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TRAINING PROGRAM NS2 NS3 SAMPLE PROJECT
Advance Diploma In NS2 Simulation
Training Code- NES_SK_2860
Training Duration- 60 Hrs
N/A Any 1 NS2 Simulation Project
Advance Diploma In NS3 Simulation
Training Code- NES_SK_2861
Training Duration- 60 Hrs
N/A Any 1 NS3 Simulation Project
Advance Diploma In NS2 & NS3 Simulation
Training Code- NES_SK_2862
Training Duration- 120 Hrs
Any 2 NS2 & NS3 Simulation Project

Eligibility

Technical Managers, Consultants, Communications Professionals, Software engineers, System Engineers, Network Professionals, Marketing and Sales professional, IT professionals.

Modules Covered*

NS2 Module click here to see modules

- NS-2 introduction.
- Fundamental aspects of Network simulator2.
- NS-2 architecture
- NS-2 components.
- NS-2 installation (Linux OS).
- Installation of supporting software (Nam, Xgraph).
- Pre-requisite (some Linux Environments & Commands).
- Starting and handling ns-2.
- Exploring example scripts.
- C++ basics.
- TCL / OTCL programming.
- Working with Makefile
- Running wired simulations scenario.
- Wired Domain.
- Working with existing protocols.
- Design of wired network.
- Node Creation, link creation.
- Packet transfer and results.
- Performance Analysis
- Network Animator Simulation (NAM).
- Plotting graph with xgraph.
- Learning about trace file (wired trace format )
- Analysis with awk, grep, egrep
- Wireless Domain.
- Design of Wireless Networks
- Routing Protocols.
- Node Configuration.
- Packet data Transfer.
- Performance Analysis.
- Network Animator Simulation (NAM).
- Learning about trace file (wireless trace format (especially new trace format)
- Plotting graph with xgraph.
- Learning about trace file (wireless trace format )
- Analysis with awk, grep, egrep

NS3 Module click here to see modules

- NS3 introduction.
- Pre-requisite (some Linux Environments & Commands).
- NS-3 installation (Linux OS)
- Installation of supporting software (NetAnim and GnuPlot).
- Fundamental aspects of Network simulator-3.
- NS-3 architecture.
- NS-3 components.
- C++ Programming.
- Introduction to Python.
- Working with wired domain.
- Working with netanim.
- working with gnuplot
- Logging level details.
- Debugging using gdb tool.
- Tracing and Monitoring of packet loss, delay and drop.
- Flow Monitoring.
- packet analysis using wireshark.
- Building Topologies.
- Mesh Network
- Simple Wireless Scenario.
- Status of Energy Model.
- Wifi and Adhoc Network
- Broadcast Communication
- Network Dynamics and mixed network management.
- Working with Routing Protocols
- Implementation of OLSR, AODV, DSDV, DSR.
- Node Configuration.

Some of the projects implemented by our trainees in past

Project CodeProject
NS_PR1 Improving the Performance of Wireless Ad Hoc Networks Through MAC Layer Design
NS_PR2 Joint Design of Spectrum Sensing and Channel Access in Cognitive Radio Networks
NS_PR3 Emerging Cognitive Radio Applications: A Survey
NS_PR4 A Cooperative Diversity-Based Robust MAC Protocol in Wireless Ad Hoc Networks
NS_PR5 Edge Self-Monitoring for Wireless Sensor Networks
NS_PR6 A Hybrid Clustering Approach for Prolonging Lifetime in Wireless Sensor Networks
NS_PR7 Federated claims based authentication and access control in the vehicular networks
NS_PR8 Energy efficient localized routing algorithm for Wireless Sensor Networks
NS_PR9 A Privacy-Preserving Location Monitoring System for Wireless Sensor Networks
NS_PR10 Energy Efficiency of MAC protocols in Wireless Sensor Networks
NS_PR11 Constrained Function-Based Message Authentication for Sensor Networks
NS_PR12 Stateless Multicast Protocol for Ad-Hoc Networks
NS_PR13 On Reservation-Based MAC Protocol for IEEE 802.11 Wireless Ad Hoc Networks With Directional Antenna
NS_PR14 Energy Efficient Routing Protocol for Wireless Sensor Networks with Node and Sink Mobility
NS_PR15 A Reconfigurable Routing Protocol for Free Space Optical Sensor Network
NS_PR16 Self-Reconfigurable Wireless Mesh Networks
NS_PR17 Scheduling Multiple Sinks in Wireless Sensor Networks: A Column Generation Based Approach
NS_PR18 Designing a Prediction-based Clustering Algorithm for Target Tracking in Wireless Sensor Networks
NS_PR19 Adaptive Topology Control for Mobile Ad Hoc Networks
NS_PR20 Energy Efficient Reliable Transport Protocol for Re-Tasking in Wireless Sensor Network
NS_PR21 Any Other

* You can design and customize your training based upon your requirements from above mentioned topics or ask our experts to do it for you

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