ICCCN 2004 Organizing Committee

EAI Endorsed Transactions on Wireless Spectrum, 2016

This special issue consists of a collection of papers on the latest advances in cognitive, cellular, and mobile networks. It consists of the top papers selected and extended from The Cognitive, Cellular, and Mobile Networks (CCM) Track of 24th International Conference on Computer Communications and Networks (ICCCN 2015), held in Las Vegas, Nevada, USA. August 3-August 6, 2015, as well as open call submissions. We hope that this SI will serve as good references for engineers, scientists, researchers, and academics in the field of Cognitive, Cellular, and Mobile Networks.

Proceedings of 2013 IEEE International Conference on Teaching, Assessment and Learning for Engineering (TALE), 2013

Security and Communication Networks, 2012

Mobile Internet and Computer Communication is a part of our daily life. People use mobile Internet and network communication applications such as YouTube, Twitter, and Facebook, as well as mobile web and e-mail via mobile communication devices such as smartphones, tablet PCs, and embedded mobile devices. We are also moving to an era of cloud computing services that store important and proprietary information on remote machines, which are accessible through various networks and mobile internet environments. Although such applications may help businesses and also make personal services more efficient, they are vulnerable to attacks, which include various communication and network infringement, system violation, stealing data, and obstructing the operations of a business or a person. In addition, the environment of the Next Generation Communications and Networks has raised many issues on heterogeneous communications system and network security, which are vulnerable to various attacks. This special issue of Security and Communication Networks highlights the latest research results and presents novel and innovative security and privacy techniques for Next Generation Communication and Network Security.

2009

Abstract With the fast-paced development of computing technologies, mobile devices have almost sufficient computation and communication capabilities to support mobile multimedia applications such as multimedia streaming, VoIP, and mobile TV. However, most existing mobile devices are powered by battery with limited energy resource.

Mobile Networks and Applications

Successfully deploying multimedia services and applications in mobile environments requires adopting an interdisciplinary approach where multimedia, networking and physical layer issues are addressed jointly. Content feature analysis and coding, media access control, multimedia flow and error control, cross-layer optimization, Quality of Experience (QoE), media cloud, media data processing as well as mobility management and security protocols are research challenges that need to be carefully examined when designing new mobile media architectures. We also need to put a great effort in designing applications that take into account the way the user perceives the overall quality of provided services. Within this scope, this special issue is intended to provide a unique international forum for researchers from industry and academia, working on multimedia coding, security, mobile communications and networking fields, to study new technologies,

IEEE Systems Journal

His research interests include cognitive radio networks, networking traffic analysis, radio resource management, and energy efficient networks. He has authored or co-authored more than 100 publications at various international conferences proceedings, workshops, scientific journals, and book chapters.

IEEE Journal on Selected Areas in Communications, 2015

2011

There has been increasing interest in deploying a team of robots, or robot swarms, to fulfill certain complicate tasks such as surveillance. Since robot swarms may move to areas of far distance, it is important to have a pervasive networking environment for communications among robots, administrators, and mobile users. In this paper, we first propose a pervasive architecture to integrate wireless mesh networks and robot swarm networks to build a robot swarm communication network within the areas of special interest. Under the proposed architecture, one or more robots can get connected with a nearby mesh router and access the remote server, while a self-organizing mobile ad hoc network is formed within each swarm for communications among the robots. We then address and analyze many important issues and challenges. Finally, we describe our work to enable this architecture through a scalable algorithm for autonomous swarm deployment and ROBOTRAK, a socket-based-swarm monitoring and control toolkit. Extensive simulation results and demonstrations are presented to show the desirable features of the proposed algorithm and toolkit.

Electronic Commerce Research, 2011