Reference no: EM132519730 , Length: word count:3000
MN603 Wireless Networks and Security Assignment - Melbourne Institute of Technology, Australia
Assessment Title - Implementation of Wireless networks and performance evaluation
Purpose of the assessment (with ULO Mapping) - The purpose of the assignment is to implement wireless networks in Simulation environment and analyse the routing protocols, evaluate them in terms of security, QoS, and energy efficiency. Students will be able to complete the following ULOs:
a. Analyse and compare wireless communication protocols;
b. Test and evaluate various wireless networks performance;
d. Apply and evaluate wireless network security techniques with consideration of ethical implications;
e. Design and implement secure enterprise wireless networks.
Assignment Description -
Task 1 -
Wireless networks performance varies from wired networks, the latter uses a guided medium and wireless networks use unguided medium for transmission. To design and simulate wireless networks the network simulator - 2 (NS - 2), an open source discreet event simulator could be used. The NS-2 simulator is a widely used simulation tool, which could generate trace files for analysis and comes with a network animator to visualize the network performance.
This assessment requires students to compare and evaluate the performance of wireless routing protocol using the NS - 2. The assessment requires students to design a wireless network topology in NS - 2 and evaluate the generated trace files for a wireless routing protocol. The students are required to carry out a critical analysis of the results of the protocol by plotting graphs and discussing the outcomes.
The students are required to:
Design a wireless network consisting of 25 nodes; the dimensions for the given topology are 1000x800. The agent type should be User Datagram Protocol (UDP) and the traffic Constant Bit Rate (CBR). The simulation should run for 300 seconds. Random deployment of nodes is required and the nodes are required to transmit packets over the network. The wireless node configuration should include the NS - 2 energy model.
Run the simulation on routing protocol Destination Sequenced Distance Vector Routing (DSDV) and Ad hoc On DemandDistance Vector (AODV). Critically analyse the trace files in terms of packets sent, received and dropped. These parameters should be plotted on graphs and discussed in detail.
Include screenshots of the NAM (Network Animator) displaying the nodes deployed during the simulation and add screen shots of the simulation.
Conduct comparative analysis on the results for packets sent, received anddropped for the two protocols.
Appendix I should include the tcl srcript used in each simulation.
Task 2 -
Smart home or home automation technology provides homeowners' security, comfort, convenience and energy efficiency by enabling them to control smart devices, via an app on their smartphone or other networked device. This technology enables you doing things such as turn the lights on/off, stream music to a speaker, lock/open the doors remotely, and much more.
This task aims to simulate a smart home using Internet of Things (IoT) technology in Cisco Packet Tracer. Students will purely practice with the IoT component offered by the Cisco Packet Tracer to be used in the home. Those IoT devices will be connected to the home WLAN that enables the users to control the things through wireless technology. The users should also be able to control the things when they are outside home (remote access). This means the WLAN should be connected to a global network that enables the users to have control on devices when they are at work.
The students are required to complete the following steps:
Explore the ethical implications in the design and implementation of Wireless Local Area Networks (WLANs).
Test and prove a successful connectivity between users and IoT devices when they are at home and when they are outside of home. You need to take a snapshot for each step of testing followed by the explanation.