Adapting the approach of Microsoft's Anytime algorithm, we employ a greedy search strategy, i.e., find the best one-index solution, then find the best index to add to that to produce a two-index solution. Our search terminates when the time budget is exhausted or when a round of ...
Leveraging this, we present, by rigorous probabilistic analysis, the first, highly accurate algebraic and closed-form solutions for predicting the write amplification factor for the greedy selection algorithm, known to approximate real world algorithms well, under skewed write traffic. The prediction ...
Adapting the approach of Microsoft's Anytime algorithm, we employ a greedy search strategy, i.e., find the best one-index solution, then find the best index to add to that to produce a two-index solution. Our search terminates when the time budget is exhausted or when a round of ...