Lock-Free Transactions for Real-Time Systems

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We show that previous algorithmic and scheduling work concerning the use of lock-free objects in hard real-timesystems can be extended to support real-time transactions on memory-resident data. Using our approach, transactions are not susceptible to priority inversion or deadlock, do not require complicated mechanismsfor data-loggingor forrollingback aborted transactions, and are implemented as library routines that require no special kernel support.

James H. Anderson, Srikanth Ramamurthy, Mark Moir,

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Forrollingback Aborted Transactions | Real-time Transactions | RTDB 1996 | Special Kernel Support |

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Added	02 Nov 2010
Updated	02 Nov 2010
Type	Conference
Year	1996
Where	RTDB
Authors	James H. Anderson, Srikanth Ramamurthy, Mark Moir, Kevin Jeffay

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Lock-Free Transactions for Real-Time Systems

Forrollingback Aborted Transactions | Real-time Transactions | RTDB 1996 | Special Kernel Support |

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