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Mobile Adhoc Network (MANET)

Overview:

NetSim's MANETs networks library enables users to design, simulate and analyze the performance of mobile ad hoc networks. Check here for information on MANET Military Radios.

MANETs Design Window
Fig: A complex MANET Network scenario modeled in NetSim, consisting of two independent MANETs connected to one another via a wireless bridge nodes. Connectivity to the data network (internet) is also through the bridge node. The more typical use case involves a single wireless ad hoc network with arbitrarily located nodes which may also be mobile.

Features

  • Architecture & Integration
    • NetSim component 4 is MANETs
    • Interfaces with NetSim Component 6 (IOT) module
    • Interfaces with NetSim Component 9 (VANETs) module
    • Interfaces with Add-on TDMA Radio Networks (Military Radios)
    • Interfaces with Add-on NetSim Emulator
  • Network Stack
    • Entire 5-layer TCP/IP network stack is modelled in each device
  • L5 - Application Layer
    • All standard NetSim applications like voice, video, FTP, e-mail etc.
  • L4 - Transport Layer
    • Supports both UDP and TCP protocols.
  • L3 - Network Layer
    • User configurable static routing
    • Dynamic Source Routing (DSR)
    • Ad hoc On demand Distance Vector Routing (AODV)
    • Optimized Link state Routing (OLSR): Neighbor discovery, MPR selection, and Topology control
    • Zone Routing Protocol (ZRP)
  • L2 - MAC Layer
  • L1 - PHY Layer
  • Path Loss Models
    • Range Based Reachability
    • Friis Free Space
    • Log Distance
    • COST231 HATA Suburban, COST231 HATA Urban
    • HATA Urban, HATA Suburban
    • Indoor Office, Indoor Factory, Indoor Home
  • Fading Models
    • Rayleigh
    • Nakagami
  • Shadowing Models
    • Log Normal
    • Constant
  • Mobility
    • Random walk
    • Random way point
    • Group mobility
    • Pedestrian mobility
    • File based mobility
  • Energy model
    • Transmit
    • Receive
    • Idle
    • Sleep
    • Energy harvesting
MANETs Results Window

Statistics Overview

  • NetSim provides a variety of summary statistics - at network level, link level and per application basis - including:
    • Throughput
    • Delay
    • Errors
    • Data and control packet information
    • Forwarding tables
  • Trace and logs
    • Packet trace records details like packet ID, source, destination, arrival time, payload, overheads etc.
    • Radio measurements log that records Tx-Rx Distance, Tx Power, Pathloss, Rx Power, SNR, SINR and BER for each transmission
  • Source Code Accessibility
    • Protocol source C codes are provided.
    • Users can adapt the underlying codes using the MS Visual Studio development environment for specific requirements or enhancements.
  • Integration Capabilities
    • NetSim supports socket-based external interfacing to MATLAB, allowing users to expand their simulation and analysis capabilities.
  • Simulation of cyber attacks and countermeasures
    • Sinkhole attack
    • Secure AODV
    • Intrusion detection system

Useful Links