QualNet Code Projects

QualNet Code Projects

      QualNet Code Projects offer wondrous service for you with the ambition of serve students and research communities in this entire world. Day by day, more and more advanced technologies are increasing concurrently such as mobile & broadcasting technologies, animation movies, video gaming etc. By this reason, numerous research colleagues and students are enthusiastic to chosen simulation based projects which provide real time simulation environment. Our technocrats concentrate our students and research fellows individually with the goal of make you as experts in network simulation. By our guidance and high level training, you can easily implement your QualNet simulation projects. If you acquire our creative ideas and technical knowledge, you can contact us without delay. Now, we listed very few research areas in QualNet for your reference.

Most Popular Research Areas in QualNet:

  • Sensor Networks
  • Software Defined Networks
  • Cognitive Radio Networks
  • Network Centric Warfare
  • Wireless LAN Security
  • Cellular Networks
  • Heterogeneous Networks
  • Wireless AD Hoc Networks
  • Artificial Neural Networks
  • Wi-Fi and Wi-Max
  • Wireless Mesh Networks

QualNet Code Projects:

     QualNet Code Projects is one of our awe-inspiring service initiate for you with the aspiration of provide extremely modernized QualNet projects in most popular domains. QualNet is a commercial version of simulation tool for network planners, engineers and scientists to build virtual model which is used for analyze and design network protocols and network performance in large wireless and wired networks. QualNet supports 3D visualization to develop better visualization. QualNet simulator provides high scalability and faster simulation using optimized memory management and smart architecture. It is using Exata + cyber package for security purpose. This cyber library provides protection against distributed denial of service attack, eavesdropping, radio jamming attacks. Here, we highlighted some of the important components in QualNet Code Projects.

Major Platforms Support QualNet Simulation:

Windows:

  • Windows s pro (32 or 64 bits)
  • Windows 8
  • Window 7 Home Premium and Professional (32 or 64 bits)

Complier Supports in Windows:

  • VC10 Exp (Microsoft Visual C++ 2010 Express Edition)
  • VC10 (Microsoft Visual Studio 2010)
  • V9 Exp (Microsoft Visual C++ Express Edition)
  • VC9 (Microsoft Visual Studio 2008)

Linux:

  • Ubuntu 12.04 LTS
  • Red Hat Enterprise Linux 5.9
  • Red Hat Linux 7.1 or Higher
  • ContOS 5.10

Major Libraries Used in QualNet:

  • UMTS Library
  • Developer Library
  • Multimedia and Enterprise Library
  • Advanced Wireless Library
  • Wireless Library
  • Military Radios Library
  • TREM Propagation Library
  • Network Security Library
  • Cellular Library
  • Federation Interface Library
  • ALE / ASAPS Propagation Library
  • Cyber Library
  • Standard Interface Library
  • Urban Propagation Library
  • Sensor Network Library

Development Modes for QualNet Code Projects:

  • Design Mode: Create new protocol and models of waveform factors
  • Visualization Mode: Identify and execute scenario in simulation
  • Analyzer Mode: Result processing and generate reports

Primary Interfaces in QualNet:

  • High Level Architecture Interface
  • IP Network Emulation Interface
  • Distributed Interactive Simulation Interface

Major Models Used in QualNet:

  • 4 PHY Model (ZigBee)
  • 16 PHY Model (Wi-Max)
  • Abstract Cellular Model
  • Abstract Network Equation Satellite Model (ANESAT)
  • Abstract Satellite Model
  • Fast Rayleigh Fading Model
  • Omni-Directional Antenna Model
  • Bit Error Rate Based Reception Model
  • Asynchronous Transfer Model
  • Walffish- Ikegami Propagation Model
  • DNS (Domain Name System) Model
  • Patterned Antenna Model
  • File Based Node Placement Model
  • COST 231-Hata Propagation Model

Major Protocols Used in QualNet Simulation:

