Recent Presentations

[P36]

How to get published: An inside view of the IEEE peer-review process,” Lane Dept. of CSEE graduate seminar, West Virginia University, Feb. 20, 2017.

[P35]

C-RAN: Moving baseband to the Cloud,” tutorial, International Conference on Communications (ICC), (Kuala Lumpur, Malaysia), May 27, 2016.

[P34]

The computational requirements of centralized RAN,” invited presentation, Communication Theory Workshop (Nafplio, Greece), May 16, 2016.

[P33]

Research challenges in biometrics,” invited seminar, Biometrics Institute meeting (Australian Embassy, Washington, DC), Sep. 15, 2015.

[P32]

Computational outage: A new KPI for C-RAN,” invited seminar, University of Southampton (Southampton, UK), June 12, 2015.

[P31]

Interference correlation in fixed and finite networks,” poster presentation, 2015 Communication Theory Workshop (Laguna Beach, CA), May 11, 2015.

[P30]

Coverage and rate in finite-sized device-to-device millimeter wave networks,” invited seminar, McGill Univeristy (Montreal, Quebec), Mar. 23, 2015.

[P29]

Centralized radio access networks: The case for baseband in the cloud,” invited seminar, University of Toronto (Toronto, Ontario), Nov. 12, 2014.

[P28]

A direct approach to spatial averaging: Revisiting Baccelli's Result,” poster presentation, 2014 Communication Theory Workshop (Curacao), May 26, 2014.

[P27]

Computational communication theory: A modern tool for engineering future wireless networks,” invited seminar, Motorola Labs (Plantation, FL), May 23, 2014.

[P26]

Interference and spatial modeling in wireless networks,” invited seminar, University at Buffalo, The State University of New York (Buffalo, NY), May 15, 2014.

[P25]

Interference and spatial modeling in wireless networks,” invited seminar, University of Pisa (Pisa, Italy), May 5, 2014.

[P24]

Computational communication theory: A modern tool for engineering future wireless networks,” Lane Dept. of CSEE graduate seminar, West Virginia University, Apr. 7, 2014.

[P23]

Interference and spatial modeling in wireless networks,” invited seminar, Clemson University (Clemson, SC), May 28, 2013.

[P22]

Constellation shaping for LDPC-coded APSK,” invited seminar, Hughes Network Systems (Germantown, MD), Mar. 14, 2013.

[P21]

Digital video broadcasting by satellite,” Lane Dept. of CSEE graduate seminar, West Virginia University, Apr. 2, 2012.

[P21]

A high-performance computing approach to wireless network optimisation,” invited seminar, University of Auckland (Auckland, New Zealand), Feb. 3, 2012.

[P20]

Communication theory in the cloud: The transformative power of cheap utility computing,” plenary, Australian Communication Theory Workshop (Wellington, New Zealand), Jan. 30, 2012.

[P19]

Modern digital satellite television: How it works,” invited seminar, United States Naval Academy (Annapolis, MD), Nov. 7, 2011.

[P18]

Modern digital satellite television: How it works,” invited seminar, Georgia Institute of Technology (Atlanta, GA), Nov. 1, 2011. video.

[P17]

The transmission capacity of frequency-hopping ad hoc networks,” invited seminar, Osaka University (Osaka, Japan), June 13, 2011.

[P16]

How to get published: An inside view of the IEEE peer-review process,” Lane Dept. of CSEE graduate seminar, West Virginia University, Apr. 11, 2011.

[P15]

LDPC codes: Achieving the capacity of the binary erasure channel,” Math/CS Colloquium, West Virginia University, Nov. 30, 2009.

[P14]

Communication theory in the cloud,” Toronto Networking Seminar, University of Toronto (Toronto, Ontario), Oct. 30, 2009.

[P13]

Channel coding for IEEE 802.16e mobile WiMAX,” International Conference on Communications, (Dresden, Germany), June 18, 2009.

[P11]

Mutual information as a tool for the design, analysis, and testing of modern communication systems,” invited seminar, Hughes Network Systems (Germantown, MD), June 8, 2007.

[P9]

Turbo and LDPC codes: Implementation, simulation, and standardization,” Virginia Tech Symp. on Wireless Personal Commun., Virginia Tech (Blacksburg, VA), June 7, 2006.

[P5]

Modern wireless network design based on constrained capacity,” Pittsburgh Signal Processing Society Seminar, University of Pittsburgh, April 20, 2005.

Copyright 2010-2022 Matthew C. Valenti