multicast routing is one of the most important services in multi radio multi channel (mrmc) wireless mesh networks (wmn). multicast routing performance in wmns could be improved by choosing the best routes and the routes that have minimum interference to reach multicast receivers. in this paper we want to address the multicast routing problem for a given channel assignment in wmns. the channels...

Wireless Mesh Network (WMN) is a kind of network which is made up of Mesh router and Mesh clients where Mesh router having lesser mobility and form the heart of WMNs. In this paper, Wireless Mesh Network over MANET implemented using routing protocols such as AODV, DSR. In this work NS-2.34 simulator is used for simulations. Various measurements and calculations were figure out in this work like...

The specification of network connectivity model or topology is the beginning of design and analysis in Computer Network researches. Wireless Mesh Networks is an autonomic network that is dynamically self-organised, self-configured while the mesh nodes establish automatic connectivity with the adjacent nodes in the relay network of wireless backbone routers. Researches in Wireless Mesh Networks ...

Efficient Design of WiMAX/802. 1 6 Mesh Networks. Jad El-Najjar, Ph.D. Concordia University, 2010 Broadband wireless networks are becoming increasingly popular due to their fast and inexpensive deployment and their capabilities of providing flexible and ubiquitous Internet access. While the majority of existing broadband wireless networks are still exclusively limited to single hop access, it i...

Wireless mesh networking has emerged as a key technology to provide wide-coverage broadband networking. It benefits both service providers with low cost in network deployment, and end users with ubiquitous access to the Internet from anywhere at anytime. Wireless mesh networks are vulnerable to malicious attacks due to the nature of wireless communication and the lack of centralized network inf...

Wireless mesh networks are the next step in the evolution of wireless architecture, deliveringservices for a large variety of applications in personal, local, campus, and metropolitan areas.Supporting multimedia services in wireless mesh networks is receiving more attention from theresearch community. While wired networks have mature infrastructure and protocols providingQoS for...

Wireless Mesh Networks (WMNs) have emerged as a key technology for next-generation wireless networking. Routing is a key factor for transfer of packets from source to destination. Every routing protocol has its own advantages and disadvantages. So selection of routing protocol is important for any network. Learning about advantages and disadvantages of protocols help us to know the effective se...

Wireless Mesh networks have made it possible to have seamless connectivity in between the community users. WMN is a low cost network supporting multihop communication through a backbone like structure. But, to provide services like neighborhood and community network, broadband home network, building enterprise network QoS provisioning is very much essential. In this paper, we presented a compar...

After years of research on ad hoc networks, practical wireless mesh networks are moving towards mainstream industry deployment. As wireless mesh networks become more ubiquitous, how to enable distributed applications and services is a challenging research topic. A new network architecture called OverMesh is recently proposed, in which computational overlays provide the facility to deploy distri...

A Wireless Mesh Network (WMN) is composed of multiple Access Points (APs) that are connected together using the radio channel, and by a limited number of gateway APs connected to the Internet. In this paper, we address the problem of gateways placement, that consists of minimizing the number of gateways while satisfying performance requirements of the APs. Along with the placement problem, the ...