![distributed processing operating system distributed processing operating system](https://image.slidesharecdn.com/1-130908220627-/95/distributed-operating-system1-54-638.jpg)
With that said, let us summarize the main differences between network operating system and distributed operating system. I think many of us are familiar with the first type because that is what we use most of the time (ex. This is the core difference between the two. This is not a trivial task as it requires sophisticated scheduling support to facilitate true parallelism. A distributed operating system has the ability to run programs on multiple computers. In other words, network operating system cannot be converted to a distributed operating system by simply adding extra code. On the other hand, distributed operating system is more complicated than a single processor operating system. This addition is not going to fundamentally change the structure of the underlying operating system.
#Distributed processing operating system drivers#
We can think of it as a single processor operating system with the addition of network interface, drivers and applications to enable remote login, remote file access, resource sharing, etc. Network operating system is not dramatically different from a single processor operating system. Network operating systems and distributed operating systems are fundamentally different concepts.
![distributed processing operating system distributed processing operating system](https://i.ytimg.com/vi/ajjOEltiZm4/mqdefault.jpg)
I think part of the confusion comes from mixing terms from academia specially operating systems courses with software industry terms such as cloud computing and big data. This is a commonly asked question among students.