architecture is a combination of topology and protocols. In this paper‚ I will discuss topology‚ which is the defined as the shape of a network or how a network is laid out. Topology also consists of how the different components or nodes of a network are connected and how they communicate with each other. Topologies are either logical or physical. In addition‚ in the sections of this paper‚ I will compare and contrast some different conventional architecture and what types of topologies and protocols they use
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Chapter 11 Enterprise Resource Planning Systems 1. Closed database architecture is a. a control technique intended to prevent unauthorized access from trading partners. b. a limitation inherent in traditional information systems that prevents data sharing. c. a data warehouse control that prevents unclean data from entering the warehouse. d. a technique used to restrict access to data marts. e. a database structure that many of the leading ERPs use to support OLTP applications. 2. Each of the following
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Matthew Anderson NT1310 October 1‚ 2014 Unit 3 Assignment 1 “A bus network topology is a network architecture in which a set of clients are connected via a shared communications line/cables” (Abu‚ 2013). There are several common instances of the bus architecture‚ including one in the motherboard of most computers. Bus networks may be the simplest way to connect multiple clients even though many may have problems. When two clients want to transmit at the same time on the same bus‚ this may cause
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Samuel Lee NT1210 Intro to Networking Instructor. Bobbie Casteel III Chapter 2 Manual Lab 2.1 Exercise 2.1.1 Explain why all of these elements are necessary for allowing one device to communicate with another. What happens if one of them is not present? Explain this circumstance for all five elements. Exercise 2.1.2 Most modern computers have device drivers for network interfaces that manage most of these elements automatically. What characteristics of modern computer networks allow this type
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The Difference Between Logical and Physical Network Design Name University of Phoenix Online NTC410 Network and Telecommunications Concepts II Instructor Name May 11‚ 2005 Abstract Connecting computers together to create a network greatly increases the communication capabilities and can even save a company substantial amounts of time and money. A well thought out network design from a small home network to a large corporate intranet can be a deciding factor in the success of a network
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Kudler Fine Foods‚ My team and I would like to present you with new accounting system. We feel that Kudler could benefit from a newer redesigned accounting system. Being in control of your finances is the most important part of any business. With managing three stores there can be a lot of transactions to keep account of. Three stores with three very different transactions every day‚ these transactions can consist of incoming sales‚ store outside purchases‚ inventory‚ payroll‚ etc. To keep three
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TYPES OF COMPUTER NETWORKS: A computer networks is a communication system connecting two or more computers that work together to exchange information & share resources. A network may consist of microcomputers or it may integrate microcomputers or other devices with large computer. Networks can be controlled by all nodes co-ordinarily & supply all resource. These networks differ in geographical size. There are three important types of networks. 1. Local Area Network 2. Metropolitan Area
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THE DIFFERENCE BETWEEN LOGICAL DESIGN AND PHYSICAL DESIGN OF A NETWORK When comparing the logical and physical design of a network I visualize a carefully thought out plan created from start to finish by the individuals that would ultimately be using and maintaining it. Like many areas in Information Technology‚ Network Design cannot be taken likely. All of the necessary steps like those of the SDLC process must be done step-by-step in order to minimize unnecessary costs‚ downtime and loss of
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Network topology is the arrangement of the various elements (links‚ nodes‚ etc.) of a computer network.[1][2] Essentially‚ it is the topological[3] structure of a network‚ and may be depicted physically or logically. Physical topology refers to the placement of the network’s various components‚ including device location and cable installation‚ while logical topology shows how data flows within a network‚ regardless of its physical design. Distances between nodes‚ physical interconnections‚ transmission
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every 10 access layer switches‚ you can continue to add access layer switches until you have 10 access layer switches cross-connected to the two distribution layer switches before you need to add additional distribution layer switches to the network topology. Also‚ as you add more distribution layer switches to accommodate the load from the access layer switches‚ you can add additional core layer switches to handle the additional load on the core. Redundancy As a network grows‚ availability becomes
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