Computer Laboratory – Systems Research Group – NetOS: Practical lock-free data structures
Introduction Through careful design and implementation it's possible to build data structures that are safe for concurrent use without needing to manage locks or block threads. These non-blocking data structures can increase performance by allowing extra concurrency and can improve robustness by avoiding some of the problems caused by priority inversion in local settings, or machine and link failu
Ross Bencina » Some notes on lock-free and wait-free algorithms
Over the past two decades the research community has developed a body of knowledge concerning “Lock-Free” and “Wait-Free” algorithms and data structures. These techniques allow concurrent update of shared data structures without resorting to critical sections protected by operating system managed locks. A number of wait-free and lock free algorithms for simple data structures such as LIFO stacks a
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