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...es affect overall performance and allows for a quick analysis of different cache design techniques. A [[tacit assumption]] of AMAT is that a data access is ...ncy of cache misses, while average miss penalty (''AMP'') is the cost of a cache miss in terms of time. Concretely it can be defined as follows.<ref name = ...

...ven a tolerable miss rate, as one of the early steps while designing the [[cache hierarchy]] for a [[uniprocessor system]].<ref name=":0">{{cite book|title= The power law for cache misses can be stated as ...

...th <math>L</math> is <math> O(\frac{N}{L} \log_Z N)</math>, under the tall cache assumption that <math>Z = \Omega(L^2)</math>. This number of memory transfe ...Though this correctly distributes all elements, it does not exhibit a good cache performance. ...

...ef><ref>Harald Prokop. [http://supertech.csail.mit.edu/papers/Prokop99.pdf Cache-Oblivious Algorithms]. Masters thesis, MIT. 1999.</ref> ...> is <math> O \left(\tfrac{N}{L} \log_{Z} N \right)</math>, under the tall cache assumption that <math>Z = \Omega(L^2)</math>. This number of memory transfe ...

...by keeping some part of the frequently used data of the main memory in a 'cache' of smaller and faster memory. ...248}}</ref> This problem is known as the memory wall. The motivation for a cache and its hierarchy is to bridge this speed gap and overcome the memory wall. ...

...memory algorithm|external memory]] (EM) model. In a similar way, it is the cache-aware analogy to the [[parallel random-access machine]] (PRAM). The PEM mod ...n their cache. The data can be transferred between the main memory and the cache in blocks of size <math>B</math>. ...

...-Bounded Speedup, X.H. Sun, and L. Ni, Journal of Parallel and Distributed Computing, Vol. 19, p. 27–37, Sept. 1993.</ref> was initially proposed by Xian-He Sun ...its memory-bounded function, ''W=G(M)'', it reveals the trade-off between computing and memory in algorithm and [[Computer architecture|system architecture]] d ...

...it directly from main memory. Prefetching can be done with non-blocking [[cache control instruction]]s. == Data vs. instruction cache prefetching == ...

...|locality]], [[Bandwidth (computing)|bandwidth]], and different [[Parallel computing|parallelization]] paradigms into a single performance figure, the model can ...rst1=A.|last2=Pratas|first2=F.|last3=Sousa|first3=L.|date=2014-01-01|title=Cache-aware Roofline model: Upgrading the loft|journal=IEEE Computer Architecture ...

* Level 1 memory is infinitely large. Level 0 memory ("cache") has size <math>M</math>. * Processor can only operate on data in cache. ...

...e that uses a hierarchy of memory stores based on varying access speeds to cache data. Highly requested data is cached in high-speed access memory stores, a ...eb|url=http://gec.di.uminho.pt/discip/minf/ac0102/0945CacheLevel.pdf|title=Cache: Why Level It}}</ref> ...

...g game and randomized online algorithms. Annual ACM Symposium on Theory of Computing, 2000. http://portal.acm.org/citation.cfm?id=335385</ref> Ski rental<ref na ...he block by paying p bus cycles for future read request of itself. The two cache, one block snoopy caching problem is just the ski rental problem. ...

...block''' is a programming abstraction that represents a group of [[Thread (computing)|threads]] that can be executed serially or in parallel. For better process ...Compute kernel|kernel]] is executed with the aid of threads. The [[Thread (computing)|thread]] is an abstract entity that represents the execution of the kernel ...

...2=Larry |title=Proceedings of the tenth annual ACM symposium on Theory of computing - STOC '78 |chapter=Exact and approximate membership testers |date=1978 |ch [[Cuckoo filter]]s are based on [[cuckoo hashing]], but only [[Fingerprint (computing)|fingerprints]] of the elements are stored in the hash table. Each element ...

...s history|data structures that are I/O efficient for arbitrary cache sizes|cache-oblivious algorithm}} ...data [[outsourcing]]: When writing or reading data from a cloud [[server (computing)|server]], oblivious data structures are useful. And modern [[Database|data ...

Proceedings of SC'97: High Performance Networking and Computing. ''[https://books.google.com/books?id=RJRZJHVyQ4EC&dq=fey+grid&pg=PA51 Grid-Computing: Eine Basistechnologie für Computational Science]''. ...

| l0-cache = | l1-cache = 256{{nbsp}}KB (per SM) ...

...ge to become impractical for many applications; especially for [[Real-time computing|real-time]] applications.<ref>Saponara, Sergio, Antonio Plaza, Marco Diani, ...tiprocessing]] can be used in an attempt to increase the [[High-throughput computing|computational throughput]] of the mD-DSP procedure on a given [[Computer ha ...

...applications in many areas, including the [[order-maintenance problem]], [[cache-oblivious data structures]],<ref name="BenderCacheObl">{{citation | journal = [[SIAM Journal on Computing]] ...

{{Short description|Parallel computing algorithm}} {{about|a parallel computing term|uncompensated taking of labor|wage theft}} ...