Abstract: The present invention is related to a method and a software program for optimizing the positioning of software functions in a memory of a computing device. The present invention hereby comprises the steps of identifying each of a number of software functions and the respective number of calls between the identified software functions; positioning the two software functions sharing the highest number of calls next to each other to form a group of software functions and updating the number of calls between the newly formed group and the other software functions, and repeating the positioning step and the updating step for the software functions and/or groups of software functions sharing the respective highest number of calls in the next calculation step and so forth until all software functions are positioned in a sequential order.

Abstract: The present invention is related to a method and a software program for optimising the positioning of software functions in a memory of a computing device. The present invention hereby comprises the steps of identifying each of a number of software functions and the respective number of calls between the identified software functions; positioning the two software functions sharing the highest number of calls next to each other to form a group of software functions and updating the number of calls between the newly formed group and the other software functions, and repeating the positioning step and the updating step for the software functions and/or groups of software functions sharing the respective highest number of calls in the next calculation step and so forth until all software functions are positioned in a sequential order, whereby said positioning step and said updating step are performed on the basis of the size of the software functions and the number of calls between the software functions.