Performance of the Eden Distributed Operating System

In our world today there are so many different types of operating systems as well as features and applications that run on them. There are many similarities as well as differences between Windows 7, Linux and Windows Server 2008. The one enduring similarity is that all three are intended to be utilized as an operating system is meant to.

An operating system must support a wide variety of networking protocols in order to meet the needs of its users. The user will be able to identify and make sure that various systems and servers are running smoothly, also the user is will if the system is loaded or

i) Disk : file server, virtual disk server, feature on interest server and so on

at a time,they are commonly connected to a LAN and run multiuser operating system.The resources which has to be managed

In this topology, The distributed systems are connected at different sites to loosely coupled with gateway system members. The cached data between different sites is entire to the applications within each distributed system. If any system becomes unavailable, the rest of the installation to continues and

In centralized computer or minicomputer frameworks the assets like memory, stockpiling of information and system data transfer capacity ought to be managed carefully.

Lock Service: The Lock Service is nothing but Chubby. The main usage of lock service is loosely-coupled distributed system. It also have large number of small machines which are intended to connect. The main purpose of lock service is to allow clients to communicate their activities and come to a common point about their environment. The important goals of lock service is reliability, availability to a large number of clients, and also provide easy-to-understand semantics. Chubby’s interface is similar to simple file system which performs file reads and

4. Applications where various of machines can be doled out for each to do a task e.g every processing a single file

The paper shall be your individual and original work. This is not a team project.

A client/server architecture is an end-to-end systems that contains server hosts (contains the resources and services needed by the client) and clients (users or workstations in the network). “Most client/server networks have more than one client to a server so that the system shares computing power. There are a few different kinds of servers to include file sharing, printer services, email services, database services, web services, and a server can used for it power. Clients can access all of these different servers at one time and the servers can serve many clients.” (Techopedia, 2014) For large businesses with office throughout the country web based computing or cloud computing shows the greatest benefit. In web-based computing it is not the local computer doing all the work but rather computers off site that do the work. The user’s computer runs off of a cloud computing system’s interface software which uses the offsite network computers to do the work.

Depending on your personal preference and need, there are a variety of operating systems available to users today. Whether it’s MAC OS, UNIX, Windows, etc they each have their own aspects and appeal that draw users in. The spotlight however, for the duration of this paper will be placed on a derivative of the UNIX family of operating system, Linux. The topics covered will include the history to include a handful of versions (distributions).

We decided to look at another Operation System (OS) besides Windows 2003. The Linux OS is an open sourced system and can be adapted to work with-in a multi-platform environment. First we looked at the fact that company wide we would have UNIX, Microsoft, and Linux if we went in this direction.

Linux is a trademark owned by Linus Torvalds [1]. It is an operating system which is powerful, free and inexpensive to own based on UNIX [1]. It is a POSIX-compliant with versions available to install in cell phones, supercomputers and most computing systems [1]. Linux is an open source program as its source code is available to the general public for use and the right to modify from its original design without any charges [1]. New code will be added to the next version made available with Linux if it is accepted as a universal improvement [1]. The code will continue to exist and developed by the user even if the company fails [1]. Moreover, updates for Linux are available every six months [1]. Nowadays, Linux is in constant development by

Three operating systems discuss in this paper each have their advantages and disadvantages from one another. The biggest advantage for Microsoft is the widespread use and compatibility with most every type of program out there. If you 're a Linux fan then you appreciate not only the price which is usually free but also that it is

To support our hypothesis we also argue that the challenge of future multicore hardware is best met by embracing the networked nature of the machine, rethinking OS architecture using ideas from distributed systems. We investigate a new OS structure, the multikernel, that treats the machine as a network of independent cores, assumes no inter-core sharing at the lowest level, and moves traditional OS functionality to a distributed system of processes that communicate via message-passing.