The wireless mesh networks came to rescue the challenging issues related for predicting the location of a user and choosing the position of access points in wireless distributed systems. Basically mesh networks guarantee the connectivity through a multihop wireless backbone formed by stationary routers. There is no differentiation between uplink and downlink, but performance depends on the routing protocols. There are several challenging issues for properly exploiting wireless mesh networks` features, such as fast-link quality variation, channel assignments, performance, QoS-routing, scalability, slow/high speed mobile users, service differentiation, and others.
Tracks:
Architectures and algorithms
Frameworks
Wireless interference models
Topology models
Large-scale networks
Real-time and non-real-time communications
Channel assignment schemes
Resource allocation
Centralized and distributed scheduling
Performance
Static/mobile scenarios
Access control
Service differentiation
Security, Privacy, and Trust
Protocols
Protocol interference models
Access and routing protocols
Single-channel multihop / multi-channel routing
Joint routing and scheduling
Routing metrics
Multichannel routing
Quality of Services routing
Multimedia-centric routing
Fast-link quality metrics
Bandwidth estimation
Cross-layer multicast routing
QoS-based access protocols for mesh networks
Multi-channel access protocols
Applications
Multimedia services
Home IPTV
WiMax
Broadband home networking communications
Emergency/disaster
Telemedicine and e-health
Smart buildings
Broadband Internet access
Past Events
MESHÂ 2010 , The Third International Conference on Advances in Mesh Networks - 18-25 Jul 2010, Novotel Venezia Mestre Castellana, Venice, Italy (4627)
MESH , The International Conference on Advances in Mesh Networks 2026
Important
Please, check "MESH , The International Conference on Advances in Mesh Networks" official website for possible changes, before making any traveling arrangements