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Harry Rowe Mimno Award

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Established in 1979, this award is to recognize and foster excellence in clear communications of technical material of widespread interest to AESS members, and in doing so, to honor the contributions of AES Transactions Editor-in-Chief Emeritus Dr. Harry Rowe Mimno to the AESS and IEEE for over 50 years. The award is to the author of a paper which is primarily tutorial (including surveys), speculative, or which advocates new ideas or principles tending to promote debate. It is selected from among those published in the IEEE Aerospace & Electronic Systems Magazine. Prior to 1987, the Mimno Award was made for contributions to IEEE Transactions on Aerospace and Electronic Systems.

Chair of the Harry Rowe Mimno Award:

VP Publications (2018); AESS Distinguished Lecturer (2017-2018); IEEE Fellow

Prize:

$1,000 and Plaque. If more than one awardee, the monies are divided equally with individual Plaques. Travel expenses of up to $1,000 per individual (up to a maximum of $1,500 for multiple awards) may be authorized by President of Society.

Funding:

Funded by the IEEE Aerospace and Electronic Systems Society.

Eligibility:

Authors of paper published in the AES Magazine during the previous fiscal year.

Presentation:

At a convenient IEEE conference.

2017 - "“Signaling Strategies for Dual-Function Radar Communications: An Overview” "

Aboulnasr Hassanien

2017 - "“Signaling Strategies for Dual-Function Radar Communications: An Overview” "

Moeness G. Amin

2017 - "“Signaling Strategies for Dual-Function Radar Communications: An Overview” "

2017 - "“Signaling Strategies for Dual-Function Radar Communications: An Overview” "

Dr. Andris Slavinskis

2016 - "For the August 2015 AESS Magazine Article: "ESTCube-1 In-Orbit Experience and Lessons Learned""

Francious Maasdorp

2015 - "For the September 2014 AESS Magazine Paper: Planning and Design Phases of a Commensal Radar System in the FM Broadcast Band "

2015 - "For the September 2014 AESS Magazine Paper: Planning and Design Phases of a Commensal Radar System in the FM Broadcast Band "

2015 - "For the September 2014 AESS Magazine Paper: Planning and Design Phases of a Commensal Radar System in the FM Broadcast Band "

2015 - "For the September 2014 AESS Magazine Paper: Planning and Design Phases of a Commensal Radar System in the FM Broadcast Band "

Roaldje Nadjiasngar

2015 - "For the September 2014 AESS Magazine Paper: Planning and Design Phases of a Commensal Radar System in the FM Broadcast Band "

2015 - "For the September 2014 AESS Magazine Paper: Planning and Design Phases of a Commensal Radar System in the FM Broadcast Band "

Hugh D. Griffiths

2014 - "The German WW2 HF Radars Elefant and See-Elefant" and "Radar Detection and Tracking of German V-2 Rocket launches in WW2"

2013 - "For the 2012 AESS Magazine Paper: "High Level Information Fusion (HLIF): Survey of Models, Issues, and Grand Challenges"

Dale A. Lambert

2013 - "For the 2012 AESS Magazine Paper: "High Level Information Fusion (HLIF): Survey of Models, Issues, and Grand Challenges"

Mieczyslaw "Mitch" M. Kokar

2013 - "For the 2012 AESS Magazine Paper: "High Level Information Fusion (HLIF): Survey of Models, Issues, and Grand Challenges"

2013 - "For the 2012 AESS Magazine Paper: "High Level Information Fusion (HLIF): Survey of Models, Issues, and Grand Challenges"

2013 - "For the 2012 AESS Magazine Paper: "High Level Information Fusion (HLIF): Survey of Models, Issues, and Grand Challenges"

2013 - "For the 2012 AESS Magazine Paper: "High Level Information Fusion (HLIF): Survey of Models, Issues, and Grand Challenges"

2013 - "For the 2012 AESS Magazine Paper: "High Level Information Fusion (HLIF): Survey of Models, Issues, and Grand Challenges"

2012 - "For the April 2011 AESS Magazine Paper: "Low Cost Flight Simulator Using Virtual Reality Tools"

2012 - "For the April 2011 AESS Magazine Paper: "Low Cost Flight Simulator Using Virtual Reality Tools"

2011 - "For the April 2011 AESS Magazine Paper: "Low Cost Flight Simulator Using Virtual Reality Tools"

Fredrik Gustafsson

2011 - "For the July 2010 AESS Magazine Paper: "Particle Filter Theory and Practice with Positioning Applications"

2010 - "For the March 2009 AESS Magazine Paper: "How Engineering Can Conduct Cost-Benefit Analysis for PHM Systems"

2010 - "For the March 2009 AESS Magazine Paper: "How Engineering Can Conduct Cost-Benefit Analysis for PHM Systems"

Kenneth Nickell

2010 - "For the March 2009 AESS Magazine Paper: "How Engineering Can Conduct Cost-Benefit Analysis for PHM Systems"

2010 - "For the March 2009 AESS Magazine Paper: "How Engineering Can Conduct Cost-Benefit Analysis for PHM Systems"

Juan Antonio Ortega

2008 - "For the March 2007 AESS Magazine Paper: “Moving Towards A More Electric Aircraft"

Emiliano Aldabas

2008 - "For the March 2007 AESS Magazine Paper: “Moving Towards A More Electric Aircraft"

Javier Alveiro Rosero

2008 - "For the March 2007 AESS Magazine Paper: “Moving Towards A More Electric Aircraft"

2008 - "For the March 2007 AESS Magazine Paper: “Moving Towards A More Electric Aircraft"

John B. McKinney

2007 - "For August, 2006 AES Systems Magazine article "Radar: A Case History of an Invention"

2006 - "For June 2005 article: “Ultra-Wide Band Radar for Patient Monitoring"

2006 - "For June 2005 article: “Ultra-Wide Band Radar for Patient Monitoring"

Igor Y. Immoreev

2006 - "For June 2005 article: “Ultra-Wide Band Radar for Patient Monitoring"

2005

Stanley J. Krol

2004

2004

R. Sanchez-Reillo

2003

L. Mengibar Pozo

2003

D. de Martin Roche

2003

C. Sanchez-Avila

2003

Thomas W. Kerslake

2002

2002

Robert C. Hammett

2001

2000

1999

Richard P. Wishner

1999

Charles A. Fowler

1998

William J. Kenneally

1998

Frederick Stuhr

1997

1989

1987

Russell I. Mason

1984

Chandler A. Phillips

1983

Harry Heaton III

1983

Jerrold S. Petrofsky

1983

Robin A. Dillard

1981

1979 - "he Laser BMD and Other Radiant Energy Weapons: Some Thoughts"

Field of Interest

“The field of interest shall be the organization, systems engineering, design, development, integration, and operation of complex systems for space, air, ocean, or ground environments. These systems include but are not limited to navigation, avionics, mobile electric power and electronics, radar, sonar, telemetry, military, law-enforcement, automatic test, simulators, and command and control."

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