Use a drawing tool, like draw.io to complete the following task: A. build an extended star network in which the computers are connected in a physical star and a logical bus topology; the computers form the outer arms of the extended star. The center of the extended star should be a device that creates one collision domain per port. Draw the network with as much equipment as you would like, with a minimum of 5 computers evenly around the outer edges of the extended star. Draw the final topology and label the devices. Then answer the following questions: 1. To what type of device are the computers attached? 2. What type of device is at the center of the extended star? 3. How many collision domains are in this network?

Use a drawing tool, like draw.io to complete the following task: A. build an extended star network in which the computers are connected in a physical star and a logical bus topology; the computers form the outer arms of the extended star. The center of the extended star should be a device that creates one collision domain per port. Draw the network with as much equipment as you would like, with a minimum of 5 computers evenly around the outer edges of the extended star. Draw the final topology and label the devices. Then answer the following questions: 1. To what type of device are the computers attached? 2. What type of device is at the center of the extended star? 3. How many collision domains are in this network?

Systems Architecture

7th Edition

ISBN:9781305080195

Author:Stephen D. Burd

Publisher:Stephen D. Burd

Chapter13: Internet And Distributed Application Services

Section: Chapter Questions

Problem 15VE

See similar textbooks

Similar questions

In this lab, you build an extended star network, in which the computers are connected in a physical star and a logical bus topology, and the computers form the outer arms of the extended star. The center of the extended star should be a device that creates one collision domain per port. Build the network with as much equipment as you have available, distributing computers evenly around the outer edges of the extended star. Draw the final topology and label the devices. If you lack equipment, you can simply draw the topology without building the physical network. Then answer the following questions: What type of device are the computers attached to?
In this lab, you build an extended star network, in which the computers are connected in a physical star and a logical bus topology, and the computers form the outer arms of the extended star. The center of the extended star should be a device that creates one collision domain per port. Build the network with as much equipment as you have available, distributing computers evenly around the outer edges of the extended star. Draw the final topology and label the devices. If you lack equipment, you can simply draw the topology without building the physical network. Then answer the following questions: How many collision domains are in this network?
In this lab, you build an extended star network, in which the computers are connected in a physical star and a logical bus topology, and the computers form the outer arms of the extended star. The center of the extended star should be a device that creates one collision domain per port. Build the network with as much equipment as you have available, distributing computers evenly around the outer edges of the extended star. Draw the final topology and label the devices. If you lack equipment, you can simply draw the topology without building the physical network. Then answer the following questions: What type of device is at the center of the extended star?
A local area network, often known as a LAN, makes use of a hub. Is there a route out of the collision zone that we don't have to go into? In the event that this is the case, could you kindly elaborate? In the event that this is not possible, what alternative types of technology are available, and how do they function?
The physical platforms can be organized in different ways. For example, we canhave an Ethernet LAN that has a single coaxial cable shared by all nodes, or a hubconnecting the nodes with twisted pair cables into a star-like network. Moreover, thenumber of nodes and their capabilities can also vary from LAN to LAN. If we wantto run a massive networked application over a diverse set of physical platforms, wehave to implement a workload balancing mechanism to the logical platform to makeit more dynamic.How can we make communication, data, and control architectures more dynamic inthe following cases? Approach the problem from the point of view of roles, responsibilities, and functionalities and consider how they are interconnected.(a) Dynamic communication: If we have a server-network on a LAN, how can weincrease and decrease the number of servers on the fly without informing thischange to the clients?(b) Dynamic data: Suppose the data is distributed among the nodes on a WANand we want to…
