What is the advantage of paging over continuous memory allocation?

One advantage of paging over continuous memory allocation is that it allows for more efficient use of memory. With paging, memory is divided into fixed-size blocks called pages, which can be easily managed and allocated as needed. This allows for better utilization of memory space, as pages can be allocated and deallocated independently of each other.

Additionally, paging allows for better memory protection and security. Each page can be assigned specific permissions, such as read-only or no access, which helps prevent unauthorized access to memory locations. This can help improve system stability and security.

Paging also allows for easier memory management and address translation. With paging, the operating system can easily map virtual memory addresses to physical memory addresses, making it easier to manage memory and allocate resources efficiently.

Overall, paging offers more flexibility, efficiency, and security compared to continuous memory allocation, making it a preferred choice for modern operating systems.