The processing power of a computer's inability to perform any function other than the manipulation and storage of numbers presents a hurdle when trying to resolve the problems that the computer always causes. In order to triumph over these challenges, what other strategies than these have been put into practice?

Is it advantageous to divide large-scale computer processes and programs into subsystems? Is there any benefit to rationally disassembling this system?

The challenge of addressing the problems that arise from computer operations lies in the limited capacity of its processing power to perform tasks beyond numerical manipulation and storage. What alternative approaches have been attempted to surmount these challenges?

It is possible for a computer system to generate and process information in a variety of distinct ways because to its adaptable nature. I was wondering whether it would be feasible to construct two of these.

Conduct extensive research on the following topics and provide outputs with citations. Our computer science hierarchy is divided into six levels: Level 1: Algorithmic Foundations of Computer Science Level 2: Hardware World Level 3: Virtual Machine Level 4: Software World Level 5: Application Level 6: Social Issues in Computing