Intrinsic Compilation Model to enhance Performance of real time application in embedded multi core system
Sumalatha Aradhya, N. K. Srinath · International Journal of Engineering and Technology · 2018
The embedded multi core system has critical performance issues.This is due to extra optimization codes added by the compiler.In many cases, performance becomes challenging due to increased cyclomatic complexity of the embedded software especially in the release version of the code.To ease the extra complexities of the software, a better optimization approach through intrinsic compilation model proposed in the paper.The proposed intrinsic compilation model handles software to hardware integrity complexities through vector dynamic interface algorithm discussed in the paper.The vector dynamic interface algorithm resolves the conflicts of optimization across multi core target by using optimizer conflict resolver algorithm.The optimizer conflict resolver algorithm computed by the recurrence logic derived through probabilities using vector rule algorithm.The intrinsic compilation model makes use of effective partitioning logics to obtain optimized vector code data.The bench mark shows improved speed up results between static code and vector code.