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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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
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NETW320 -- Converged Networks with Lab Lab # 2 Title: Silent Suppression – Cont. Procedure Start OPNET Modeler Open the scenario 1. Select File/Open. 2. Select Project. 3. Open your f: drive. (Note: If you don’t see drive F: listed, you click on “My Computer or “Computer” first.) 4. Open your op_models directory. 5. Open your NETW 320 directory. 6. Open the Lab1_Silent.project folder. 7. Click on Lab1_Silent.prj. 8. Click OK. The project should open. 9. Choose Scenarios > Switch to
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NETW320 -- Converged Networks with Lab Lab #3 Title: IPv4 TOS and Router Queuing Objectives In this lab, you will work with an intranet for an organization that will encompass four different site locations in different cities. The subnets of these locations will be connected by a backbone IP network. The organization will be using a converged network that allows data and real-time voice traffic to traverse the same packet-switched network. The data traffic will consist of FTP (file transfer
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Course Project (80 points) QoS Design and Implementation 1. Objectives As a network engineer working for a Service Provider, design and implement QoS on a converged network. For this project it is assumed that the converged network offers triple play services and has the following traffic: VOIP, High Definition TV (HDTV), Video on Demand (VOD) and Internet. Note 1: The project is based on the experience acquired by the students in the previous labs, hence the main sources to complete the
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NETW320 Week 5 and week 6 – Asterisk* Lab Here You can see that the address is set and that the Ports are now active. And I can get a line for 3 seconds Using my windows phone but it doesn’t stay connected. I have now been working on getting tested with Chas from class This is the coding that I used to set up my Config line. I am still working on the configuration setup.This was taken out of the Red Hat Book. John's extensions.conf [general] static=no
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RTP – short for Real-time Transport Protocol defines a standard packet format for delivering audio and video over the internet. It is defined in RFC 1889. It was developed by the Audio Video Transport Working group and was first published in 1996. RTP is used extensively in communication and entertainment systems that involve streaming media, such as telephony, video teleconference applications, television services and web-based push-to-talk features. RTP is an end-to-end transfer of data in real-time
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NETW320 -- Converged Networks with Lab Lab #4 Title: IPv4 TOS and Router Queuing – Cont. Procedure Start OPNET IT Guru Open the scenario 1. Select File/Open. 2. Select Computer or My Computer (depending on your O/S). You may also need to allow Citrix access to your computer. 3. On your F: drive, open the op_models and then open the NETW320 folder. 4. Open the Lab2_RouterTOS.project 5. Click on Lab2_RouterTOS.prj 6. Click Open. The project should open. 7. Choose Scenarios > Switch To
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Required Lab Summary Report for NETW320, Codec Selection for Campus Network (This section is worth 25% of your grade for this lab.) Write a two-page summary report and use the graphs that you generated during this lab and the tables that I gave you in the introduction to the lab to support your analysis. You are also encouraged to seek additional reference material, such as your textbook and the Internet, to support your arguments. Your two-page summary report must answer the following: Which
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NETW320 Real-Time Transport Protocol Real-Time Transport Protocol, more simply known as RTP, is a two part standard of how to manage real-time transmissions of multimedia data across a network. This two part standard first contains RTP, which is responsible for data transport and flow. The second half is Real-Time Control Protocol (RTCP) which is the control portion that monitors RTP transmission, collects data and compensates for lost packets and jitter, as well as handles Quality of Service
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