**Question: Implementing Redundant Network Topology**You are given a task to implement infrastructure that will accommodate failed connections. Which of the following network topologies provides redundancy for a failed link?- Ring topology- Bus Topology- Star topology- Mesh topology**Explanation:**The question is asking which network topology is best suited to handle and provide redundancy in the event of a link failure. Here’s a brief overview of each topology:1. **Ring Topology:** - In a ring topology, each node is connected to exactly two other nodes, forming a single continuous pathway for signals through each node. - This topology can handle single link failures if it’s a dual ring topology; however, a single ring topology without redundancy will be affected by any link failure as it will break the loop.2. **Bus Topology:** - In a bus topology, all nodes are connected to a single central cable (the bus). - A failure in the central cable (bus) will bring down the entire network segments.3. **Star Topology:** - In a star topology, each node connects to a central hub. - The central hub becomes a single point of failure; if the hub fails, all nodes connected to that hub cannot communicate.4. **Mesh Topology:** - In a mesh topology, each node is connected to multiple other nodes. - This provides high redundancy, as there are multiple paths for data to travel in case a link fails. This is the most resilient topology concerning redundancy.**Conclusion:**The correct answer among the given options for providing redundancy for a failed link is the **Mesh topology**. It is designed to handle multiple failures due to its multiple paths for data transfer, thereby ensuring continuous network connectivity and robustness.

In step 2, I have provided ANSWER with brief explanation------------

Answered: You are give a task to implement…

You are give a task to implement infrastructure that will accommodate failed connections. Which of the following network topologies provides redundancy for a filed link?

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

See similar textbooks

Similar questions

The following questions are related to HTTP protocol Q1. The first line of a HTTP request from some client to some server is basically made of where the web page file path is added. The path is shown as folders separated by slash. Q2. If an HTTP server responds to a client request and the response is a success, what is the http code and string that marks a success response? Must provide the code and the string as they appear in TCPDump or Wireshark traces. (note: use upper case for the string and also proper spacing in you answers. Keep the order of the string and the code as seen in TCPDump) Answer: code and string that marks a success response Q3. What http header field is used to identify an address of a web page (i.e. the URI) that linked to the resource currently being requested. This field indicates the last page the user/requester was on by the time they link to the requested page. Answer: The field that indicates the last page the user/requester was on is Q4. What is the http…
Question 4: The nodes participating in the reliable flooding algorithm in one network are broadcasting the following link state packets. Link state packets have sequence numbers and time to live fields in order to implement reliable flooding protocol. Based on those packets draw the network topology, assign link costs and find shortest paths for node 'C' using the link state routing algorithm. В D E Seq. no time to live 4 Seq. no time to live B Seq. no time to live 3 Seq. no time to live A 3 C F 3 D E 3 F 5 IF 8
Suppose two hosts A and B are connected via a router R. The A-R link has infinite bandwidth; the R-B link can send one packet per second. R's queue is infinite. Load is to be measured as the number of packets per second sent from A to B. Sketch the throughput-versus-load and delay-versus-load graphs, or if a graph cannot be drawn, explain why. Would another way to measure load be more appropriate?
What is the difference between network node and an end node? Network nodes have 2 or more links. End node has one link. End nodes use source and destination addresses All of the above.
Suppose two TCP connections share a path through a router R. The router's queue size is six segments; each connection has a stable congestion window of three segments. No congestion control is used by these connections. A third TCP connection now is attempted, also through R. The third connection does not use congestion control either. Describe a scenario in which, for at least a while, the third connection gets none of the available bandwidth. and the first two connections proceed with 50% each. Does it matter if the third connection uses slow start? How does full congestion avoidance on the part of the first two connections help solve this? 10:33 am Type a message Dorcon 1 tahir re
Imagine you are the network administrator of University X having 10 campuses in Towson, Maryland. You want to build a connected network of servers (each server is either a regular or a routing one), one at each campus, and want to choose some of them to be the designated routing servers. A routing server will serve regular servers who connect directly to it via high speed cables, and every regular server must connect to at least one routing server. Your goal is to minimize the total length of high speed cable that you must purchase. Given the locations of the 10 campuses, design a plan that requires (1) the shortest length of cable and (2) the least number of routing servers.
Consider the following virtual circuit network with three reserved virtual circuits: уC1: H1, А, С, Е, Н2 VC2: H3, A, F, D, H4 ус3: НЗ, А, F, D, E, H2 Host H4 Host H3 Нost H2 Host H1 Draw the routing table of router D and the routing table of router C. *you may design a table using the HTML editor or write the content of routing table record by record (record per line).
Question 23 A client's browser sends an HTTP request to a website. The website responds with a handshake and sets up a TCP connection. The connection setup takes 2.1 ms, including the RTT. The browser then sends the request for the website's index file. The index file references 8 additional images, which are to be requested/downloaded by the client's browser. Assuming all other conditions are equal, how much longer would non-persistent HTTP take than persistent HTTP? (Give answer in milliseconds, without units, rounded to one decimal place. For an answer of 0.01005 seconds, you would enter "10.1" without the quotes.)
How does the collision domain become reduced by using a bridge vs a router, and how do they differ?
Tracing through Layers Given the following scenario, trace out the path the packets will follow in the diagram provided. An alternate method of specifying your answer is given that requires no drawing Scenario: Your laptop A opens a web page from the server F, and the web caching server keeps a copy of the page on its way back to you. A second user A' (who takes your place on the diagram) is on the same LAN as you, connected also to Router B, and opens the same web page. Draw the path the HTTP message requesting the page would take from its origin point at A' to its destination point where the packet would go no further. See diagram for more info
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.