Performance Evaluation of Intel Transactional Synchronization Extensions for High-Performance Computing R

Source URL: pds25.egloos.com

Safely Accessing Time Stamps in Transactions Stephan Diestelhorst Advanced Micro Devices, Inc. Martin Pohlack

Source URL: rp-www.cs.usyd.edu.au

• Transaction processing
• Computing
• Data management
• Concurrency control
• Data
• Transactional Synchronization Extensions
• Transactional memory
• Serializability
• Schedule
• Time Stamp Counter
• Linearizability
• Isolation

Transactional IPC in Fiasco.OC Can we get the multicore case verified for free? Till Smejkal, Adam Lackorzynski, Benjamin Engel and Marcus Völp Operating Systems Group Technische Universität Dresden, Germany

Source URL: www.mpi-sws.org

• Computing
• Computer architecture
• Concurrency control
• Software
• Transaction processing
• Transactional memory
• Microkernel
• Software transactional memory
• Transactional Synchronization Extensions
• L4 microkernel family
• Rock
• Mach

High Performance Hardware Transactional Memory does not Equal High Performance Transaction Systems Justin Levandoski (Microsoft) Darko Makreshanski (ETH Zurich) Ryan Stutsman (Utah)

Source URL: hpts.ws

• Concurrency control
• Transaction processing
• Linearizability
• Non-blocking algorithm
• Lock
• Transactional memory
• Compare-and-swap
• Software transactional memory
• Transactional Synchronization Extensions

Accelerating Irregular Computations with Hardware Transactional Memory and Active Messages Maciej Besta Torsten Hoefler

Source URL: htor.inf.ethz.ch

• Graph theory
• Mathematics
• Computing
• Concurrency control
• Transaction processing
• NP-complete problems
• Computer memory
• Transactional memory
• Vertex
• Breadth-first search
• Graph coloring
• Transactional Synchronization Extensions

Early Experience on Transactional TM R Execution of Java Programs Using Intel Transactional Synchronization Extensions Richard M. Yoo†

Source URL: pcl.intel-research.net

Errata Slip In the paper “Self-Tuning Intel Transactional Synchronization Extensions” by Nuno Diegues and Paolo Romano that appeared in the Proceedings of the 11th International Conference on Autonomic Computing (IC

Source URL: www.usenix.org

Self-Tuning Intel Transactional Synchronization Extensions Nuno Diegues and Paolo Romano, INESC-ID and Instituto Superior Técnico, University of Lisbon https://www.usenix.org/conference/icac14/technical-sessions/present

Source URL: www.usenix.org

• Computing
• System software
• Lock
• Software transactional memory
• Linearizability
• Transactional memory
• Scalability
• Transactional Synchronization Extensions
• Parallel computing
• Transaction processing
• Concurrency control
• Data management

Appears in the 20th International Symposium On High-Performance Computer Architecture, Feb[removed]Feb. 19, [removed]Improving In-Memory Database Index Performance with R Intel Transactional Synchronization Extensions

Source URL: software.intel.com

• Transaction processing
• Data
• Computer memory
• Databases
• Non-blocking algorithm
• Transactional Synchronization Extensions
• Spinlock
• Lock
• Readers–writer lock
• Concurrency control
• Computing
• Data management

Scaling Address-Space Operations on Linux with TSX by Christopher Ryan Johnson B.A., Knox College (2011)

Source URL: pdos.csail.mit.edu

• Computing
• System software
• Software transactional memory
• Transactional Synchronization Extensions
• Transactional memory
• Virtual memory
• Kernel
• Lock
• Parallel computing
• Transaction processing
• Concurrency control
• Data management