...Unit 3. Assignment 1. Network Topology Paper Hierarchical layout defines how the network topology is structured physically and logically. In physical topology all devices and components are placed in various locations depending on the layout. Logical topology is the flow of data throughout the layout. There are many variations of network topologies that can be implemented. The most common network topologies are star, bus, and ring. Star topology is setup with each host connected to a central hub with a point to point connection. All workstation and other devices are connected to the central hub or switch. That switch is the server and all devices connected to it are clients. All resources must be connected to a central device in order for it to be a star topology. Data that travels in the network passes through the central hub and causes it to act as a signal repeater. The advantages of a star topology are that it is easy to design and versatile in planting additional nodes. The major disadvantage of the star topology is that the hub becomes the single point of failure. Bus topology utilizes a single bus cable to connect each computer and the data from the source travels in both directions to all devices on the bus cable until it finds the specific client. Data is only accepted if the addresses matched up and if it doesn’t match, it’s simply ignored. The last computer connected to the bus needs to be terminated to prevent echoes in the network. Having a single line for bus...
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...Network Topology Paper Unit 3 Assignment 1 ITT TECHNICAL INSTITUTE NT1310 Physical Networking Peter Mahlan 20168804 04/08/2016 Table of Contents Scope or Introduction 3 Unit 3. Assignment 1. Network Topology 3 Section 1 3 Conclusion 5 Reference 5 Network Topology Scope or Introduction Unit 3. Assignment 1. Network Topology Course Objectives and Learning Outcomes In this assignment, you will describe the hierarchical star, bus, and ring network topologies. Assignment Requirements Chapter3 covered 3 main network topologies – hierarchical star, bus, and ring. Write a paragraph describing each topology. Discuss the reasons for using each, and any strengths/weaknesses each has. Submission Requirements Submit a 1-2 page Word document; double-spaced; Times New Roman 12 pt font. Cite all sources used. Section 1 In computer networking, topology refers to the layout of connected devices. Think of a topology as a network’s virtual shape or structure. This shape does not necessarily correspond to the actual physical layout of the devices on the network. For example, the computers on a home network may be arranged in a circle in a family room, but it would highly unlikely to find a ring topology there. Hierarchical Star Hierarchical star is also known as an extended star topology. Hierarchical or extended star topology is a star network with an additional networking device connected to the main networking device. Typically, a network...
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...Assignment Grading Rubric Course: IT460 Unit: 10 Points: 140 Assignment 10 Outcomes addressed in this activity: Complete final assignment Course Outcomes: IT460-1 Compare various types of information systems. IT460-4 Practice team dynamics by participating in a role play activity. Assignment Instructions: Please complete the following assignments using MS Word. Save the assignment as Final Assignment.doc and place it into the Unit 10 Final Assignment Drop Box. Ensure all group members have checked the final assignment before it is submitted. Submit only one Final Assignment per group. Click here to access the “SCR-TIMS Work Session Link”. Part 1: System Architecture Tasks 1. Visit SCR's data library to review SCR's network configuration and then send Jesse a recommendation for the TIMS system architecture. She wants me to suggest an overall network topology solution. She also asked me to comment on these issues: legacy data, Web-centricity, scalability, security, and batch processing that might be needed. Jesse said it was OK to make reasonable assumptions in my proposal to her (SCR-TIMS, Work Session, Session 10,- To Do List #2). This includes providing a detailed description of a client/server architecture. Assignment should also show distinction between 2 tier and 3 tier network and select one for recommendation. A detailed analysis of network topology includes definition and what is being proposed for the client. Assignment should give a definition of what...
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...Assignment Grading Rubric Course: IT460 Unit: 10 Points: 140 Assignment 10 Outcomes addressed in this activity: Complete final assignment Course Outcomes: IT460-1 Compare various types of information systems. IT460-4 Practice team dynamics by participating in a role play activity. Assignment Instructions: Please complete the following assignments using MS Word. Save the assignment as Final Assignment.doc and place it into the Unit 10 Final Assignment Drop Box. Ensure all group members have checked the final assignment before it is submitted. Submit only one Final Assignment per group. Click here to access the “SCR-TIMS Work Session Link”. Part 1: System Architecture Tasks 1. Visit SCR's data library to review SCR's network configuration and then send Jesse a recommendation for the TIMS system architecture. She wants me to suggest an overall network topology solution. She also asked me to comment on these issues: legacy data, Web-centricity, scalability, security, and batch processing that might be needed. Jesse said it was OK to make reasonable assumptions in my proposal to her (SCR-TIMS, Work Session, Session 10,- To Do List #2). This includes providing a detailed description of a client/server architecture. Assignment should also show distinction between 2 tier and 3 tier network and select one for recommendation. A detailed analysis of network topology includes definition and what is being proposed for the client. Assignment should give a definition of what...
