
Starting Out with Java: From Control Structures through Data Structures (4th Edition) (What's New in Computer Science)
4th Edition
ISBN: 9780134787961
Author: Tony Gaddis, Godfrey Muganda
Publisher: PEARSON
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Chapter 11.1, Problem 11.2CP
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2) You have learned in class the major steps that occur when a laptop requests a webpage after connecting
to a network. In this assignment, you will apply that knowledge to another scenario: opening and
playing a YouTube video that resides in Google's data-center infrastructure. Explain, in as much detail
as you can, all the steps involved from your device's initial connection to the home/university
network, to DNS resolution, routing across multiple networks, reaching Google's servers, and finally
receiving the video data. To support your explanation, use tools such as ipconfig, nslookup, and tracert
on your own computer, as well as any online IP-lookup tools of your choice. For each stage, include
relevant information such as IP addresses, MAC addresses, router hops, and any other details you can
gather. You are not expected to find every piece of information, but be as comprehensive as possible
based on what you have learned in class, and justify your reasoning with screenshots from…
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help me with this project. provide what I should put on each slide (words, example images, etc); example Slide 1: Intro. here are the directions: Submit a report that includes the source code, compiled code, description of the algorithm(s) implemented, data structures used, implementation details including time complexity analysis, sample inputs/outputs, and a conclusion section.
Chapter 11 Solutions
Starting Out with Java: From Control Structures through Data Structures (4th Edition) (What's New in Computer Science)
Chapter 11.1, Problem 11.1CPChapter 11.1, Problem 11.2CPChapter 11.1, Problem 11.3CPChapter 11.1, Problem 11.4CPChapter 11.1, Problem 11.5CPChapter 11.1, Problem 11.6CPChapter 11.1, Problem 11.7CPChapter 11.1, Problem 11.8CPChapter 11.1, Problem 11.9CPChapter 11.1, Problem 11.10CP
Chapter 11.1, Problem 11.11CPChapter 11.1, Problem 11.12CPChapter 11.1, Problem 11.13CPChapter 11.1, Problem 11.14CPChapter 11.2, Problem 11.15CPChapter 11.2, Problem 11.16CPChapter 11.2, Problem 11.17CPChapter 11.2, Problem 11.18CPChapter 11.2, Problem 11.19CPChapter 11.3, Problem 11.20CPChapter 11.3, Problem 11.21CPChapter 11.3, Problem 11.22CPChapter 11.3, Problem 11.23CPChapter 11.3, Problem 11.24CPChapter 11.3, Problem 11.25CPChapter 11, Problem 1MCChapter 11, Problem 2MCChapter 11, Problem 3MCChapter 11, Problem 4MCChapter 11, Problem 5MCChapter 11, Problem 6MCChapter 11, Problem 7MCChapter 11, Problem 8MCChapter 11, Problem 9MCChapter 11, Problem 10MCChapter 11, Problem 11MCChapter 11, Problem 12MCChapter 11, Problem 13MCChapter 11, Problem 14MCChapter 11, Problem 15MCChapter 11, Problem 16MCChapter 11, Problem 17TFChapter 11, Problem 18TFChapter 11, Problem 19TFChapter 11, Problem 20TFChapter 11, Problem 21TFChapter 11, Problem 22TFChapter 11, Problem 23TFChapter 11, Problem 24TFChapter 11, Problem 1FTEChapter 11, Problem 2FTEChapter 11, Problem 3FTEChapter 11, Problem 1AWChapter 11, Problem 2AWChapter 11, Problem 3AWChapter 11, Problem 4AWChapter 11, Problem 5AWChapter 11, Problem 6AWChapter 11, Problem 7AWChapter 11, Problem 8AWChapter 11, Problem 9AWChapter 11, Problem 10AWChapter 11, Problem 11AWChapter 11, Problem 1SAChapter 11, Problem 2SAChapter 11, Problem 3SAChapter 11, Problem 4SAChapter 11, Problem 5SAChapter 11, Problem 6SAChapter 11, Problem 7SAChapter 11, Problem 8SAChapter 11, Problem 9SAChapter 11, Problem 10SAChapter 11, Problem 11SAChapter 11, Problem 12SAChapter 11, Problem 13SAChapter 11, Problem 1PCChapter 11, Problem 2PCChapter 11, Problem 3PCChapter 11, Problem 4PCChapter 11, Problem 5PCChapter 11, Problem 6PCChapter 11, Problem 7PCChapter 11, Problem 8PCChapter 11, Problem 9PCChapter 11, Problem 10PC
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- These questions are for a Computer Science course called "Theory of Computation". Provide the answers and process to the answers by using steps without little to no explanations. Provide drawings if necessary based on the questions for 1, 2a-c, and 3 based on these images provided.arrow_forwardObjective: The objective of this assignment is to gain practice with pen testing a live web application running on a remote server. The live web application is a known vulnerable web application called DVWA (Damn Vulnerable Web Application) with security settings set to low. The web app is running on an AWS EC2 (Elastic Compute Cloud) instance running Ubuntu 22. Note: The point of this assignment is to step it up a notch, we learnt about different web application vulnerabilities and applied that knowledge, now we are going to pen test and enumerable the vulnerabilities of a web app + the underlying infrastructure it is running on. Before you begin please find out what your IP address is and place it in this sheet so that I can track who is doing what: IP Addresses.docx . Tasks: 1- Start by connecting to the target, I did not install a TLS certificate on purpose that is why you are going to connect via http and not via https: http://3.99.221.134/dvwa/login.php 2- Broken Authentication:…arrow_forwardNo AI solutions pleasearrow_forward
