Object Oriented Javascript Generalization Technique
F. Fawzia Khan, K. Thilagam
Abstract
F. Fawzia Khan, K. Thilagam
Abstract
Background/Objectives: To improve the performance of the browsers to support all functions of JavaScript by introducing an efficient generalization technique. Methods/Statistical analysis: Object Oriented JavaScript is a high-level, dynamic and interpreted programming language used in the development of web pages and browsers as it provides user friendly environment. However there are some JavaScript function exceptions that are unrecognized by the specified browsers causing performance degradation. Hence in this paper, this problem in the browsers can be overcome by introducing a technique called Object Oriented JavaScript Generalization (OOJG) technique. Findings: In OOJG technique first the unrecognized functions are analyzed in each browser while using different JavaScript programs. Then the generalization of functions is performed in which the related functions are used instead of the unrecognized functions to obtain the desired performance. Application/Improvements: The experimental results also show that the performance of the browsers can be maintained with the proposed OOJG technique in an efficient manner.
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Background/Objectives: To improve the performance of the browsers to support all functions of JavaScript by introducing an efficient generalization technique. Methods/Statistical analysis: Object Oriented JavaScript is a high-level, dynamic and interpreted programming language used in the development of web pages and browsers as it provides user friendly environment. However there are some JavaScript function exceptions that are unrecognized by the specified browsers causing performance degradation. Hence in this paper, this problem in the browsers can be overcome by introducing a technique called Object Oriented JavaScript Generalization (OOJG) technique. Findings: In OOJG technique first the unrecognized functions are analyzed in each browser while using different JavaScript programs. Then the generalization of functions is performed in which the related functions are used instead of the unrecognized functions to obtain the desired performance. Application/Improvements: The experimental results also show that the performance of the browsers can be maintained with the proposed OOJG technique in an efficient manner.
Key concepts: JavaScript, Unobtrusive JavaScript, Computer science, Generalization, Programming language, Web browser, Rich Internet application, Web application