Network Simulator Master Thesis in UAE

Network Simulator Master Thesis in UAE

          Network Simulator Master Thesis in UAE is our phenomenal and breathtaking service to offer our excellently patterned thesis for with our highly dedicated and world class certified knowledge for your academic research. Every day, our groundbreaking knowledgeable brilliants implement highly complicated and sophisticated applications in network simulation by Ns2. Today, most students and research fellows popularly select Ns2 based projects due to their real-time scenarios.

We provide inclusive guidance for you from topic selection to viva voce with our ingenious and innovative knowledge. We have a tie-up with top universities and colleges in the world. For this reason, our students are widely spread in 120+ countries in the universe. If you wish to utilize our guidance to overwhelming in your career, you can also approach us from anywhere in the world.

Online Help Network Simulator Master Thesis in UAESimulator Master Thesis in UAE

         Network Simulator Master Thesis in UAE provide extraordinary organized thesis for you to accomplish your magnificent cerebral research with high grade. Network Simulator (Version 2) is an open-source simulation tool used to mimic real-time network topology, and network traffics to evaluate network scenarios. Ns2 uses two types of languages, such as C++ and TCL (OTCL: Object-Oriented TCL). Ns2 nodes can also be connected in two ways: simple link (Which facilitates one-way communication) and duplex link (Which facilitates two-way communications).

For network configuration, simplex and duplex link require some of the characteristics such as,
  • Queue Type
  • Delay
  • Bandwidth
Let’s see about major five instance variables which defined link
  • Head: Refer to link entry point (points first object in the link)
  • TTL: It is an element. It manipulates TTL in each and also every packets
  • Link: Refer to an element. It also actually link models in the term of bandwidth and delay characteristics of link
  • Queue: Refer to main queue element of the link. Links are classified into two such as simple link (only one queue per link) and also more complicated type of link as duplex link (multiple queue elements for each link)
  • Drop-head: Refer to an object. It is also the head of all queue elements in link (Process link drops)
Let’s talk about instance variables which are used to track trace elements
  • deqT: Trace packets leaving queue
  • enqT: Trace also  in packet entering queue
  • rcvT: Trace packet dropped from queue
  • drpT: Trace also in packets received by next node

To configure nodes, we add components to simple link. There are,

  • Network Interfaces (Multicast Routing)
  • MAC Layer
  • Ad Hoc Routing Protocol
  • Medium Access Control Protocol
  • Address Resolution Protocol (ARP)
  • Interface Queue
  • Link Layer
  • Monitors and Tracing
  • Antenna Type
  • Interface Priority Queue
  • Radio Propagation Models
  • Topology and Channel Object
  • And also in Dynamic Link Models

      Our marvelously dedicated developers have a highly inventive and wide range of newfangled ideas to discover advance also in the respective field of Ns2. We also utilize overall major routing protocols in our Ns2 application development phase.

For your best understanding, we provide some of the routing protocols,
  • Destination Sequence Distance Vector Based Routing Protocol
  • Clustering Based Low Energy Adaptive Hierarchy Routing Protocol
  • Dynamic Source Routing Protocol
  • Temperature Aware Routing Protocol also for Mobility
  • Encounter and Distance Based Routing Protocol
  • Ad Hoc On-Demand also in Routing Protocol
  • Particle Swarm Optimization also in Protocol
  • Lane Based Optimal Routing Protocol
  • Multicast Routing Protocol
  • Clustering Based Efficient Energy Heterogeneous Ring Routing Protocol
  • QoS (Quality of Service) Aware Evolutionary also Based Routing Protocol
  • Multi Gradient Routing Protocol
  • Reliable and Efficient Energy Opportunistic Routing Protocol
  • Efficient Energy Distributed Receiver Based Routing Protocol
  • Efficient Energy Sparse Routing Protocol
  • Modified AD Hoc On-Demand Distance Vector also in Routing Protocol

         We are also the aforementioned very few routing protocols that are used for network simulation. Our world graded brilliants use those routing protocols to discover additional information about how to link lifetime, prevent attacks, energy concept, and also so on.

We also offer ultimate and high trendy of knowledge for your extremely intellectual research in both practical and theoretical sides. For your splendid achievement, you can also contact us immediately.