- Create an original network topology consisting of at least seven routers and twelve links, assigning arbitrary positive weights to each link. Using this topology, apply Dijkstra's Link-State Algorithm to compute the shortest paths from a source router of your choice to all other routers in the network. Your topology must be entirely your own design and should not resemble any examples from the textbook, lecture slides, or other students' work. Al-generated topologies are not permitted. Create a PowerPoint presentation that follows the format and style of slides 11 to 23 from Lecture Slide Set 06 (LS06). You should copy those slides and make any necessary changes, additions, or deletions to reflect your own topology, shortest-path calculations, and update tables. Do not alter the original slide style, layout, or formatting.arrow_forwardCreate an original network topology consisting of at least seven routers and twelve links, assigning arbitrary positive weights to each link. Using this topology, apply Dijkstra's Link-State Algorithm to compute the shortest paths from a source router of your choice to all other routers in the network. Your topology must be entirely your own design and should not resemble any examples from the textbook, lecture slides, or other students' work. Al-generated topologies are not permitted. Createarrow_forwardx3003 x3008 1110 0000 0000 1100 1110 0010 0001 0000 0101 0100 1010 0000 x3004 0010 0100 0001 0011 x3005 0110 0110 0000 0000 X3006 0110 1000 0100 0000 x3007 0001 0110 1100 0100 0111 0110 0000 What does the following LC-3 program do? Trace Step by Step, SHOW ALL YOUR WORK. x3001 x3002 0000 x3009 0001 0000 0010 0001 X300A 0001 0010 0110 0001 x300B 0001 0100 1011 1111 x300C 0000 0011 1111 1000 X300D 1111 0000 0010 0101 x300E 0000 0000 0000 0101 x300F 0000 0000 0000 0100 x3010 0000 0000 0000 0011 x3011 0000 0000 0000 0110 x3012 0000 0000 0000 0010 x3013 x3014 0000 0000 0000 0000 0000 0100 0000 0111 x3015 0000 0000 0000 0110 x3016 0000 0000 0000 1000 x3017 0000 0000 0000 0111 x3018 0000 0000 0000 0101arrow_forward
- 2) Assume a local area network has four host computers (h1, h2, h3 & h4) and they are connected to the internet through a NAT router (s1). The host computers use private IP address space: 192.168.2/24. Each host is trying to establish 2 TCP connections to a remote webserver through the NAT router. The IP address of the webserver is: 130.12.11.9. Now do the following: 1 a. Assign IP addresses to the interfaces of the hosts and the router. For the router, assign arbitrary addresses. List these addresses. b. Now create a NAT translation table as taught in the class for all TCP connections. Assign arbitrary port numbers as required.arrow_forward1) Consider the following network. Host h6 10.3.0.6 Host h5 10.3.0.5 Host h1 10.1.0.1 OpenFlow controller m 2 3 4 Host h4 10.2.0.4 Host h2 10.1.0.2 Host h3 10.2.0.3 The desired forwarding behavior for the datagrams arriving at s2 is as follows: a) any datagrams arriving on input port 1 from hosts h5 or h6 that are destined to hosts h1 or h2 should be forwarded over output port 2; b) any datagrams arriving on input port 2 from hosts h1 or h2 that are destined to hosts h5 or h6 should be forwarded over output port 1; c) any arriving datagrams on input ports 1 or 2 and destined to hosts h3 or h4 should be delivered to the host specified; d) hosts h3 and h4 should be able to send datagrams to each other. Create a flow table for s2 that implement these forwarding behaviors. Your table should have 2 columns one for match and the other for actions, as taught in the class.arrow_forwardBased on the last digit of your Kean ID: Create an LC-3 program that compares 3 personally assigned to you numbers stored in memory and finds the maximum of them. Compile and run on https://wchargin.com/lc3web/. Screenshot and explain your result. ID 0 A 7 B с -3 12 1 0 5 -1 Expected max 12 5 2 -8 -2 6 9 My Kean ID: 1233321 3 14 3 6 14 4 -5 -6 -1 -1 сл 5 10 0 4 10 6 2 11 1 11 7 -9 7 -4 7 8 00 66 00 8 5 13 13 9 -2 3 0 3arrow_forward
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