posted by user: kolaf || 5205 views || tracked by 8 users: [display]

JSAC Special Issue 2013 : IEEE Journal on Selected Areas in Communications - Special issue on Switching and Routing for Scalable and Energy-Efficient Datacentre Networks


When N/A
Where N/A
Submission Deadline Jan 1, 2013
Notification Due May 1, 2013
Final Version Due Sep 1, 2013
Categories    networks   routing   datacentre   reliability

Call For Papers

IEEE Journal on Selected Areas in Communications
Datacenters are the Internet brains, where scalability and power consumption take their toll. Cost-effective computing and storage are provided in datacenters due to economy of scale. Their key challenge is scalability, as a datacenter may house thousands of servers interconnected through many switches and routers, and the physical infrastructure is shared by multiple tenants, each deploying many applications.
Datacenters process large amounts of multimedia traffic requiring guaranteed bandwidths and delays. Also, search engines and map-reduce applications generate large amounts of intricate traffic, which requires short delays, is bursty and induces incast effects, as many replies to a single inquiry are sent simultaneously to the node that initiated the inquiry. In both cases, current congestion control mechanisms incur unacceptable delays due to the retransmission of lost packets. In addition, incasting causes synchronization of traffic sources when packets are lost at the destination. Therefore, traditional congestion control needs to be either revised, or replaced by a new paradigm which may require an active role of switches and routers.
Server virtualization and the corresponding proliferation of virtual machines (VMs) per node have raised several core issues: network management, network virtualization, and workload optimization. Tens or even hundreds of VMs per server are bound to exceed the capabilities of commodity switches. Mobility of VMs is needed to accommodate dynamic user demands, maintenance and reliability, as well as efficient energy consumption. However, moving VMs is challenging since it involves routing of gigabytes of data, as well as of the VM network states (addresses, QoS policies and requirements, and so on). Traditional routing and bridging protocols involve flooding mechanisms for the topology discovery and updates, which might clog a datacenter when VMs move. Efficient search of large amounts of data, VM mobility and multi-tenancy in flat datacenter networks incur an increasing burden on the lookup and classification because they complicate the address aggregation.
Customers of datacenter services often require stringent service level agreements (SLAs), which necessitate deterministic QoS, including bandwidth and delay guarantees. Protocols designed for wide area networks support mainly best-effort traffic, and fairness is implemented only at the individual nodes. In a datacenter, flows of different customers must be isolated through the entire network, not only at the individual nodes, by means of novel QoS aware switching and routing, as well as network design based on realistic traffic models.
There are also opportunities for performance improvements in datacenters with respect to WANs: the network topology is more flexible, propagation delays are low, and proprietary protocols can be used. New issues and opportunities of datacenter networks demand novel solutions for switching and routing. Of particular interest is the following, non exclusive, list of topics:
• Scalable addressing, address lookup and classification algorithms
• Enablers of SLAs in datacenters: Congestion control, flow isolation, and QoS
• Performance optimized datacenters (PODs): flattened topologies, load balancing, efficient incasting, datacenter transport protocols, adaptive routing
• Reliability and fault tolerance in datacenters
• Energy efficient switching and routing in datacenters
• Virtual networking and software defined networking, distributed routers and caching
Prospective authors should prepare their submissions in accordance with the submission rules specified in the “Information for Authors” section of the JSAC guidelines ( Papers should be submitted through EDAS ( according to the following timetable:
Manuscript submission
January 1, 2013
First review
May 1, 2013
Final decision
July 1, 2013
Final to publisher:
September 1, 2013
First Quarter 2014
Guest Editors:
• Prof.Dr. Aleksandra Smiljanić (Belgrade University, Serbia),,
• Prof.Dr. Mounir Hamdi (Hong Kong University of Science and Technology, China),,
• Prof.Dr. Jonathan Chao (Polytechnic Institute of NYU, USA),,
• Prof.Dr. Eiji Oki (University of Electro-Communications in Tokyo, Japan),,
• Dr. Cyriel Minkenberg (IBM Research, Switzerland),

Related Resources

Globecom 2022   IEEE Global Communications Conference Selected Areas in Communication Symposium: Social Networks Track
AIMLNET 2022   2nd International conference on AI, Machine Learning in Communications and Networks
IEEE Journal of Selected Topics in Appli 2023   Security and Privacy-preserving Solutions on Remote Sensing Data of Smart Cities
CIRSY 2022   8th International Conference on Circuits and Systems
IEEE ICCSN 2023   IEEE--2023 15th International Conference on Communication Software and Networks (ICCSN 2023)
WiMNET 2022   9th International Conference on Wireless and Mobile Network
IEEE ICICSE 2023   IEEE--2023 the 3rd International Conference on Information Communication and Software Engineering (ICICSE 2023)
IJCSA 2022   International Journal on Computational Science & Applications
SI CFP IEEE OJ-COMS 2022   Intelligent Communication and Perceptual of Smart City Towards 6G: Emerging Trends and Challenges
IEEE CCAI 2023   IEEE--2023 3rd International Conference on Computer Communication and Artificial Intelligence (CCAI 2023)