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 project and scenario name can be seen in ITGuru’s top window border in the form of Project: Scenario: . Capture a screenshot of your new project workspace that clearly shows
NETW410 Final Exam Study Guide YOU MAY WANT TO PRINT THIS GUIDE. 1. The Final Exam is "open book, open notes." The maximum time you can spend in the exam is 3 hours, 30 minutes. If you have not clicked the Submit for Grading button by then, you will be automatically exited from the exam. In the Final Exam environment, the Windows clipboard is disabled so you will not be able to copy exam questions or answers to or from other applications. 2. You should click the “Save Answers” button in the exam
This paper basically introduces a new hierarchy for automation of buildings and control systems. The increase in tremendous population has resulted in tall and technological buildings. So the increase in size has caused the increased in complexity of the computerized systems mainly because of the thrust towards the energy effectual buildings. The communication networks join the systems with the sensors and convey the knowledge to them. When they have aroused the information to the systems then the
OPNET SIMULATION LAB REPORT NAME : Ankita Behl (009414821) Bhargava kunchanapalli (009301760) Narendra Kantamaneni (010128872) COURSE NAME : COMPUTER NETWORKS –CMPE 206 SIMULATION EXERCISE NUMBER : 1 TITLE : SWITCHED LANS DATE OF SUBMISSION : 4/28/15 Topic Summary: Because of the
through quality of service (QoS). There are a wide variety of issues and problems discussed such as latency, accessing resources and application problems. Furthermore an insight into how you can test and create a cloud based network through the software Opnet / Riverbed is explored. This report also explores new protocols worked on by IEEE, quality
performance of G.711 VIOPcoder for different networks. Wired, Wireless Local Area Network (WLAN), Worldwide Interoperability for Microwave Access (WiMAX) and Universal Mobile Telecommunication System (UMTS) networks were implemented in OPNET Modeler The quality is compared using different QoS parameters like end-to-end delay, MOS, throughput and jitter. The VoIP codecs used in the measurements of QoS are: G.711,723.1 AND 729A. Simulations showed that G.711 is the
We have created a network with the campus area of 500X500square meters taking 20 numbers of ad hoc nodes forming a network, the transmission range 200m. The network is simulated using high capacity processor and the OPNET and MATLAB7 platform. Such a simulated result is shown in Fig.1. In simulated network the source node designated as1 initiates the routing procedure by sending RREQ or Route Request message to its surrounding nodes. The RREQ message sent by the source node is denoted in the color
switch-based architecture where each wind turbine has a dedicated link to the wind farm main switch. Servers at the control center are used to store and process the data received from the WPF. The network architecture is modelled and evaluated via OPNET. We investigated the end-to-end (ETE) delay for different WPF applications, and our network architecture is validated by analyzing the simulation results. In order to meet the growing demand of large-scale WPFs, integration of high reliability, high
Analysis of Reliability Calculations in Mobile Ad hoc Networks Sai Charan Goud Kolanu, Tejaswi Reddy Karemma Department of Computer Engineering and Computer Science California State University, Long Beach Abstract With the increasing dependency on wireless networks, the need for proper reliability analysis for Mobile ad hoc networks (Manets) is also increasing. Failure of Manets in areas like warfare, nuclear reactors, medical equipment and airplanes can lead to catastrophe. Unlike traditional
Running Head: PERSONAL DEVELOPMENT PLAN Personal Development Plan [The Writer’s Name] [The Name Of The Institution] Personal Development Plan Introduction This project development plan is a write up of the theoretical underpinning and the technical experiments or of the reengineering undertaken in order to answer the question(s) posed by the research topic. The project proposal should be supported by a list of current references and an annotated