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...Unit 3. Assignment 1. Network Topology Paper In: Computers and Technology Hierarchical layout defines how the network topology is structured physically and logically. In physical topology all devices and components are placed in various locations depending on the layout. Logical topology is the flow of data throughout the layout. There are many variations of network topologies that can be implemented. The most common network topologies are star, bus, and ring. Star topology is setup with each host connected to a central hub with a point to point connection. All workstation and other devices are connected to the central hub or switch. That switch is the server and all devices connected to it are clients. All resources must be connected to a central device in order for it to be a star topology. Data that travels in the network passes through the central hub and causes it to act as a signal repeater. The advantages of a star topology are that it is easy to design and versatile in planting additional nodes. The major disadvantage of the star topology is that the hub becomes the single point of failure. Bus topology utilizes a single bus cable to connect each computer and the data from the source travels in both directions to all devices on the bus cable until it finds the specific client. Data is only accepted if the addresses matched up and if it doesn’t match, it’s simply ignored. The last computer connected to the bus needs to be terminated to prevent echoes in the network...
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...Technical Institute NT1310 Physical Networking Student Course Package Bring this document with you each week Students are required to complete each assignment and lab in this course package on time whether or not they are in class. Late penalties will be assessed for any assignments or labs handed in past the due date. The student is responsible for replacement of the package if lost. Table of Contents Syllabus 2 Student Professional Experience 19 Graded Assignments and Exercises 23 Labs 47 Documenting your Student Professional Experience 57 ITT Technical Institute NT1310 Physical Networking Onsite Course SYLLABUS Credit hours: 4.5 Contact/Instructional hours: 56 (34 Theory Hours, 22 Lab Hours) Prerequisite(s) and/or Corequisite(s): Prerequisites: NT1210 Introduction to Networking or equivalent Course Description: This course examines industry standards and practices involving the physical components of networking technologies (such as wiring standards and practices, various media and interconnection components), networking devices and their specifications and functions. Students will practice designing physical network solutions based on appropriate capacity planning and implementing various installation, testing and troubleshooting techniques for a computer network. Where Does This Course Belong? | | | NT2799 | | | | | | | | NSA Capstone | | | | | | | Project | | | | | NT2580 | | | NT2670...
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...ITT TECHNICAL INSTITUTE NT1310 Physical Networking GRADED ASSIGNMENTS ------------------------------------------------- Student Professional Experience Project NSA SPE Project 1 (to be completed by the end of NT1310): Install, Configure, Test, Maintain and/or Document the Worksite Local Area Network and Its Components Purpose The purpose of the Student Professional Experience (SPE) project is to provide you an opportunity for work experience in your field or in a related field to add to your résumé. You may have an opportunity to serve your community or work for a local employer for a project that will take between 20 and 30 hours. Project Logistics Career Services will identify an employer with needs in the following areas: Network related tasks (mostly confined to the LAN and Microsoft Windows Server 2008 environments) Students are expected to practice various skills discussed in all the technical courses in Quarters 1 through 3 of the NSA program at an employer’s site on network related tasks (more confined to the LAN and Microsoft Windows Networking with Server 2008 environments) that would involve installation, configuration, testing, maintenance and documentation of the worksite network and its components, and to properly document the technical information in all involved activities. Such documentation will be used as the source material for Items 2 and 3 defined in the Deliverables section of this document. Possible example projects could...
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...Unit 3. Assignment 1. Network Topology Paper Hierarchical Star - When implementing a hierarchical, all computers are connected to a single, centrally located point. This central point is usually a hub of servers and switches located in the main equipment room and interconnected through the main cross- connection. All cabling used in a hierarchical star topology is run from the equipment outlets back to this central location. Bus Topology - The is the simplest network topology. Also known as a , in this topology all computers are connected to a contiguous cable or a cable joined together to make it contiguous. The signal in a bus topology travels to both ends of the cable. To keep the signal from bouncing back and forth along the cable, both ends of the cable in a bus topology must be terminated. A component called a , essentially nothing more than a resistor, is placed on both ends of the copper ( coax) cable. The terminator absorbs the signal and keeps it from ringing, which is also known as overshoot or resonance; this is referred to as. If either terminator is removed or if the cable is cut anywhere along its length, all computers on the bus will fail to communicate. Ring Topology - A requires that all computers be connected in a contiguous circle. The ring has no ends or hub. Each computer in the ring receives signals ( data) from its neighbor, repeats the signal, and passes it along to the next node in the ring. Because the signal has to pass through each computer...
