# Lab Title 1 Performing Reconnaissance and Probing using Common Tools 2 Performing a Vulnerability Assessment 3 Enabling Windows Active Directory and User Access Controls 4 Using Group Policy Objects and Microsoft Baseline Security Analyzer for Change Control 5 Performing Packet Capture and Traffic Analysis 6 Implementing a Business Continuity Plan 7 Using Encryption to Enhance Confidentiality and Integrity 8 Performing a Web Site and Database Attack by Exploiting Identified Vulnerabilities
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------------------------------------------------- Lab Final Unit 11 Lab Final: Voltage Regulator with Constant Current Limiting (PORTFOLIO) Scope and Intention of the Project: The Lab Final Project is a self-directed project with specific requirements provided. You will be given a design task which utilizes a standard circuit in the textbook. You will apply knowledge that has been acquired in lecture, assignments, and previous labs. Task: Your task is to design, simulate, build and test
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documentation and graded deliverables. Some or all these documents will be used repeatedly across different units. Unit 1. Lab 1. Preparing a Virtual Workstation Image Windows 7 Virtual Machine “Keyless” Installation and Re-arm Process Purpose: This section describes the reason for and the procedure to use the “keyless” installation for Windows 7 Professional applicable to our lab environment for IT109/NT1230, and to use the “Re-arm” procedure to extend the trial period to meet our curriculum needs
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vmeduc.com Administrator vmware1! LAB 1: Install VMware vSphere Graphical User Interfaces Desktop Administrator password Location of the installation software Setup language Your VMware ESXi™ host name ESXi host user name ESXi host root password LAB 2: Configuring VMware ESXi Your ESXi host name ESXi host root password Active Directory domain name Domain administrator user name Domain administrator password Preferred DNS server VMkernel default gateway NTP server LAB 3: Working with Virtual Machines
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Technology Title: Lab 1-6 Student Name: Manuel MikewaOduor Student No: M00519008 Supervisor: Mr. Kiama Date: November 26th 2014 AIMS • Explain how data is represented and basic operations on data; • Answer all the questions in this Lab exercise OBJECTIVES • Understand binary numbers and their various calculation methods • Understand the basic concepts of processors, memory, and I/O devices, and how they are interconnected; • Understanding the functions of operating systems and BIOS Lab Unit 1 1
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| COURSE TITLE | Pre-Requisites | COURSE CREDITED UNIT (S) | No. of hours | | | COURSE CODE | COURSE TITLE | | Lec | Lab | TOTAL | HUMA1013 | Introduction to Humanities | | NONE | 3 | 3 | 0 | 3 | MATH2013 | College Algebra | | NONE | 3 | 3 | 0 | 3 | MATH2033 | Plane and Spherical Trigonometry | | NONE | 3 | 3 | 0 | 3 | NASC 2015 | General Chemistry | | NONE | 5 | 4 | 3 | 7 | INEN3342 | Industrial Production Techniques 1 | | | 2 | 0 | 6 | 6 | ENGL1013 | Study and Thinking Skills in
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Instructions for completing NETW204 Lab Reports: 1. Make sure that you understand the objective of the lab(s) and the requirements for successfully performing them. 2. Follow all procedures in the Element K lab instructions (Sample Solutions). 3. After successfully completing the lab(s), capture a screenshot of your Transcript that shows both the labs completed and your name. Paste this into the bottom of your lab report. Your transcript can be found by going to the Home/Account
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course offering (Fall 2006) Engineering 477 -- Course Announcement for Fall Term 2006 Principles of Virtual Reality Eng 477 - NA 477 (Eng477_Flyer.pdf) Note for Fall Term 2006: The class will meet for the first time on Tuesday, September 5 from 4:30 to 6:30 pm in #1504 GGBL. No Laboratory Sessions on September 7 and September 8 ! Laboratory Sessions will start on September 14 and 15. (See First Week of Classes) Note: This is only the course announcement. The comprehensive Course
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Cedric Clinton NETW320 Professor: Steve Gonzales Lab Report week2 1. On the Results Browser, make sure you are on Current Project so you have both sets of results. Expand DB Query and Select DB Query Response Time (sec). Hit the Show button. Zoom into the last half portion of the graph for better granularity and to avoid start up oscillation time to stabilize. Copy and label this graph to your lab report and answer the following: 1.) Which run has a better (lower) DB Query Response time
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Virtual Lab: Stopping Distance of a Car Question: How can we determine the deceleration rate of a virtual car? How does reaction time affect the stopping distance of a car? Go to this website: http://higheredbcs.wiley.com/legacy/college/halliday/0471320005/simulations6e/index.htm?newwindow=true and on the left side of the screen select “Stopping Distance of a Car” Introduction: In this virtual experiment, a yellow sports car is coming to a stop from some initial velocity. On the left
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