'Dynamic branch prediction summary' presentation slideshows

CS252 Graduate Computer Architecture Lecture 11 Prediction Branches, Dependencies, and Data

CS252 Graduate Computer Architecture Lecture 11 Prediction Branches, Dependencies, and Data. October 6, 1999 Prof. John Kubiatowicz. Review: Vector Processing. Vector Processing represents an alternative to complicated superscalar processors. Primitive operations on large vectors of data

545 views • 43 slides

ILP and Dynamic Execution: Branch Prediction & Multiple Issue

ILP and Dynamic Execution: Branch Prediction & Multiple Issue. Original by Prof. David A. Patterson. Review Tomasulo. Reservations stations: implicit register renaming to larger set of registers + buffering source operands Prevents registers as bottleneck

611 views • 37 slides

CS 505: Computer Structures Lecture 4: Branch Prediction

CS 505: Computer Structures Lecture 4: Branch Prediction. Thu D. Nguyen Spring 2003 Computer Science Rutgers University. Case for Branch Prediction. Branches will arrive up to n times faster in an n -issue processor

486 views • 34 slides

530 views • 24 slides

COMP4211 05s1 Seminar 4: Branch Prediction

COMP4211 05s1 Seminar 4: Branch Prediction. Slides due to David A. Patterson, 2001. Review Tomasulo. Reservations stations: implicit register renaming to larger set of registers + buffering source operands Prevents registers as bottleneck Avoids WAR, WAW hazards of Scoreboard

370 views • 23 slides

Dynamic Branch Prediction

Dynamic Branch Prediction. Why does prediction work? Underlying algorithm has regularities Data that is being operated on has regularities Instruction sequence has redundancies that are artifacts of way that humans/compilers think about problems

370 views • 21 slides