High performance JAVA programming
Vamsi Krishna Myalapalli, Sunitha Geloth
Abstract
Vamsi Krishna Myalapalli, Sunitha Geloth
Abstract
Engineering a program in the context of performance aspect exhibits a crucial part, as it minimizes the time and space complexity. If the space complexity in a program is minimized, the application runs on minimum memory. Many JAVA developers write JAVA programs without consideration towards optimized execution. Developers of application should tune the application(s) earlier to use in production. Application code tuning often engenders massive performance enhancement. The proposed model is envisioned to aid the JAVA programmers to tune and enhance the JAVA based application(s). This paper elucidates miscellaneous techniques to escalate JAVA application program performance and can serve as an optimization tool for the JAVA application programmers. Our experimental denouements designate that performance i.e. Time and Space complexities are enhanced.
OpenAlex reports 9 citations for this work. Citation counts describe recorded attention and do not establish research quality.
A contribution statement is not available in the OpenAlex record.
Method details are not available in the OpenAlex metadata.
Findings are not separately available in the OpenAlex metadata.
Limitations are not available in the OpenAlex metadata.
Application details are not available in the OpenAlex metadata.
Engineering a program in the context of performance aspect exhibits a crucial part, as it minimizes the time and space complexity. If the space complexity in a program is minimized, the application runs on minimum memory. Many JAVA developers write JAVA programs without consideration towards optimized execution. Developers of application should tune the application(s) earlier to use in production. Application code tuning often engenders massive performance enhancement. The proposed model is envisioned to aid the JAVA programmers to tune and enhance the JAVA based application(s). This paper elucidates miscellaneous techniques to escalate JAVA application program performance and can serve as an optimization tool for the JAVA application programmers. Our experimental denouements designate that performance i.e. Time and Space complexities are enhanced.
Key concepts: Java, Computer science, Real time Java, strictfp, Java annotation, Java concurrency, Programming language, Java Modeling Language