MIGRATION OF AN INTEL ATOM PROCESSOR'S MODULAR OPERATING SYSTEM

This paper outlines a procedure of working scheme adjustment to an Intel Atom processor. The primary goals of this venture remained to adjust a basic miniaturized scale bit inserted working system to an increasingly muddled processor domestic, without crushing the first components of system or changing their usefulness. Our inspiration was the absence of data or methods with respect to working system movement. In view of the investigation all decided to execute a small-scale bit for the Intel processor family equipped for module stacking, client section separation and preemptive undertaking exchanging utilizing Intel explicit instruments. It has been additionally actualized another module which gives standard yield utilizing heritage BIOS usefulness, and could be extended to a completely utilitarian CLI (Direction Line Interface). The aftereffect of this work is a bootable, completely utilitarian smaller scale piece which stacks all given modules after its introduction stage. This small-scale bit is isolated from the stage autonomous parts and effectively reasonable as it is composed basically in C. This work is a straightforward direct into building up a claim small scale piece for the x86 processor family and utilizing its essential usefulness.