The real time embedded software development requires expertise for developing critical software. The safety critical embedded development has major concerns as the final target code should execute with less size and more speed. The increased stack size and reduced execution speed lowers the performance of embedded software. In the paper, a method to overcome the rapid growth of the stack is proposed and multicore load balancing issues are addressed. The model for stack improving optimization feed and multi core task balancing display interface is derived in the paper. A unique approach with the method of providing optimization hints during the development phase through interactive display interface is suggested in the paper. The experiment is conducted by considering a concave set of functions with a task dependency derivation cost. The best execution result being obtained by using stack, improving optimization feed interface.

Embedded software, interactive, display interface, multicore task balancing, parallelism, programmer, optimization, task dependency

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