Wireless Mesh Network Qualnet Projects

Wireless Mesh Network Qualnet Projects is important commercial network simulator software used by GloMoSim technologies for academic projects. We offer MS projects in QualNet, which allow research scholars to study & analyze various network & devices.

We ensure QualNet high fidelity software to analyze various network performances such as wired and wireless and mixed platform network. We support MS scholars to develop Wireless Mesh Network Qualnet Projects under various networks. In addition, We provided QualNet for large heterogeneous networks and distributed applications that execute on the network.

To implement a new protocol, we use QualNet with or C++ language. For the complex system, we use the QualNet parallel simulation environment with the basic operation run on distributed machines.

Wireless Mesh network using Qualnet

   In this process, We implement a Wireless mesh network Qualnet Projects, which is an alternative key for next generation wireless network. Also, We ensure WMN as dynamically self-organized & self-configured with two types of nodes are:

• Mesh routers.
• Mesh clients.

Types of wireless Mesh network

   We also implemented the following types of a wireless mesh network are

Client wireless mesh network

• Client nodes constitute an actual network to perform routing & configuration functions.

A hybrid wireless mesh network

• We perform mesh functions with various mesh clients and also access the network.

Infrastructure wireless mesh network

• Mesh router form an infrastructure for clients.

Wireless body area network

   We also proposed more than80 projects in wireless body area networks composed of a set of mobile nodes & intercommunicating sensors as either wearable or implanted into the human body, which monitor body parameters and movements. More researchers are also doing research to enhance the wireless body area network.

Wireless sensor network

   We also proposed a wireless sensor network from direct science papers, which is a collection of sensing devices to ensure wireless communication. Every device contains sense, process, and also send to peers.

   Consequently, We provide a wireless sensor network by the convergence of micro-electro-mechanical systems (MEMS) technology, wireless communication, and also digital electronics. In general, we enabled the development with low cost, low power multi-functional sensor node, which is small in size & communicates in a short distance.

WBAN communication

   We also provide WBAN communication as

• Intra body communication.
• Extra body communication.

   It is also deployed wireless body area network in various applications such as medical health care, personal video device, security, gaming, and also fitness monitoring & sports.

Software-defined networking (SDN)

   We also developed SDN, an emerging approach to a computer network that permits the network administrator to manage network service by abstraction level function.

   By software-defined networks, we separate the control plane from the data plane of forwarding elements. Also, We have introduced the notation of the northbound & southbound interface in SDN.

Southbound interface

• It is also referred to as interface and protocol among programmable switches and software controllers.

Northbound interface

• We also determine to express operational task & network packets, which translated them into a controller form for human understand purposes.

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