Leap Motion - San Francisco Bay Area since Apr 2013
Developer Relations
Seed&Spark - San Francisco Bay Area Jan 2013 - Mar 2013
Consultant
Miso - Greater New York City Area Jan 2011 - Oct 2012
Business Development
IBM Dec 2009 - Jan 2011
Microprocessor Design Unit Lead
Harmony and Me Aug 2007 - Dec 2009
Producer
Education:
The University of Texas at Austin 2000 - 2004
BS, Electrical & Computer Engineering
Skills:
New Business Development Strategic Partnerships Start-ups Partner Management Technology Interactive TV Closing Deals Digital Marketing Social Media Marketing Analytics Film Electrical Engineering Hardware Development Business Development Developer Relations
Honor & Awards:
• U.S. Patent for Efficient Utilization of a Multi-Source Network of Control Logic to Achieve Timing Closure in a Clocked Logic Circuit
• IBM Invention Achievement Award
• IBM Early Tenure Inventor Award
• Los Angeles Film Festival Producers Panel 2009
• Official Selection, New Directors/New Films 2009 (MoMA + The Film Society of Lincoln Center)
• Sundance Annenberg Film Fellowship Grant
Us Patents
Efficient Utilization Of A Multi-Source Network Of Control Logic To Achieve Timing Closure In A Clocked Logic Circuit
Lawrence D. Curley - Round Rock TX, US John M. Isakson - Austin TX, US Arjen Mets - Sleepy Hollow NY, US Travis W. Pouarz - Austin TX, US Thomas E. Rosser - Austin TX, US Kristen M. Tucker - Austin TX, US
International Classification:
G06F 1/14
US Classification:
713600
Abstract:
A method, system, and computer program product are provided for achieving timing closure in a clocked logic circuit. For each local clock buffer in a set of local clock buffers, a logic synthesis tool determines a clock control signal input from a set of clock control signal inputs that will drive a clock control signal to the local clock buffer at a target frequency such that a first timing constraint may be met. The operation performed by the logic synthesis tool forms a determined clock control signal input. Responsive to the logic synthesis tool determining the determined clock control signal input, the logic synthesis tool couples the local clock buffer to the determined clock control signal input that drives the clock control signal to the local clock buffer at the target frequency to achieve timing closure in the clocked logic circuit.