Suppose a new CSMA/CD protocol is designed for a 100 Mbps bus network with topology similar to 10Base2. The minimum frame length is 40 bytes. What is the maximum length of the longest cable connecting two nodes so that the collision detection mechanism still works? Write symbolic equations (e.g. using d=distance, R=data rate, etc.) and derive the solution. Explain with words what is going on.
4 LANS are connected to a router (R1) with each LAN compares of several hosts connected to a switch. Each LAN cotains the following number of hosts (end devices and the gateway interface), • LANI à 30 Hosts • LAN2 à 15 Hosts • LAN3 à 20 Hosts • LAN4 à 3 Hosts You have received the address space 200.16.1.0/24. Use the address space to create a subnetting scheme of four subnets with equal size in a way to accommodate the number of hosts required. Consider the following points in your answer, / Explain the procedure of your subnetting scheme / Highlight the suitable prefix and the subnet mask / Highlight the number of wasted hosts in each subnet after determining the most suitable prefix / Use the table below to provide the subnet details for each LAN Subnet Address First Host address Last Host address Broadcast address 1 LANI 2 LAN2 3 LAN3 4 LAN4
Consider an Infrastructure BSS with an Access Point and two Mobile Stations, and let’s use AP, M1, and M2 to denote their MAC addresses. Both M1 and M2 are associated with the AP. Suppose M1 wants to send a data frame to M2. When this data frame is relayed by the AP, explain how the AP shall update the four address fields of the data frame.
3.Suppose all of the interfaces in each of these three subnets are required to have the prefix 223.1.17/24. Also suppose that Subnet 1 is required to support at least 60 interfaces, Subnet 2 is to support at least 90 interfaces, and Subnet 3 is to support at least 12 interfaces. Provide three network addresses (of the form a.b.c.d/x) that satisfy these constraints ANS： 223.1.17.0/26 223.1.17.128/25 223.1.17.192/28 I'm not sure if my answer is correct, could you give me a detailed answer,I'm not sure how to compute the 223.1.17.x. this question is from: https://www.bartleby.com/solution-answer/chapter-4-problem-P8P-computer-networking-a-topdown-approach-7th-edition-7th-edition/9780133594140/6bbc2304-b288-11e8-9bb5-0ece094302b6 thanks for your help
3.Suppose all of the interfaces in each of these three subnets are required to have the prefix 223.1.17/24. Also suppose that Subnet 1 is required to support at least 60 interfaces, Subnet 2 is to support at least 90 interfaces, and Subnet 3 is to support at least 12 interfaces. Provide three network addresses (of the form a.b.c.d/x) that satisfy these constraints ANS： 223.1.17.0/26 223.1.17.128/25 223.1.17.192/28 I'm not sure if my answer is correct, could you give me a detailed answer,I'm not sure how to compute the 223.1.17.x. this question is from: Three different subnets named Subnet 1, Subnet 2 and Subnet 3 are interconnected in a network and the interfaces related to these subnets require a prefix 223.1.17/24. Subnet 1 that supports minimum of 60 interfaces requires the network address 223.1.17.0/26. The network address required by the Subnet 2 that supports minimum of 90 interfaces is 223.1.17.128/25. Subnet 3 which supports at least 12 interfaces requires the network address…
3.Suppose all of the interfaces in each of these three subnets are required to have the prefix 223.1.17/24. Also suppose that Subnet 1 is required to support at least 60 interfaces, Subnet 2 is to support at least 90 interfaces, and Subnet 3 is to support at least 12 interfaces. Provide three network addresses (of the form a.b.c.d/x) that satisfy these constraints ANS： 223.1.17.0/26 223.1.17.128/25 223.1.17.192/28 I'm not sure if my answer is correct, could you give me a detailed answer,I'm not sure how to compute /x
Consider the following page address stream: 2 1 4 3 5 3 2 4 5 2 1 2 4 3 1 Which of the following causes the most page faults to occur on a machine with 3 frames? Scheme that causes the most faults: a) First in First out b) LRU and FIFO are the same number of faults c) FIFO and Opitimal are the same number of faults d) All have the same number of faults e) Least Recently Used f) No faults occurs g) LRU and Optimal are the same number of faults h) Optimal NUMBER OF FAULTS CAUSED: a)