatic method for extracting client-side b application code implementing a certain behavior.  show how by analyzing the execution of a usage scenario, code responsible for a certain behavior can be identified, how dependencies beten different parts of the application can be tracked, and how in the end only the code responsible for a certain behavior can be extracted. Our evaluation shows that the method is capable of extracting stand-alone behaviors, while achieving considerable savings in terms of code size and application performance."}]