Yossi Lev - Principal Member of Technical Staff
Yossi Lev is a member of the Scalable Synchronization Research Group.
His research deals with various aspects of multiprocessor synchronization and concurrent programming, including the development of robust and easy-to-use infrastructures for concurrent programs, concurrent data structures, and the usage of state-of-the-art hardware synchronization primitives in concurrent programs.
Yossi Lev is currently living in New York City.
Email: yossi.lev AT oracle.com , levyossi4 AT gmail.com
Education:
* PhD at the Computer Science Department of Brown University (Advisor: Prof. Maurice Herlihy).
Please visit My Homepage for additional material (presentation slides, CV, thesis, etc.)
System and method for performing dynamic mixed mode read validation in a software transactional memory (Nov 26, 2013)
Scalable reader-writer lock (Aug 6, 2013)
System and method for committing results of a software transaction using a hardware transaction (Mar 19, 2013)
Simple optimistic skiplist (Feb 12, 2013)
Efficient implicit privatization of transactional memory (Dec 11, 2012)
Watchpoints on transactional variables (Nov 20, 2012)
Atomic groups for debugging (Nov 6, 2012)
System and method for performing visible and semi-visible read operations in a software transactional memory (Aug 7, 2012)
Viewing and modifying transactional variables (May 15, 2012)
Method and apparatus for improving transactional memory interactions by tracking object visibility (Feb 14, 2012)
Concurrent lock-free skiplist with wait-free contains operator (May 3, 2011)
System and method for supporting multiple alternative methods for executing transactions (Apr 5, 2011)
Replay debugging (Dec 7, 2010)
Delayed breakpoints (Nov 23, 2010)
Dynamic memory work-stealing (Aug 17, 2010)
Read sharing using global conflict indication and semi-transparent reading in a transactional memory space (May 4, 2010)
Breakpoints in a transactional memory-based representation of code (Nov 17, 2009)
System and method for split hardware transactions (Apr 7, 2009)
System and method for executing nested atomic blocks using split hardware transactions (Apr 7, 2009)
Extendable memory work-stealing (Apr 22, 2008)
Dynamic circular work-stealing deque (Mar 18, 2008)
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