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TAGE-SC-L Branch Predictors∗

The TAGE predictor [12] is considered as one of the most storage effective global branch/path history predictors. It has been shown that associated with small adjunct predictors like a statistical corrector (SC for short) and/or a loop predictor (L for short) [11, 10], TAGE can even be more effective. In this study, we explore the performance limits of these TAGE-SC-L predictors for respectivel...

The L-TAGE Branch Predictor

Die 1 . Oldenburger Kul - Tour - Tage

Mit Namen gezeichnete Artikel geben die personliche Meinung des Verfassers wieder. Nachdruck aller Beiträge nur nach Rücksprache mit der Redaktion Der Gründlingsausschuß für die Universität Oldenburg, das Konzil und der Senat der Universität Oldenburg haben einstimmig beschlossen, daß die Universität Oldenburg den Namen Carl-von-Ossietzky-Universitäl fuhrt. Die Universität bedauert, daß ihr die...

A 64 Kbytes ISL - TAGE branch predictor ∗

The ISL-TAGE predictor consists in a TAGE predictor combined with a loop predictor (to predict loops) , a Statistical Corrector predictor and an Immediate Update Mimicker, IUM. A TAGE predictor [4] constitutes the core of the ISL-TAGE predictor. The TAGE predictor (Section 2) captures most of the correlation on the branch outcomes for very long histories. But sometimes TAGE fails to predict loo...

Octree Voxel Modeling with Multi-view Texturing in Cultural Heri- Tage Scenarios

Reconstruction of 3D models of real world scenes and objects and photo realistic rendering in interactive free viewpoint applications is a challenging task combining image processing, computer vision and computer graphics. In this paper, we present a reconstruction pipeline for cultural heritage applications. Starting with a number of photographs of a scene, calibration information is obtained ...