2nd International Workshop on Communications and Sensor Networks, Niagara Falls, Kanada

Abbrevation

ComSense

Link

https://sites.google.com/site/comsense2014/

City

Niagara Falls

Country

Canada

Deadline Paper

2014-03-29

Start Date

2014-08-17

End Date

2014-08-20

Abstract

The 2nd International Workshop on Communications and Sensor Networks (ComSense–2014) provides an international forum on the latest technologies and research in the field of Communications and Sensor Networks. ComSense–2014 will be held in Niagara Falls, Ontario, Canada on August 17–20, 2014 in conjunction with The 9th International Conference on Future Networks and Communications (FNC–2014). Workshop Website: https://sites.google.com/site/comsense2014/ SCOPE Scope of ComSense–2014 covers the fast growing domains in smart communications embedded in complex systems, for a wide variety of applications in the forthcoming generation of networks and smart grid technologies. The day by day increasing popularity and diffusion of innovative services and applications exploited the raising challenges. These issues demand to rebuild available technologies to meet the coming needs of ever growing user base. ComSense–2014 targets to address the current research results in Wireless Communications and Mobile Networking to present their methodologies, models, technologies, systems, tools, applications, work in progress and experiences. The selected topics of ComSense–2014 include but are not limited to the following: – Future Internet – Hybrid networks – Optical networks – Service level agreements – Radio–frequency identification (RFID) technology – Localization and Tracking – Smart grids – Secure Multimedia Streaming and Transmission – QoS and Admission Control – Medium access control protocols – Network management – Network services and protocols – Service Localization Cross–layer design for mobile and wireless networks – Dynamic spectrum management – Disruption tolerant networks – Energy–efficient networks – Network applications & services – and Pervasiveness – Personal area networks – Performance–oriented design and evaluation focused on networks and mobile applications – Quality of service provisioning – Routing protocols – Sensor networks – 60 GHz networking – Wireless networks – Testbed design and implementation – Traffic Engineering and measurements – Fault tolerance and availability of mobile services – Testing and monitoring of mobile applications – Service level agreements – Cellular and mobile communications – Wireless Mesh Networks – Communication protocols (IEEE 802.15.4, ZigBee, LowPAN) – Autonomic Management and Operation – Geographic routing – Delay tolerant networks – Bio–inspired and nature–inspired solutions in wireless ad hoc and sensor networks – Broadband access technologies – Cognitive radio – Optimization for Effective Communications – Peer–to–Peer Networks – Opportunistic networks – Wireless Sensor Networks and Applications – Mobility modeling and management – Mobility protocols – Performance evaluation and analysis – Under water networks