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I now work at Intel doing formal verification of microprocessors. I recently worked at SiFive using the Coq theorem prover to develop a formally verified CPU. I also recently worked in the Hopkins Medical Center doing Medical Informatics research. I hold a PhD in Computer Science from Johns Hopkins. I defended my thesis titled "Toward a tool to verify complex data structure invariants" on Feb 15, 2018. I returned to graduate school after working in Silicon Valley for many years. Many of the ideas developed in my thesis came out of my experiences in the industry. I have now returned to Silicon Valley to turn my research into practice. Check out my LinkedIn profile here.
My advisor is Scott Smith
I am an avid mobile developer. Check out the folowing web site for more information: http://www.roemobiledevelopment.com. If you are thinking of getting into iPhone development, I will warn that you will most likely not get rich from it. I do get a fairly steady income from my apps. However, I could make more money working at a job.
Hardware Verification talk given at Intel and Sandia National Lab
Check out the Kami language and the ProcKami formally verified processor that I am helping to develop at SiFive here.
My dissertation (PDFA version)
GITHUB repository for both CoqPIE and PEDANTIC (Runs on a Mac with Coq 8.5 installed)
GITHUB repository for my Coq rewriting library (Runs on a Mac with Coq 8.7 installed)
A paper submitted to CPP 2018 describing the advanced rewriting library
A Poster I presented on biomedical data analysis (August)
A paper on PEDANTIC at MEMOCODE2017
The accompanying poster at MEMOCODE2017
A poster presented at PLDI 2017
A COQPIE paper accepted at ITP2016
A Talk given at UCSD and Kestrel in June 2015
A paper on functional reactive programming presented at SPLASH-E 2015
A Paper I submitted to PADL 2014.
A poster presented at HCSS 2014
A paper I submitted to ITP2013.
A Coq model that goes along with the ITP2013 paper.
A Poster I presented for the 2013 SRC at PLDI.
A paper I submitted to ITP2011.
A Coq model that goes along with the ITP2011 paper.
My CAV'06 paper on The Heuristic Theorem Prover The Heuristic Theorem Prover: Yet another SMT Modulo Theorem Prover (Tool Paper)