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...–week 5 Assignment Osman sulaiman Major event in networking from the 1960s to today: before or prior to 1960s, computers called mainframes were very large and expensive and use proprietary architectures that did not support cross platform communication. In 1960s, computer technology began to transform our social, economic, and governmental infrastructures. Data in paper form were being captured electronically as binary digits understandable to computers and the process is call digitization. Purpose of protocols: Is for computer and the network they use to understand and work with each other and it set the rules that determine how device communicate, Topologies Bus: in the bus topology system is connected in a line and when a packet is sent in a bus topology, there is no intermediary to determine who the packet should to, and every packet that is sent in a bus topology is receive by all system on the network. Ring: in the ring topology, the system is connected to its respective neighbor forming a ring. Star: in star topology, the system is connected to a central device, when one system goes down, it does not bring the rest of the network down. Mesh: in the mesh topology, every system is connected to every other system with a high availability. Bits and Bytes: A bit is a binary digit, the smallest increment of data on a computer. A bit can hold only one of two values: 0 or 1, corresponding to the electrical values of off or on, respectively. A byte is a unit of data...
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...Networking Onsite Course GRADED ASSIGNMENTS Graded Assignment Requirements Retain all handouts issued in every unit, as well as any assignment, research, or lab documents you prepare as part of assignments and labs. Some may be used more than once in different units. NOTE: Always check with your instructor for specific due dates of assignments. Graded Assignments Unit 1 Assignment 1: Computer Basics Review Course Objectives and Learning Outcomes * Identify the major needs and major stakeholders for computer networks and network applications. * Describe how digital devices store data. * Describe the differences between input and output devices. Assignment Requirements In the Chapter Review Activities at the end of Chapter 1 in the Odom textbook (answers can be found in the textbook): * Respond to the multiple-choice questions. * Complete the List the Words inside Acronyms table. Required Resources * Odom textbook * Computer with word processing software * Internet access * Printer Submission Requirements: Submit your responses as a typed document using Arial or Times New Roman 12-point font, double-spaced. Label your assignment Unit 1 Assignment 1. Unit 2 Assignment 1: Identifying Network Topologies Course Objectives and Learning Outcomes * Identify the major needs and major stakeholders for computer networks and network applications. * Identify the classifications of networks and how they are applied to...
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...Introduction to Networking Onsite Course GRADED ASSIGNMENTS Graded Assignment Requirements Retain all handouts issued in every unit, as well as any assignment, research, or lab documents you prepare as part of assignments and labs. Some may be used more than once in different units. NOTE: Always check with your instructor for specific due dates of assignments. Graded Assignments Unit 1 Assignment 1: Computer Basics Review Course Objectives and Learning Outcomes Identify the major needs and major stakeholders for computer networks and network applications. Describe how digital devices store data. Describe the differences between input and output devices. Assignment Requirements In the Chapter Review Activities at the end of Chapter 1 in the Odom textbook (answers can be found in the textbook): Respond to the multiple-choice questions. Complete the List the Words inside Acronyms table. Required Resources Odom textbook Computer with word processing software Internet access Printer Submission Requirements: Submit your responses as a typed document using Arial or Times New Roman 12-point font, double-spaced. Label your assignment Unit 1 Assignment 1. Unit 2 Assignment 1: Identifying Network Topologies Course Objectives and Learning Outcomes * Identify the major needs and major stakeholders for computer networks and network applications. * Identify the classifications of networks and how they are applied to various types of enterprises...
