Flexible Real-Time Operating System Co-Design Flow for Embedded Computing Systems

Abstract

The adaptability of software portability and the strength of hardware efficiency can both benefit a system with the ability to alter its configuration. This signifies a significant shift in the way embedded programmes are conceived about and developed. There has not been a comprehensive design methodology provided for run-time reconfigurable systems that enable real-time operating systems, despite the fact that many different reconfigurable technologies and tools based on those technologies have been developed. The RTOS, or real-time operating system, is an integral part of system and co-design. A new co-design technique to meet the requirements of real-time operating systems on reconfigurable embedded systems is proposed based on the findings of this study. Co-design techniques needed to create an adaptive signal filtering system on a commercially available reconfigurable platform are highlighted in this study’s presentation of a design scenario. The incident has been documented on paper. The findings indicate that, in comparison to a purely software