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Keysight Technologies Inc. announced that Ravi Tandon, assistant professor at the UA Department of Electrical and Computer Engineering, will receive the 2018 Keysight Early Career Professor Award for his work in advanced information theory for wireless networks and cloud computing.

The Keysight Early Career Professor Award was established to recognize and encourage excellent research enabling design, test or measurement of electronic systems.

Tandon's research focuses on the development of an information theory that supports efficient distributed computation. This work applies to the latest advances in wireless networks and to distributed cloud computing. His research establishes mechanisms to store, access and compute data in distributed cloud environments, reducing communications overhead while preserving data reliability and security. He also explores new methods for signal interference management, a major issue in future networks.

Ravi Tandon, assistant professor of electrical and computer engineering, was recently appointed an editor for the publication IEEE Transactions on Wireless Communications.

Tandon’s research focuses on several fields, including wireless communications, signal processing, and wireless security and privacy. His achievements have been recognized by the Institute of Electrical and Electronics Engineers before when he won the Best Paper award at GLOBECOM 2011.

IEEE Transactions on Wireless Communications, or TWC, aims to publish high-quality, peer-reviewed, original papers that advance the theory and applications of wireless communication systems and networks.

Profile shot of Ivan Djordjevic beside the cover to his book, Advanced Optical and Wireless Communications Systems

Springer recently published “Advanced Optical and Wireless Communications Systems” by Ivan B. Djordjevic, professor in the UA Department of Electrical and Computer Engineering

The book introduces readers to advanced topics in:

  • wireless communications
  • free-space optical communications
  • indoor optical wireless (infrared) communications
  • fiber-optics communications

Although these communication systems have been considered separate disciplines, they share fundamental concepts, and the book rests on the idea that these systems should be viewed in a unified fashion. Djordjevic’s book provides straightforward guidance on communication fundamentals that can be readily applied to research and practical applications.

Hao XinDepartment of Electrical and Computer Engineering professor Hao Xin was elevated to IEEE fellow "for his contributions to electromagnetic metamaterials and 3-D printing of metamaterial structures" in January 2018.

Metamaterials are designed to have properties not found in nature, like a negative refractive index, which bends energy waves backward. Xin’s research into negative refraction has brought the world one step closer toward the possibility of invisibility cloaks. He has also developed ways of 3-D printing antennas and radio frequency, or RF, circuits, which are used to wirelessly transfer information.

Kwai-Man Luk, the chair professor of electronic engineering at City University of Hong Kong, nominated Xin for the award. He wrote in his nomination that metamaterials are often difficult and expensive to construct, but that Xin has discovered ways to successfully 3-D print them.

"His research outcome has not only enabled efficient fabrication of electromagnetic metamaterials, but also led to new designs that were not able to be fabricated before," he wrote.

University of Arizona College of Engineering