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-------------------------------------------------------- CALL FOR PAPERS -------------------------------------------------------- Journal of High Speed Networks Special Issue on QoS Routing in Wireless Mesh Networks --------------------------------------------------------

Wireless Mesh Networks (WMN) is a promising technology that offers solutions for low-cost broadband Internet access by extending the local area networks to wide area. Unlike mobile ad hoc and sensor networks, the mesh nodes in a WMN are stationary and have access to unlimited power. Typically, mobile clients connect to the mesh nodes and use the backbone to communicate with one another over large distances and with nodes on the Internet through a gateway.

One of the distinct characteristics of WMNs is that the mesh nodes can employ multiple radios and utilize multiple channels which thereby bring a potential to improve the throughput and bandwidth of the network. In addition, directional and multiple input multiple output (MIMO) antennas can be employed. Such technologies can be exploited for end-to-end Quality of Service (QoS) provisioning that can be used to offer some level of service differentiation to facilitate multimedia/real-time data communication, Video on Demand, VoIP, etc. over WMNs. Prior research on QoS provisioning in mobile ad hoc and sensor networks has mostly addressed the challenges under the single channel paradigm. While the research community has recently started to study the QoS challenges in WMNs, the current focus has largely been on bandwidth guarantees for traffic going out of the WMN to the Internet via the gateway(s). Therefore, further research is needed to provide QoS guarantees for intra-WMN traffic not only on bandwidth but also on delay, delay jitter and reliability so that WMNs can be realized as a technology in the near future.

The goal of this special issue is to collect papers in the area of QoS provisioning in multi-radio, multi-channel, multi-hop WMNs. We solicit papers which will address QoS challenges under multiple radios and channels, provide the foundation for applications such as Video on Demand, teleconferencing and VoIP, and deal with channel assignment and routing problems simultaneously. Topics of interest include, but not limited to:

- QoS routing with multiple radios/channels - Providing delay and delay jitter guarantees - Cross-layer design and optimization - Dynamic channel assignment with QoS routing - MIMO techniques for QoS provisioning - Handling mobility of mesh clients during QoS support - Performance analysis - Wireless mesh network testbed design and measurements - Fault-tolerance and QoS provisioning - Security and QoS provisioning - Utilization of cognitive radio for QoS provisioning - Centralized vs. distributed QoS algorithms

Important Dates:

- Manuscript Due: November 14, 2008 - Acceptance Notification: January 14, 2009 - Final Manuscript Due: February 4, 2009

Submission Guidelines:

All submissions to the Journal must be in English and based on original research of some fundamental significance. The paper must not be published or submitted for publication elsewhere, although part of the paper may have been published in conference proceedings. A manuscript largely based on a conference paper must be so identified. It is expected that the author(s) have obtained necessary approval or clearance prior to submitting the paper. All submissions to the Journal will be reviewed by competent referees and are considered on the basis of their technical correctness, contribution, novelty, readability and usefulness to the Journal's readership. The font size should be at least 10 and the number of pages should not exceed 15. IEEE transaction style is preferable. Please send the papers in pdf format to kemal@cs.siu.edu with a title of Special Issue of Journal of High Speed Networks.

Guest Editors:

Kemal Akkaya Dept. of Computer Science Southern Illinois University Carbondale Carbondale, IL 62901 Email : kemal@cs.siu.edu

Suleyman Uludag Dept. of Computer Science University of Michigan - Flint Flint, MI 48502 Email : uludag@umich.edu

Ali Bicak Dept. of Information Technology & Management Science Marymount University Arlington, VA 22207 Email: ali.bicak@marymount.edu _______________________________________________ Tccc mailing list Tccc@lists.cs.columbia.edu https://lists.cs.columbia.edu/cucslists/listinfo/tccc