Intel® ME and Intel® AMT 8.0: Product Requirements Document

HS Jamadagni explains the embedded research programs at the school, including system and circuit design.

To better understand how Intel® multi-core creates expansiveness and efficiency simultaneously, this brief summation defines advantages, identifies complexities, and cites industry use.

Intel® Embedded Education Summit 2010: Discusses challenges of university-level embedded education.

Describes advantages for embedded performance, security, and reliability. (v.1, Jan. 2011)

Learn about using the right tools with a symmetric multi-processing real-time OS. (v.1, Jan. 2011)

Sandeep Gupta of Arizona State University discusses the need for body area sensor network.

Video: Lunarworthy Controllers from Commercial Electronics

Measure actual power consumption of components and embedded systems. (v.001, July 2011)

Discusses virtualization advances in hardware, technology, and platform consolidation.

Minimize concerns of cost, effort, and complexity. (v.001, Oct. 2011)

Ishu Verma discusses Android* SDK and NDK toolsets as well as the benefits of using NDK. (v.001, Oct. 2011)

Mark Hatle describes creating a custom embedded distribution on any architecture. (v.001, Oct. 2011)

Webinar details AltiVec* SIMD macros translator migration to Intel® processors. (v.1, May 2009)

A discussion of experimental techniques for rapid mitigation of phishing and spam. (v.1 June 2009)

Presentation: Research findings for agriculture, air quality, and forestry applications. (v.1, June 2009)