'Hit miss' presentation slideshows

Superscalar Processors

Superscalar Processors. Superscalar Execution How it can help Issues: Maintaining Sequential Semantics Scheduling Scoreboard Superscalar vs. Pipelining Example: Alpha 21164 and 21064. Sequential Semantics - Review. Instructions appear as if they executed:

841 views • 61 slides

Computer Architecture Cache Memory

702 views • 47 slides

SHiP : Signature-based Hit Predictor for High Performance Caching

SHiP : Signature-based Hit Predictor for High Performance Caching. * Carole-Jean Wu, # Aamer Jaleel , #, + William Hasenplaugh, * Margaret Martonosi, # Simon Steely Jr., #, + Joel Emer * Princeton University # Intel Corporation, VSSAD #,+ MIT.

666 views • 34 slides

Mathematical Morphology

Mathematical Morphology. Christopher Chedeau Gauthier Lemoine. Overview. Goals Segmentation Edge detection Skeletonization Image compression Noise reduction Feature Detection. Algorithms Erosion & Dilation Opening & Closing Gradient Hit & Miss Thinning Top Hat Convolution

559 views • 32 slides

Translation Look-Aside Buffers

Translation Look-Aside Buffers. TLBs usually small, typically 128 - 256 entries Like any other cache, the TLB can be fully associative, set associative, or direct mapped. hit. PA. miss. VA. TLB Lookup. Cache. Main Memory. Processor. miss. hit. Trans- lation. data. PA. VA. TLB.

362 views • 20 slides

ECOMM 2011: Mobility Management needs Maximum Marketing Skills Theo Panayi

292 views • 17 slides