SIEVE (Simple, space-efficient, In-memory, EViction mEchanism) is a cache eviction algorithm that maintains a single bit per entry to track whether an item has been "visited" since it was last ...

The algorithm was developed by Dr Glen Liau Zi Qiang, Orthopaedic Surgery Consultant at Alexandra Hospital (AH) and National University Hospital (NUH), in collaboration with Dr Matthew Ng Song Peng, ...

SINGAPORE – The time taken for a total knee replacement procedure could be cut by half, thanks to new technology developed by Alexandra Hospital. An artificial intelligence (AI)-powered algorithm is ...

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A New York University Langone Health study suggests a new risk prediction model and treatment algorithm can help identify patients at high risk of implant dislocation after hip replacement surgery who ...

Abstract: It is fundamental to predict cache line reuse in order to improve miss rates and consequently performance. In order to estimate cache line reuse, we assume that a sequence of cache line ...

•The execution time for the default case of Least Recently Used(LRU) replacement technique was calculated by running the program using SimpleScalar •Modifications made to the cache.c and cache.h to ...

Abstract: Cache replacement algorithms originally developed in the context of uniprocessors executing one instruction at a time implicitly assume that all cache misses have the same cost. However, in ...

This section reports our trace-driven simulation results of nine replacement algorithms including LRU, MRU, LFU, LRU-2, FBR, LFRU, 2Q, OPT (an optimal off-line algorithm), and MQ. Our goal is to ...