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Brief description of research and educational projects conducted by the Wireless Institute.

Resilient Wireless Sensor-Actuator Networks

Professors Lemmon, Laneman, and Lin are awarded $1,000,000 by the National Science Foundation to engage both graduate and undergraduate students in cyber-physical systems.

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Interference Engineering in Wireless Systems

The National Science Foundation awards Professor Haenggi $444,499 to analyze interference in wireless systems.

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Spatially Coupled Sparse Codes On Graphs - Theory, Practice & Extensions

The National Science Foundation awards Professors Costello and Fuja $308,000 to investigate a new approach to protecting the reliability of digital communication and digital storage systems.

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Sensing-Based Dynamic Spectrum Access Networks

Laneman awarded $473,132 by NSF to focus on a comprehensive approach to dynamic spectrum access based upon spectrum sensing.

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A New Approach to Joint Source-Channel Coding

NSF awards Minero $300,000 for his efforts to establishes a hybrid source-channel coding architecture with much improved performance.

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Multiple Transmitter Chains to Minimize Exposure in Portable Devices

Hochwald is awarded $200,000 by the NSF to examine the use of multiple transmitters, commonly used to improve wireless performance, as a tool to minimize exposure.

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Experimental Research on Wireless Networking

NSF funding renews a CISE Research Experience for Undergraduates site focused on experimental research in wireless networks with an award to Poellabauer for $354,628.

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Effects of Pervasive Networking on Social Relationships and Resource Planning

Striegel leads a team of faculty on a research project that will yield a better understanding of the impact of "always on" social interactions on wireless networks with a $764,825 grant from NSF.

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Theory and Practice of Cooperative Wireless Networks

This research aims to enable significant improvements in the performance of wireless systems to help overcome spectrum scarcity led by Haenggi and a NSF grant for $470,000.

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Adaptive Space-Polarization MIMO Communications

ONR awards Pratt with $90,000 to conduct research that aspires to develop power-efficient communications modes and performance over current tactical radio systems.

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Polarimetric Signal Processing

Pratt receives a $500,000 DARPA grant to research the development of successful interference suppression techniques.

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Visual Analytics for Cell Phone Usage

Sprint invests $75,000 with Striegel. The research data from this network traffic pattern visualization that will be analyzed for trends and used to support the customers on Sprint’s network.

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Vehicular Communications

Toyota ITC awards Poellabauer $35,000 to forward research attempts to improve the reliability of dedicated short-range communications (DSRC).

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Curriculum and Lab Development Via 3-D Interfacing Using Nintendo Wiimote

This NSF project assists Striegel with $170,000 while he investigates an intuitive interface for motion capture using the Nintendo Wiimote.

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Software-Defined Radio Technologies for Criminal Justice and Public Safety Communications

NlJ awards Laneman and ND RadioWare Group $550,000 to bring software-defined and cognitive radio technologies closer to practical application for public safety communications.

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