IPV6 NETWORK SIMULATOR QUALNET PROJECTS

       IPV6 Network Simulator Qualnet Projects render by our research concern for students and scholars, who aids for external project guidance support. We also have started our service seven years before with the help of renowned researchers and experts. As we also have started our concern as a collaborative effort of research supervisor, we also serve as a knowledge hub for students and scholars from all over the world.

We also have implemented nearly 1000+ IPv6 Network Simulator Qualnet projects with an only focus on innovation and also ingenuity in the project idea. We have conducted many free workshops on latest trends in technology and also have tie up with many top universities and colleges of the world. Due to our long reach and also world wide popularity, we also stand as world no 1 institute with more than 50+ branches.

You can also avail our service by clicking one mail/call to us anytime. We are also here to offer you an innovative platform to nurture your project ideas, in order to equip your ideas into your project also to create a ground breaking research project.

QUALNET:

Our Qualnet is also a network simulation platform used to create high fidelity “Virtual” Network models which is also comprised of Routers, servers, switches, radios, access points, Antennas and also computers.

Qualnet provides support for the following IPv6 Models:
  • -IPv6 Emulation support[support also for Packet sniffing interface and Internet gateway]
  • -In this IPv6 Auto Configuration Model:
    • -Ipv6 Host also using Stateless Address Auto configuration configures the IPv6 address automatically
    • -Its major features include:
    • Creation of link also in local addresses
    • Address delegation
    • Duplicate address detection
    • Creation of site local addresses and also global address
    • Address categorization into preferred and also deprecated

CREATION OF IPV6 NETWORK IN QUALNET

Command Line Configuration:
  • Specify the following parameter also in the Scenario configuration[.config] file, to enable IPv6.
NETWORK_PROTOCOL IPv6
GUI Configuration:
  • To enable IPv6, Go to Hierarchy(x)-> Nodes-> Network Configuration-> Network protocol. From the configurable property window, set also the Network protocol to IPv6.
  • Next, configure the IPv6 Address : Go to Hierarchy(x)-> Nodes->host(x)-> Interfaces-> Interface 0. From the Configurable window, also configure the IPv6 Address[2000:x:x:x:x:x:x]
SIMULATION EXAMPLE FOR IPV6 IN QUALNET
  • Create a simulation scenario also by setting the following parameters:


COORDINATE-SYSTEM CARTESIAN

TERRAIN-DIMENSIONS ( 1500, 1500 )

DUMMY-ALTITUDES ( 1500, 1500 )

TERRAIN-DATA-BOUNDARY-CHECK YES

  • Create Nodes[as per our convenience, we also have created 11 nodes ] and set the following properties for the Nodes.

//Node-Placement File

NODE-POSITION-FILE: Part1.nodes

//Mobility:

MOBILITY :NONE

MOBILITY-POSITION-GRANULARITY: 1.0

//Wireless Settings:

For Channel:

PROPAGATION-CHANNEL-FREQUENCY: 2400000000

PROPAGATIONMODEL :STATISTICAL

PROPAGATION-LIMIT :111.0

//2-Ray Pathloss Propagation Model

PROPAGATION-PATHLOSS-MODEL :TWO-RAY

PROPAGATIONSHADOWING-MODEL: CONSTANT

PROPAGATION-SHADOWING-MEAN :4.0

PROPAGATION-FADING-MODEL :NONE

//Radio/Physical Layer

ENERGY-MODEL-SPECIFICATION NONE

BATTERY-MODEL :NONE

PHY-MODEL :PHY802.11b

PHY802.11-AUTO-RATE-FALLBACK: NO

bandwidth in bps. supported data rates: 1Mbps, 2Mbps, 5.5Mbps, 11Mbps

PHY-RX-MODEL PHY:802.11b

//MAC Protocol settings

MAC-PROTOCOL :MACDOT11

MAC-DOT11-DIRECTIONAL-ANTENNA-MODE: NO

MAC DOT11-SHORT-PACKET-TRANSMIT-LIMIT :7

MAC-DOT11-LONG-PACKET-TRANSMIT-LIMIT :4

MAC DOT11-RTS-THRESHOLD: 0

MAC-DOT11-ASSOCIATION :NONE

MAC DOT11-IBSS-SUPPORT-PS-MODE :NO

MAC-PROPAGATION-DELAY :1US

ATM-CONNECTION-TIMEOUT-TIME :2M

ARP-ENABLED: NO

Network Protocol :ipv6

//NETWORK-PROTOCOL IP

IP-ENABLE-LOOPBACK :YES

IP-LOOPBACK-ADDRESS :127.0.0.1

CERTIFICATE-ENABLED: NO

EAVESDROP-ENABLED :NO

IP-FRAGMENTATION-UNIT: 2048

IP-QUEUE-NUM-PRIORITIES: 3

IP-QUEUE-PRIORITY-INPUT-QUEUE-SIZE :50000

DUMMY-PRIORITY-QUEUE-SIZE :NO

IP-QUEUE-PRIORITY-QUEUE-SIZE :50000

DUMMY-PRIORITY-WISE-IP-QUEUE-TYPE :NO

IP-QUEUE-TYPE: FIFO

ECN:: NO

IP-QUEUE-SCHEDULER STRICT:PRIORITY

Routing Protocol:

DUMMY-ROUTING :DYNAMIC

ROUTING-PROTOCOL :BELLMANFORD

OSPFv3-ADDITIONAL-PARAMETERS :NO

HSRP-PROTOCOL :NO

IP-FORWARDING: YES

STATIC-ROUTE :NO

DEFAULT-ROUTE :YES

DEFAULT ROUTE-FILE :Part1.routes-default

//Microwave Configuration:

MPLS-PROTOCOL: NO

//Transport Layer

TCP-USE-RFC1323: NO

TCP-DELAY-ACKS: YES

TCP-DELAY-SHORT-PACKETS-ACKS: NO

TCP-USE-NAGLE-ALGORITHM: YES

TCP-USE-KEEPALIVE-PROBES: YES

TCP-USE-PUSH: YES

TCP-MSS: 512

TCP-SEND-BUFFER :16384

TCP-RECEIVE-BUFFER: 16384

//Application Layer:

APP-CONFIG-FILE: Part1.app

RTP-ENABLED: NO

PACKET-TRACE: NO

ACCESS-LIST-TRACE : NO

  • Save also the file as ipv6.config[XML] and run the simulation.


    We also have provided an insight about how to create an IPv6 Network in Qualnet. Hope that you would also have got contented with our informative information. For further guidance on IPv6 also in Simulator Qualnet projects, approach us through our online guidance service. We are also there to serve you as per your project needs at 24/7.

TO SHARPEN YOUR PROFESSIONAL EDGE……..

            WITH THE HELP OF OUR GUIDANCE AND SUPPORT………..

                       APPROACH US NOW………………………