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For decades, the wireless network evolution has been driven by a strive for higher data rates. Indeed, the whole premise of 4G networks had been on delivering higher rate and high network capacity. However, the advent of the Internet of Things and …
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Dynamic spectrum access and spectrum sharing lie at the heart of cognitive radio networks. As such, developing new multiple access techniques along with exploiting unconventional frequency bands are necessary steps needed to ensure the wide-scale deployment of cognitive radio networks. In this …
IEEE ComSoc Technical Committee on Cognitive Networks (TCCN) sponsors the IEEE ComSoc TCCN Recognitions Award and IEEE ComSoc TCCN Publication Award. See the call for nominations for the TCCN Recognition Award and TCCN Publication Award. The awards procedures and process can be downloaded here.
Cognitive radio networks are at the cusp of a major revolution. What started as a paradigm for spectrum sharing and dynamic spectrum access, grew into a major wireless communications field that weaves together multiple disciplines ranging from communication theory to machine learning, network science, and …
Originally posted in Sec-IG blog (link to the original post)
Pin-Hsun Lin and Eduard A. Jorswieck
Dresden University of Technology, Germany
Due to the broadcast nature of wireless networks, communications are potentially subject to attacks, such as passive eavesdropping or active jamming. Instead of using the traditional …
Scope and Motivation: Emerging cognitive radio communications and networking technologies potentially provide a promising solution to the spectrum underutilization problem in wireless access, improving the interoperability and coexistence among different wireless/mobile communications systems and making the future-generation radio devices/systems autonomous and selfreconfigurable. The goal of …
Originally posted in Sec-IG blog (link to the original post)
Siddique Latif¹, Farrukh Pervez¹, Muhammad Usama², Junaid Qadir²
¹National University of Science and Technology, Islamabad
²Information Technology University (ITU), Lahore
The explosive increase in number of smart devices hosting sophisticated applications is rapidly affecting the landscape of information communication …
Originally posted in Sec-IG blog (link to the original post)
Ankit Kaushik, Friedrich Jondral
Communications Engineering Lab, Karlsruhe Institute of Technology, Germany
Contact Information: Ankit.Kaushik@kit.edu
Over the last decade, wireless communication is witnessing a tremendous growth in the data traffic due to ever-increasing number of connected devices. According …
Originally posted in Sec-IG blog (link to the original post)
The advent of new wireless technologies such as mobile cloud computing (MCC), Internet of Things (IoT), and mobile edge computing (MEC) have increased expectations for optimal and reliable resource management of mobile web traffic. Cognitive Networking …
Originally posted in Sec-IG blog (link to the original post)
The huge growth in mobile data traffic is generally because of increasingly sophisticated smart phone applications (e.g. Computer Vision, Augmented Reality, 3D gaming, cameras, and security). These applications are a major market driver for mobile equipment …
