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Peer to peer & server based network
Peer to peer & server based network
Computer network platforms
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Network Operating Systems, abbreviated NOS, are programs that are designed to work with numerous computers on a network, allowing for communication amongst them, but “the term network operating system, however, is generally reserved for software that enhances a basic operating system by adding networking features” [5]. The NOS provides structure to the network as it controls the hardware and software within a network. The network operating system allows for the ability to include all the components of the network and allow several users to share files with one another through the network regardless of their physical location [1]. There are two main types of network operating systems, and there are several different operating systems to choose from, each one working differently. A network operating system usually contains a menu-based administration interface. From this interface, the administrator of the network can achieve a number of tasks. “He or she uses the interface to format hard drives, set up security permissions, and establish log-in information for each user. An administrator can also use the interface of a network operating system to identify shared printers and configure the system to automatically back up data on a scheduled basis” [2].
The first type of network operating system is peer to peer. The operating system for a peer to peer network allows the users within the network to access files contained in their computers as well as shared files on other computers. “You can configure computers in peer to peer workgroups to allow sharing of files, printers and other resources across all of the devices. Peer networks allow data to be shared easily in both directions, whether for downloads to your computer or uploads ...
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... or print server, as well as an application server, and Microsoft has created both workstation and server editions of Windows NT [6]. Microsoft even offers a version for small businesses with 25 users or less called Microsoft BackOffice for Small Business that includes Windows NT Server, plus Microsoft Internet Information Server for Web services, Microsoft Exchange server to support electronic mail and Microsoft SQL server for database applications [6]
Works Cited
[1] http://fcit.usf.edu/network/chap6/chap6.htm
[2] http://www.wisegeek.org/what-is-a-network-operating-system.htm
[3] http://compnetworking.about.com/od/basicnetworkingfa9s/a/peer-to-peer.htm
[4] http://compnetworking.about.com/od/basicnetworkingfa9s/ a/ cI ie nt -se rver. htm
[5] http://www.webopedia.com/TERM/N/networkoperatingsystemNOS.html
[6] http://www.networkcomputing.com/netdesign/soho6.html
Throughout this comparison, we will be presenting the raw data as well as the explicative
Not long ago computers were non-existent in many homes. When computers were first introduced to the world, they were for the sole purpose of performing business functions. The only people who owned computers were large organizations. Eventually, computers were introduced into the homes of those who could afford to buy them. Today, just about everyone owns some form of system that they use daily to help manage their day-to-day operations. What many once survived without now seems impossible to do without. As technology continues to grow, it has a greater effect on families and the education system. Some companies such as Microsoft and Apple made it possible to reinvent a new form of technology that would change the world. Each company had some form of struggle and overtime had to keep up with the changes of time and the way people communicated. From the first day of its invention, organizations have had to steadily implement new operating systems to keep up with the demands of the people while staying afloat with competitors. The ways of life for many have changed as well as the way people communicate. It is evident that the history and uses of computers have changed the world but these computers could not perform without the operating systems. Various operating systems will be discussed, how they began and how they each changed since they were first introduced. Although, they all had a purpose each varied in how they performed and changed the lives of many and will continue in the near future.
As the internet is becoming faster and faster, an operating system (OS) is needed to manage the data in computers. An Operating system can be considered to be a set of programed codes that are created to control hardware such as computers. In 1985 Windows was established as an operating system and a year earlier Mac OS was established, and they have dominated the market of the computer programs since that time. Although, many companies have provided other operating systems, most users still prefer Mac as the most secured system and windows as it provides more multiple functions. This essay will demonstrate the differences between windows
In a computer network, switches are devices that are used to connect devices together. Multiple cables can be connected to a switch to enable networked devices to communicate with each other. The role of a switch is to manage the flow of data throughout a network and this process is effective in its role due to the fact that the messages are sent only to the intended target. The media access control (MAC) is the identification that each device connected to the switch carries. By each device having individual IDs this increases the overall effectiveness and security of a network.
