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Enhancing Access to the Radio Spectrum The radio frequency (RF) spectrum is crowded, and Wireless Institute members are developing technologies as well as economic and regulatory guidelines for innovative spectrum sharing that allow more more efficient use of this scarce national resource.
Enhancing Access to the Radio Spectrum
World-Class Laboratories Wireless Institute faculty, staff, and students share approximately 4000 square feet of laboratory space and over $4M in advanced circuit prototyping, software development, and test and measurement infrastructure.
World-Class Laboratories
Multiple-Antenna Systems Wireless Institute members have created a number of technologies that allow wireless devices to practically exploit multiple antennas for increased capacity, coverage, and reliability.
Multiple-Antenna Systems
Creative and Collaborative Students The Wireless Institute trains outstanding graduate students and well-round undergraduate students who leave Notre Dame fueled with a desire to be a force for good in the world.
Creative and Collaborative Students
Mobile Devices and Applications Wireless Institute faculty and Notre Dame students are developing enhanced mobile devices and innovative applications that are quickly transitioning into the commercial sector.
Mobile Devices and Applications
Emerging Network Architectures Wireless Institute members are exploring all aspects of decentralized network architectures such as mesh and ad hoc networks, which require less critical infrastructure and are more robust to node failures, but present many challenges in network modeling, design, and optimization for scalability, security, and management.
Emerging Network Architectures
Interoperable Broadband for Public Safety Wireless Institute members are contributing to technology and policy geared at providing interoperable voice and broadband data networks to the public safety community.
Interoperable Broadband for Public Safety
Software-Defined Radio Wireless Institute members have developed a leading program in the area of software-defined radio, which enable multi-band, reprogrammable, and cognitive communications and networking.
Software-Defined Radio

Welcome to the Wireless Institute

The Wireless Institute in the College of Engineering at the University of Notre Dame is becoming an internationally preeminent center 
of 
research, education, technology transfer, and outreach activities 
that 
develops wireless communication & networking 
technologies, applications, and economic & policy studies
 of 
great value to society.

Recent Publications
  • Haenggi, Diversity Loss Due to Interference Correlation, Oct 2012
  • Laneman, et. al., Energy- and Cost-Efficient Mobile Communication using Multi-Cell MIMO & Relaying, Sept 2012
  • Hochwald & Stauffer, Low-Complexity Muti-Stream Space-Time Codes-Part II: Unitarytransform Codes, Feb 2012
>View all Publications
News >More News
Tablet-Based Head Injury Tool Testing by Poellabauer & Flynn
Tablet-Based Head Injury Tool Testing by Poellabauer & Flynn
April 30, 2013

Professors Flynn and Poellabauer develop tablet-based computer program application to help determine whether athletes, soldiers and others have suffered traumatic brain injuries.

Haenggi Accepts Keynote Invitation for SpaSWiN 2013
Haenggi Accepts Keynote Invitation for SpaSWiN 2013
April 15, 2013

Professor Haenggi accepts invitation to be the Keynote Speaker at the 2013 Workshop on Spatial Stochastic Models for Wireless Networks (SpaSWiN'13) to be held Japan.

Notre Dame Researchers Score with Novel Set of Concussion Diagnostic Tools
Notre Dame Researchers Score with Novel Set of Concussion Diagnostic Tools
March 26, 2013

Notre Dame team has developed a tablet-based testing system that captures the voice of an individual and analyzes the speech for signs of a potential concussion anytime, anywhere, in real time.

New Book Is First to Cover Spatial Modeling and Analysis of 
Wireless Networks at Introductory Level
New Book Is First to Cover Spatial Modeling and Analysis of 
Wireless Networks at Introductory Level
February 19, 2013

A new book by Martin Haenggi combines theory and hands-on analytical techniques to guide readers through the modeling and analysis of wireless network performance.

Agilent Technologies and Notre Dame Team Up on MIMO Wireless Technologies
Agilent Technologies and Notre Dame Team Up on MIMO Wireless Technologies
November 16, 2012

Agilent Technologies Inc. and the Wireless Institute at the University of Notre Dame will establish a collaborative research initiative aimed at developing the next generation of multiple-input, multiple-output wireless technologies.

>View more News
Mission

INNOVATE
technologies, economics, & regulation

INTERACT
with industry & government agencies

IMPACT
society

Faculty
Spotlight
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Martin Haenggi

Martin Haenggi

VIEW FULL PROFILE Email: mhaenggi@nd.edu
Phone: 574-631-6103
Website: http://www.nd.edu/~mhaenggi/
Office: 274 Fitzpatrick Hall
Research Interests: - Information Theory for Mobile Ad Hoc Networks (IT-MANET): The goal of this project is to find the fundamental performance limits of mobile ad hoc networks in terms of throughput, delay, and reliability. It involves 12 investigators from 8 institutions and it support by ...
>Click to learn more

Martin Haenggi

Research Interests: - Information Theory for Mobile Ad Hoc Networks (IT-MANET): The goal of this project is to find the fundamental ... >Click to learn more