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  1. A Scalable, Portable, and Memory-Efficient Lock-Free FIFO ...

  2. 他の人はこちらも質問
    Unfortunately, both LCRQ and SCQ are only lock-free. On the other hand, existing wait-free queues are either not very perfor- mant or suffer from potentially unbounded memory usage. Strictly described, the latter queues, such as Yang & Mellor-Crummey’s (YMC) queue, forfeit wait-freedom as they are blocking when mem- ory is exhausted.
    However, unlike prior attempts with FAA, our queue is both lock-free and linearizable. We propose a general approach, SCQ, for bounded queues. This approach can easily be extended to support unbounded FIFO queues which can store an arbitrary number of elements.
    w, cannot hold together as at least two push and one WMB must occur to make an empty queue become a full queue. Corollary 1 (lock-free). The uSPSC queue is lock-free provided a lock-free allocator is used. Proof (Sketch). The SPSC queue, and the dSPSC queue coupled with a lock-free allocator, are lock-free.
    However, M&S queue is only lock-free. The (non-performant) CRTurn wait-free queue [37, 39] does satisfy the aforementioned requirements. More- over, CRTurn already implements wait-free memory reclamation by using hazard pointers in a special way. wCQ and CRTurn combined together would yield a fast queue with bounded memory usage.
  3. A Scalable, Portable, and Memory-Efficient Lock-Free FIFO ...

  4. wCQ: A Fast Wait-Free Queue with Bounded Memory Usage

  5. A Scalable, Portable, and Memory-Efficient Lock-Free FIFO ...

  6. wCQ: A Fast Wait-Free Queue with Bounded Memory Usage

  7. A Scalable, Portable, and Memory-Efficient Lock-Free FIFO ...

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