Brochure: Students can spend less time waiting on apps to open and worrying about battery life with an Intel-powered HP Chromebook* 14.
Brochure: Principled Technologies tested the performance of the HP Chromebook* 14, finding that students could spend less time waiting on apps to open and worrying about battery life with the Intel-powered device compared to an ARM-based one.
Advancing academic research in Japan with Intel® Xeon Phi™ coprocessor.
Okinawa Institute of Science and Technology (OIST) accelerate HPC performance for academic research with Intel® Xeon Phi™ processor.
Case Study: A university improves its library system performance and cuts costs using a server powered by the Intel® Xeon® processor E7 family.
Case Study: The University of Hawaii improves performance and cuts costs of its library management system by migrating to a server powered by the Intel® Xeon® processor E7 family, providing faster searches and 24/7 access to the library database.
Case Study: Ben-Gurion University of the Negev opens the Big Data Lab running Intel® Distribution for Apache Hadoop* software on the Intel® Xeon® processor family, allowing students to mine larger datasets focused on web mining and cyber security.
Case Study: City of Liverpool College faculty employ IT consumerization in education using Intel®-based tablets to teach more efficient learning.
Case Study: City of Liverpool College faculty employ IT consumerization in education using Intel® Atom™ processor-based Windows* 8 Pro tablets to teach more efficiently, delivering productive and inspirational instruction for greater learning.
First place winner of Intel STS 2014 Eric Chen searched for treatments to slow the super flu using supercomputing to identify potential chemicals.
Eric Chen, first place winner of Intel Science Talent Search 2014, used supercomputing to search for chemicals that could affect influenza proteins and potentially become a treatment to slow super flu pandemics.
Aware of tech’s empowering potential, Elisabeth Ashmore created a brain-computer interface that may provide quadriplegics the ability to communicate.
Recognizing the potential of technology to give a voice to the voiceless, Elisabeth Ashmore, an Intel ISEF award winner, created a brain-computer interface that may provide quadriplegics the ability to use brain waves to communicate via computer.
Elisabeth Ashmore discusses why she developed a brain-computer interface to give quadriplegics a voice and her plans to attend college to help others.
Intel ISEF award winner Elisabeth Ashmore discusses why she developed a brain-computer interface to give quadriplegics like her great-uncle a voice, and she talks about her plans to attend college and help those with cerebral palsy communicate.Full View >
Kevin Stonewall, 2013 Intel ISEF finalist, takes aim at preventing colon cancer with a new vaccine, and researches its response in mice.
Kevin Stonewall presents research on his vaccine for preventing colon cancer, including response, tumor growth, and survival rates in mice, as a finalist at the 2013 Intel International Science and Engineering Fair.
Solution Brief: Increasing processor performance with servers based on the Intel® Xeon® processor E7 family helps bring students learning tools.
Solution Brief: Mainline helps a school district upgrade its education database by increasing processor performance through servers powered by the Intel® Xeon® processor E7 family to keep students connected with better access to learning tools.