All address space and name service options should be available to everyone.

Each program thus has its own address space distinct from all other programs in the system.

By design, only a very small fraction of the address space will actually be used.

In other words, a computer, and even one program may have several different memory address spaces.

The collection of addresses in the network is called the address space.

This address space is larger on 64-bit systems, but the basic principles are the same.

Common - where all address spaces can access the memory.

Anyway, I was predicting this before they ran out of address space.

This allows a large page to be located in 36 bit address space.

Some parts of address space may be not mapped at all.

The operating system used virtual memory to provide a large address space.

The type of structure can grow at will, so the address space is infinite.

In most systems, the size of a process's virtual address space is much larger than the available main memory.

It has two different address spaces and the ability to quickly switch between them.

Programs sharing data were automatically placed in the same address space.

Programs with access to (for the time) very large virtual address spaces.

The operating system can also limit the virtual address space.

The Internet is the best example of many data networks from different organizations all operating under a single address space.

But processes other than the kernel still saw a 32-bit address space.

In truth, if you're running the kind of program that benefits from 64-bit address spaces, you've probably already made the switch.

The address space may be limited by the capacity needed to maintain the mapping table.

I haven't seen anyone mention the IPv4 address space issue.

The fork operation creates a separate address space for the child.

When a message is retrieved from a queue, the bank becomes part of the receiver's address space.

A simple bank switching scheme was used to extend the address space.