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Intel® AMT, ME, MEI, and Windows* Instant On/Connected Standby

Back in the old days, one only needed to think about ME (Intel® Manageability Engine) Firmware if one was using Intel® Acti

Authored by Colleen C. (Intel) Last updated on 03/07/2017 - 14:38
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Android 开发之浅谈广播的运用

之前讲过了activity,服务service和内容提供者,四大组件就还差广播没讲,所以就顺便讲讲吧。当然,这里都是很基础的讲解,没有深入,要是深入的话光一个activity就可以讲很久。所以这里只做基础使用的讲解了。

时间紧迫,直接上代码吧。

Authored by 胜德 徐. Last updated on 02/24/2017 - 12:54
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在 x86 上优化 Android 应用的方法和技巧

英特尔致力于帮助开发人员提供能够在英特尔架构上正常运行(甚至出色运行)的 Android 应用。 虽然英特尔主要致力于社区层面:优化 Dalvik Java、V8 引擎和 Bionic C;丰富代码库;为 IA 提供采用 32 位和 64 位内核的版本,他们同样提供了多种类型的新工具为 Android 开发人员提供帮助。

Authored by Colleen C. (Intel) Last updated on 02/24/2017 - 12:54
Blog post

Computer Vision Fun with Intel(R) INDE OpenCV

A few examples playing around with the Canny edge detector feature with OpenCV libraries that comes with Intel(R) INDE.
Authored by Robert I. (Intel) Last updated on 02/14/2017 - 19:48
Blog post

Упрощаем работу с алгоритмами компьютерного зрения при помощи пакета OpenCV Intel(R) INDE

A few examples playing around with the Canny edge detector feature with OpenCV libraries that comes with Intel(R) INDE.
Authored by ALEXEY K. (Intel) Last updated on 02/14/2017 - 19:48
Blog post

La visión por computadora se hace entretenida con Intel(R) INDE OpenCV

A few examples playing around with the Canny edge detector feature with OpenCV libraries that comes with Intel(R) INDE.
Authored by Datapress Last updated on 02/14/2017 - 19:48
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The Right Toolset for Testing (Testing Theory Part 2)

Authored by Engblom, Jakob Last updated on 02/08/2017 - 09:14
Blog post

The Right Mindset for Testing (Testing Theory Part 1)

Authored by Engblom, Jakob Last updated on 02/07/2017 - 10:21
Blog post

Pipeline and the Efficient Chef (Part 2)

Advanced computer concepts for the (not so) common Chef

Authored by Taylor IoT Kidd Last updated on 01/30/2017 - 11:13
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Why P scales as C*V^2*f is so obvious (pt 2)

THE GORY DETAILS

Let’s continue from where we left off last time. Let’s figure out the why of the equation,

P = C * V^2 * (a * f)

Authored by Taylor IoT Kidd Last updated on 01/26/2017 - 00:49
For more complete information about compiler optimizations, see our Optimization Notice.