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As demand for Real-Time applications rises among the general public, theimportance of enabling large-scale, unbound algorithms to solve conventionalproblems with low to no latency is critical for product viability. Timeralgorithms are prevalent in the core mechanisms behind operating systems,network protocol implementation, stream processing, and several databasecapabilities. This paper presents a field-tested algorithm for low latency,unbound range timer structure, based upon the well excepted Timing Wheelalgorithm. Using a set of queues hashed by TTL, the algorithm allows for asimpler implementation, minimal overhead no overflow and no performancedegradation in comparison to the current state of the algorithms under typicaluse cases.

Lawn: an Unbound Low Latency Timer Data Structure for Large Scale, High Throughput Systems