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...Networking Onsite Course GRADED ASSIGNMENTS Graded Assignment Requirements Retain all handouts issued in every unit, as well as any assignment, research, or lab documents you prepare as part of assignments and labs. Some may be used more than once in different units. NOTE: Always check with your instructor for specific due dates of assignments. Graded Assignments Unit 1 Assignment 1: Computer Basics Review Course Objectives and Learning Outcomes * Identify the major needs and major stakeholders for computer networks and network applications. * Describe how digital devices store data. * Describe the differences between input and output devices. Assignment Requirements In the Chapter Review Activities at the end of Chapter 1 in the Odom textbook (answers can be found in the textbook): * Respond to the multiple-choice questions. * Complete the List the Words inside Acronyms table. Required Resources * Odom textbook * Computer with word processing software * Internet access * Printer Submission Requirements: Submit your responses as a typed document using Arial or Times New Roman 12-point font, double-spaced. Label your assignment Unit 1 Assignment 1. Unit 2 Assignment 1: Identifying Network Topologies Course Objectives and Learning Outcomes * Identify the major needs and major stakeholders for computer networks and network applications. * Identify the classifications of networks and how they are applied to...
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...Performance in Wavelength-Routed Networks Laxman H. Sahasrabuddhe and Biswanath Mukherjee University of California, Davis We introduce the concept o f a light-tree in a wavelength-routed optical network. A light-tree is a point-to-multipoint generalizat i o n o f a lightpath. A lightpath is a point-to-point all-optical wavelength channel connecti n g a t r a n s m i t t e r a t a s o u r c e n o d e t o a receiver a t a d e s t i n a t i o n n o d e . L i g h t p a t h communication can significantly reduce the number o f hops (or lightpaths) a packet has t o traverse; and this reduction can, in turn, significantly improve t h e network’s t h r o u g h p u t . We extend the lightpath concept by incorporating an optical multicasting capability at the r o u t i n g nodes i n order t o increase t h e logical connectivity o f t h e n e t w o r k a n d f u r t h e r decrease its hop distance. We refer t o such a point-to-multipoint extension as a light-tree. Light-trees can n o t only provide improved performance f o r unicast traffic, b u t they naturally can better support multicast traffic and broadcast traffic. In this study, w e shall concentrate o n the application and advantages o f light-trees t o unicast and broadcast traffic. We f o r m u l a t e t h e light-tree-based virtual t o p o l o g y design p r o b l e m as an o p t i m i z a t i o n problem w i t h one o f t w o possible objective functions: f o r a given traffic matrix, (i) minimize the network-wide average packet hop...
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...CONTINUOUS CASE STUDY This case study can be used as a progressive platform for building and applying data communications and computer networking concepts as students progress through the book. Company Background The company is a division of a Fortune 500 manufacturer of packaging material. This packaging material is used in cookie bags, cigarette cartons, cereal boxes, ice cream containers, and just about every conceivable food-product package. Customers purchase product based on weight (cents per pound or dollars and cents per pound). Additional charges that might be billed to the customer include special packaging charges, storage charges (if the customer requests that product be stored at a public storage facility), and shipping charges (if a contract carrier is utilized to deliver product to the customer). The product is marketed to an existing customer base through an internal sales force that reports directly to the Field Sales Force Manager. The Field Sales Force Manager in turn reports to the Vice President of Marketing and Sales. The combined charter of the marketing department and the sales force team is to maintain and expand product sales to existing customers and develop new sales with existing customers and prospect and develop new customers. The Vice President of Marketing reports to the General Manager of the division, who is an executive VP reporting to the parent company’s chief operations officer or president. Product delivery is supported by the distribution...
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...A Distributed Joint Channel-Assignment, Scheduling and Routing Algorithm for Multi-Channel Ad Hoc Wireless Networks Xiaojun Lin and Shahzada Rasool School of Electrical and Computer Engineering, Purdue University West Lafayette, IN 47907, U.S.A. {linx,srasool}@ecn.purdue.edu Abstract— The capacity of ad hoc wireless networks can be substantially increased by equipping each network node with multiple radio interfaces that can operate on multiple non-overlapping channels. However, new scheduling, channelassignment, and routing algorithms are required to fully utilize the increased bandwidth in multi-channel multi-radio ad hoc networks. In this paper, we develop a fully distributed algorithm that jointly solves the channel-assignment, scheduling and routing problem. Our algorithm is an online algorithm, i.e., it does not require prior information on the offered load to the network, and can adapt automatically to the changes in the network topology and offered load. We show that our algorithm is provably efficient. That is, even compared with the optimal centralized and offline algorithm, our proposed distributed algorithm can achieve a provable fraction of the maximum system capacity. Further, the achievable fraction that we can guarantee is larger than that of some other comparable algorithms in the literature. I. I NTRODUCTION Multi-channel multi-radio ad hoc wireless networks have recently received a substantial amount of interest, especially under...
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