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Line 40: ::: Your examples also aren't correct nor applicable here: ::: - Virtual memory virtualizes a resource called "address space". Paging is a separate technique which that virtualization makes easier; it has nothing to do with virtualization itself, you can page real memory address spaces too. ::: - Programming language interpreters often utilize a virtual machine that operates on virtual compute, with virtual bytecode (JVM / Python VM / etc.). The compute is what is virtualized via a ''virtual'' processing, with its own ISA that uses its own bytecode. ::: - FPGA is a class of a hardware component. It doesn't virtualize anything. They do real things using real hardware, it's just that the hardware is flexible enough to accomodate a vast ___domain of designs. ::: - Common programs - exactly how? Are you going to include "Hello World" under the virtualization umbrella at some point?

Talk:OS-level virtualization: Difference between revisions