by Erica J Mceachern and Manuj R Sabharwal
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Download Optimizing Puzzle Touch (Casual Game) [PDF 1.6MB]

by Erica J Mceachern and Manuj R Sabharwal
Download Optimizing Puzzle Touch (Casual Game) [PDF 1.6MB]

Case Study
Multimedia Optimization
Intel® Software Development Products
Magisto*, a Product of SightEra Technologies Limited
Magisto* is a cloud-based video-editing solution for smartphones that applies artificial intelligence to choose content from source clips and produce beautiful finished videos, automatically. Optimization with Intel® Software Development Products enables these demanding tasks to be performed nearly in real time.
Background
Intel® System Studio 2013 is Intel’s new embedded software tool suite. This tool suite includes Intel® VTune Amplifier 2013 for Systems. This article will explain the steps you need to follow to run VTune Amplifier 2013 for Systems on an embedded platform.
Overview
The embedded OS we will be focused on is Yocto Project* version 1.2. This platform supports many Intel BSP’s (board support packages) and as well as a software-based emulator. Here are the steps we will take to run our collection:
Abstract
VTune Amplifier XE давно известен пользователям своими возможностями глубокого анализа производительности ПО, как на уровне приложения, так и на микроархитектурном уровне.
Инструмент не стоит на месте и активно развивается, улучшаясь и обрастая новым функционалом. В этом посте приведён краткий обзор новых «фич», появившихся как в вышедшем в сентябре VTune Amplifier XE 2013, так и совсем недавно, в последующих обновлениях:
Intel感知计算(1)- 简介
Intel感知计算通过设备感知和理解用户行为来进行人机交互,它是更加自然的、身临其境的、直觉交互方式。现在Intel感知计算SDK Beta版本已经能够使用,网友可以访问http://software.intel.com/en-us/vcsource/tools/perceptual-computing-sdk 来下载安装文件,如图1所示:
One of the great features in Intel® VTune™ Amplifier is the use of the event monitoring registers built into Intel processors. These can give us important insights into what is really happening on a system. The event monitoring allows the profiling of code in terms of what causes caches misses, unaligned memory accesses, denormalized numeric computations and hundred of other types of processor and memory activity.