Netw360 Week 1 Ilab

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    Netw360 Week 1 Ilab

    NETW410 Week 1 Lab Report NETW410, Professor Current Date: 1/11/14 Lab 1: OPNET LAN Modeling Tutorial ------------------------------------------------- ------------------------------------------------- Week 1 iLab Report The first objective in the LAN Modeling tutorial is Setting Up the Scenario. The final step in setting up your scenario appears below. 1. (30 points) Once your project is created (after Step 6 above), your workspace will contain a map of the United States. Your

    Words: 681 - Pages: 3

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    Week1Ilab

    Week 1 iLab Report NETW360: Wireless Technologies and Services OPNET Preparation and Spread Spectrum Transmission Comparison Submitted to: Professor: Date: OPNET Preparation OPNET Preparation Paste your Windows Explorer screenshot that shows your Citrix NETW360 directory structure here. An example screenshot appears in your Week 1 iLab section. Spread Spectrum Transmission Comparison Introduction to Spread Spectrum Transmission Guidelines * What is it? Why is it important

    Words: 636 - Pages: 3

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    Opnet Preparation and Spread Spectrum Transmission Comparison

    Week 1 iLab Report DeVry University NETW360: Wireless Technologies and Services OPNET Preparation and Spread Spectrum Transmission Comparison Submitted to: Professor: Date: OPNET Preparation OPNET Preparation Paste your Windows Explorer screenshot that shows your Citrix NETW360 directory structure here. An example screenshot appears in your Week 1 iLab tab. Spread Spectrum Transmission Comparison Introduction to Spread Spectrum Transmission Guidelines * What is it? Spread

    Words: 824 - Pages: 4

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    Netw 360

    iLab Grading Rubric Category | Points | Description | Introduction | 5 | Introduce the objective and goal(s) for the report. | Overlapping | 5 | Are there any overlapping channels in Capture1.wsr? | Wireless LAN | 5 | What channel to use when installing a new wireless LAN from Capture1.wsr? | Activity | 5 | Identify the channels being used in Capture2.wsr. | Most Active Channel | 5 | Identify the most active channel in Capture2.wsr. | Type of Signal | 5 | Identify the type of signal

    Words: 466 - Pages: 2

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    Net360 Week 7

    James Graves NETW360, Professor Matter 10/20/2012 Lab #7, Wireshark Introduction and Examining Wireless Frames Lab Lab Report This week 7 ILab focuses on an application called Wireshark. We are to download Wireshark from Wireshark.com and follow the questions to come up with answers. 1. Is Wireshark open source or propriety? (7 points) Wireshark is an open source network packet analyzer. 2. What is seen in each of the three panes that display the packets seen on a local area network

    Words: 338 - Pages: 2

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    Netw320

    iLab Grading Rubric Category | Points | Description | Project 4-1: Compute RF Behavior (page 152) 25 points * Step 4 Calculation * Step 11 Calculation * Step 15 Calculation * Step 17 Calculation * Step 19 Calculation * Summary of RF Behavior | 2 2 2 2 2 15 | Calculate each of the five measurements in the project.In your own words, summarize what you have learned concerning RF behavior from your calculations, readings, and research. | Case Project 4-3: MIMO

    Words: 727 - Pages: 3

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    Netw. 360 Wk. 2 Ilab

    Week 2 iLab Report DeVry University NETW360: Wireless Technologies and Services ANTENNA TYPES AND COMPUTE RF BEHAVIOR Submitted to: Professor Date: 1/18/14 Antenna Types Directions: Provide the basic differentiating characteristic of each of the three antenna types listed below. Also provide that typical use of the antenna type. 1. Omnidirectional: The basic differentiating characteristic of an omnidirectional antenna is that it radiates its signal out equally in all directions

    Words: 1152 - Pages: 5

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    Netw 360 Ilab 2

    NETW360 Week 1 iLab: Basic RF Calculations The power emitted from wireless devices, especially in unlicensed bands, such as 2.4 GHz and 5 GHz, are regulated by the Federal Communications Commission (FCC). Wireless network professionals must calculate power levels (or RF signal strength) that are being transmitted by wireless devices to make sure their designs are complaint with FCC regulations. They also need to calculate power levels that are being received by wireless devices to make sure the

    Words: 894 - Pages: 4

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