  • 11ac MAC Protocol (Wi-Fi)
  • 11a / g PHY Protocol (Wi-Fi)
  • 11 MAC Protocol (Wi-Fi)
  • 11s MAC Protocol (Wi-Fi)
  • 4 MAC Protocol (ZigBee)
  • 16 MAC Protocol (WiMax)
  • Dynamic Hierarchical Configuration Protocol
  • AD Hoc On-Demand Distance Vector Routing Protocol
  • Address Resolution Protocol
  • Aloha MAC Protocol
  • Distance Vector Multicast Routing Protocol
  • Bellman Ford Routing Protocol
  • 16e MAC Protocol
  • Dynamic MANET (Mobile AD Hoc Networks) On-Demand Routing Protocol
  • CSMA (Carrier Sense Multiple Access) MAC Protocol
  • BRP (Border-Cast Resolution Protocol)
  • Dynamic Source Routing Protocol
  • Landmark Ad Hoc Routing Protocol
  • Abstract Transmission Control Protocol
  • EIGRP (Enhanced Interior Gateway Routing Protocol)
  • BGPv4 (Border Gateway Protocol Version 4)
  • Hybrid Multi-Rate Multi-Path Routing Protocol

    Let’s see about, our developer’s best QualNet development code

# General Settings

VERSION 5.0

EXPERIMENT-NAME QualNet

EXPERIMENT-COMMENT None

SIMULATION-TIME 30M

SEED 1

# Parallel Settings

PARTITION-SCHEME AUTO

# Channel Properties

PROPAGATION-CHANNEL-FREQUENCY[0] 2400000000

PROPAGATION-MODEL[0] STATISTICAL

PROPAGATION-PATHLOSS-MODEL[0] TWO-RAY

PROPAGATION-SHADOWING-MODEL[0] CONSTANT

PROPAGATION-SHADOWING-MEAN[0] 4.0

PROPAGATION-FADING-MODEL[0] NONE

PROPAGATION-LIMIT[0] –111.0

PROPAGATION-MAX-DISTANCE[0] 0

PROPAGATION-COMMUNICATION-PROXIMITY[0] 400

PROPAGATION-PROFILE-UPDATE-RATIO[0] 0.0

# Mobility and Placement

NODE-PLACEMENT FILE

MOBILITY NONE

# Physical Layer

PHY-LISTENABLE-CHANNEL-MASK 1

PHY-LISTENING-CHANNEL-MASK 1

PHY-MODEL PHY802.11b

PHY802.11-AUTO-RATE-FALLBACK NO

PHY802.11-DATA-RATE 2000000

PHY802.11b-TX-POWER–1MBPS 15.0

PHY802.11b-TX-POWER–2MBPS 15.0

PHY802.11b-TX-POWER–6MBPS 15.0

PHY802.11b-TX-POWER-11MBPS 15.0

PHY802.11b-RX-SENSITIVITY–1MBPS -94.0

PHY802.11b-RX-SENSITIVITY–2MBPS -91.0

PHY802.11b-RX-SENSITIVITY–6MBPS -87.0

PHY802.11b-RX-SENSITIVITY-11MBPS -83.0

PHY802.11-ESTIMATED-DIRECTIONAL-ANTENNA-GAIN 15.0

PHY-RX-MODEL PHY802.11b

ANTENNA-GAIN 0.0

ANTENNA-HEIGHT 1.5

ANTENNA-EFFICIENCY 0.8

ANTENNA-MISMATCH-LOSS 0.3

ANTENNA-CABLE-LOSS 0.0

ANTENNA-CONNECTION-LOSS 0.2

ANTENNA-MODEL OMNIDIRECTIONAL

PHY-TEMPERATURE 290.0

PHY-NOISE-FACTOR 10.0

ENERGY-MODEL-SPECIFICATION NONE

# Schedulers and Queues

IP-QUEUE-PRIORITY-INPUT-QUEUE-SIZE 150000

IP-QUEUE-SCHEDULER STRICT-PRIORITY

IP-QUEUE-NUM-PRIORITIES 3

IP-QUEUE-PRIORITY-QUEUE-SIZE 150000

QUEUE-WEIGHT 0

IP-QUEUE-TYPE FIFO

# Network Layer

NETWORK-PROTOCOL IP

IP-ENABLE-LOOPBACK YES

IP-LOOPBACK-ADDRESS 127.0.0.1

IP-FRAGMENT-HOLD-TIME 15S

IP-FRAGMENTATION-UNIT 2048

ECN NO

ICMP NO

IPv6-ENABLE-6to4-TUNNELING NO

# Routing Protocol

ROUTING-PROTOCOL BELLMANFORD

STATIC-ROUTE NO

DEFAULT-ROUTE NO

HSRP-PROTOCOL NO

 

        For your better understanding, we provide QualNet development models, interfaces, libraries, supported platforms, protocols and models. We have world level dedicated brilliants with us for the purpose of providing complete knowledge in QualNet development. For your best future you acquire our brilliant’s ideas and inventive thoughts. We forever welcome you with our highly excited-heart.