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  1. Programming. Proficient in Java, C++ and Python. Experience working in small groups and as part of large software engineering project. C/C++: 1 year full time, 10 years part time Java: 1 year full time, 4 years part time Python: 4 years part time. SQL/Perl/Shell scripts: Some familiarity.

  2. Kevin E. Moore. Kenneth S. Wagoner Professor of Psychology and Neuroscience. Why Psychology?

  3. Jan 5, 2007 · Research. My interests lie in multiprocessor memory systems, and the interaction of hardware and software. Transactional Memory. Transactional memory promises to simplify multhreaded programming by removing the need to associate a lock with each piece of shared data.

  4. Kevin E. Moore Computer Sciences Department College of Letters and Sciences University of Wisconsin, Madison. Contact Information. 6384 Computer Sciences Department of Computer Sciences University of Wisconsin-Madison 1210 West Dayton Street Madison, WI 53706 USA 608-262-6619 kmoore at cs.wisc.edu

  5. large programs out of smaller pieces of code (e.g., reusable libraries) without knowing anything about their internal mechanisms. Locks, however, impede such composition. Consider the example in Figure 1-1, moving an item from one hash table to another. In the lock-based version (Figure 1-1-a), locks are needed

  6. Kevin E. Moore (2014). The Spatial Language of Time. Metaphor, Metonymy and Frames of Reference. Author (s): José Antonio Jódar-Sánchez 1. View Affiliations. Source: Metaphor and the Social World , Volume 5, Issue 1 , Jan 2015, p. 155 - 163. DOI: https://doi.org/10.1075/msw.5.1.10jod. Previous Article.

  7. research-article. Performance Pathologies in Hardware Transactional Memory. Jayaram Bobba. University of Wisconsin—Madison.