Use a drawing tool, like draw.io to complete the following task: 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.

Use a drawing tool, like draw.io to complete the following task: 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.

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

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Follow this and make a python code? You need to simulate a network just like real-time network (Figure 1), where each node (device) is connected to its neighbors based on its transmission range.
For the following questions, assume that the link layer uses the flag bytes with byte stuffing approach for framing, with the following details: The beginning of a data frame is indicated by the special flag bytes: DLESTX The end of a data frame is indicated by the special flag bytes: DLEETX The special escape bytes DLE are used for escaping accidental occurrences of either the flag bytes or the escape bytes within the data. For simplicity, assume that no other header/trailer information is added to the data 1. The following byte stream represents data that needs to be framed by the link layer on the sender’s side. Derive the resultant byte stream by adding necessary flag bytes and performing byte stuffing. PZDLEAFRGSTXGYK 2. The following byte stream represents data that needs to be framed by the link layer on the sender’s side. Derive the resultant byte stream by adding necessary flag bytes and performing byte stuffing. PARSDLEETXZKPUM 3. The following byte stream represents data…
A local area network (LAN) makes use of something called 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?
Subject: Operating Systems
6.4-4. Self Learning Switches (a). Consider the network below with six nodes, star-connected into an Ethernet switch. Suppose that A sends a frame to A, A' replies to A, then B sends a message to B' and B' replies to B. Enter the values that are present in the switch's forwarding table after B'-to-B frame is sent and received. Assumed that the table is initially empty and that entries are added to the table sequentially. Answer the questions below from the pulldown list. C' B' S A 3 A' B What is the first entry added to the table? [Choose ] [Choose ] B,2 What is the second entry added to the table? C,6 What is the third entry added to the table? What is the fourth entry added to the table? C,3 A,4 B₁,5 A,1 [Choose ] <
Hello. I need help to develop a C simulation program to simulate an 8-port Ethernet switch. The switch initially has no knowledge about the hosts connected to each port. It learns frame addresses and stores-and-forwards the frames. The input text file "in.txt" contains information of the incoming frames, one frame per line. There are 4 pieces of data per line: frame ID, arrival port, frame source address, and frame destination address. The frames arrive at the switch in the order of which they appear in the input file. Destination address "X" indicates a broadcast frame. The output text file"out.txt" has 8 lines. Each line lists all the frames departing from each port, here is an example:"in.txt" contains 5 incoming frames: F1 P2 B--AF2 P6 D--CF3 P5 E--BF4 P7 F--DF5 P6 D--X"out.txt" should list the departing frames on each port:P1: F1 F2 F5P2: F2 F3 F5P3: F1 F2 F5P4: F1 F2 F5P5: F1 F2 F5P6: F1 F4P7: F1 F2 F5P8: F1 F2 F5 The contents of the in.txt file is found below. F1 P1 A--GF2…
please answer the qestions in the picture .
IN PYTHON Given the following six-node wide area network for which the numbers attached to the links are a measure of the “delay” in using that link (e.g., some lines could be more heavily used than others and therefore have a longer wait time), answer the following question. What is the shortest path from node A to node D, where shortest path is defined as the path with the smallest sum of the delays on each individual link? Explain exactly how you went about finding that path.
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please take a look at the two pic. urgent
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3. Write the commands to configure the OSPFV3 in the following topology diagram. Area 1 Area 0 Fa0/0 2001:DB8:1:12::/64 A 2001:DB8:1:1::/64 Fa0/0 So/O :1 ::2 So/0 R2 ::2 ::1 R1 so/0 ::1 SO/1 ::3 ::1 Area 14 Fa0/0 Fa0/1 ::3 ::4 2001:DB8:1:14:/64 2001:DB8:1:13::/64 R3 Fa0/0 R4 ::4 Fa0/1 2001:DB8:1:4::/64 4. a) Router R1 b) Router R2 c) Router R3 d) Router R4 4. Answer the following questions based on Layer 3 VLAN Configuration. Routero Fa0/0 10.10. 10.1/24 no switchportFa0/3 10. 10.10.2/24 trunk Fa0/1 trunk Multilayer trunk Fa0/1 Fa0/2 trunk access vlan 2 Fa0/1 Fa0/2 Switcho Switc access vlan 3 Fa0 Fa0/2 192. 168.3.0/24 (VLAN 3) 192. 168.2.0/24 (VLAN 2) Fa0 PCO PC1 a) Write the steps to configure VLAN in Layer 3 Switches. b) How many VLANS are there in the above topology diagram c) Identify the trunk link in the above topology diagram d) How many sub-interfaces to be created in Router 0 e) Do we need any Routing Protocol or Static Route to be configured to communicate from PC0 to PC1?…