An Open Shortest Path First (OSPF) protocol is the most used interior gateway protocol and computation intensive protocol where energy consumption in Internet Protocol (IP) networks is the main concern. The energy in an IP network can be saved by allowing a subset of IP router interfaces on sleep mode setting during the low traffic hours through the model of “move” by dint of an Energy Aware Routing (EAR) strategy, which is completely compatible with OSPF and is based on the “Shortest Path Tree (SPT) exportation” techinque or “Dijkstra's Algorithm”. In case of heavy traffic hours, the EAR strategy is not usable and may cause denial of service. The strategy implemented can help a network operator to control the network performance and allow a smoothed QoS degradation. This performance evaluation study permits to save about 30% of network links with a insignificant rise of link loads and network path lengths.
All of these situations can be made easier by allowing the various machines to communicate with each other – by networking the PCs but sometime you don’t know that your PC has (NFS) operating system for sharing file systems and directories across TCP/IP - based Networks.
Peer-to-peer networking has existed for years. The IP routing structure of the Internet is still peer-to-peer, albeit with several layers of hierarchy, and individual routers act as peers in finding the best route from one point on the net to another[4]. However, it is only recently, with the development applications that utilize P2P to create vast stores of media files, that it has become immensely popular. While these applications only account for a fraction of peer-to-peer networking's uses, they have received the majority of the attention.
For many years communicating with the IT department was not a priority. Most businesses used computers for word processing and simple spreadsheets. Networks were stations on the televisions and there was very little to no dependence on a computer system. The hardware was costly and the support was virtually non-existent (www.microsoft.com-small business solutions, 1998).
In an organization, systems are deployed and configured in the LAN – Local area network. The LAN is the private network of the organization. The public network refers to the internet. Devices on the private network are not directly connected to the public network. The organization would use devices like routers, firewalls to provide public network access to the private network users.
A P2P network can be defined as a network filled with autonomous peers that is completely decentralized and self-organized regarding resource distribution. The users within the peer-to-peer network form a virtual network that is independent of the actual physical network [1]. The aspects resource distribution and self-organization are key to a P2P network. As such, they are discussed in more detail below:
Peer-to-peer (P2P) is a substitute network design to the conventional client-server architecture. P2P networks utilize a decentralised model in which each system, act as a peer, and serve as a client with its own layer of server functionality. A companion plays the role of a client and a server in the meantime. That is, the node can send calls to other nodes, and at the same time respond to approaching calls from other companions in the system. It is different from the traditional client-server model where a client can just send requests to a server and then wait for the server’s response.
Setting up the network basis is necessary to the success of this project. A Client/Server network is needed to implement through a TCP/IP protocol. Each plant will function as Local Area Network linked together as a Wide Area Network. All the users with the access will have the ability to exchange information instantly. This configuration will generate the best and secured settings to create and direct the information to the users.
That same year, Windows 2000 Professional is released February 17, 2000, it’s not only an upgrade to Windows NT Workstation 4.0 it is intended to replace Windows 95, 98, and NT Workstation 4.0 on all business desktops and laptops. It added major improvements in reliability, ease of use, internet compatibility, and support for mobile computing. It also simplified hardware installation by adding support for many new Plug and Play hardware, including advanced networking and wireless products, IEEE 1394 devices, USB devices, and infrared devices. On October 25, 2001, Windows XP is released with a redesigned look, a focus on usability, and a unified Help and Support services center. It becomes one of the best-selling products in the coming years and is fast and stable. Windows XP Professional “. . . brings the solid foundation of Windows 2000 to the PC desktop”, enhancing reliability, security, and performance. With a new design it includes features for business and advanced home computing, including: remote desktop support, an encrypting file system, and system restore and advanced networking features. Key enhancements for mobile users include wireless 802.1x networking support, Windows Messenger, and Remote Assistance. In 2006 Windows Vista is released with the strongest
Local Area Networks also called LANs have been a major player in industrialization of computers. In the past 20 or so years the worlds industry has be invaded with new computer technology. It has made such an impact on the way we do business that it has become essential with an ever-growing need for improvement. LANs give an employer the ability to share information between computers with a simple relatively inexpensive system of network cards and software. It also lets the user or users share hardware such as Printers and scanners. The speed of access between the computers is lighting fast because the data has a short distance to cover. In most cases a LAN only occupies one or a group of buildings located next to each other. For larger area need there are several other types of networks such as the Internet.
A basic operating system mainly contains 4 management functions includes process management, memory management, file management and I/O and disk management. Process management and file management will be mainly discussed in this case study.