Researchers at Princeton University's Edge Lab are leading a global effort -- with scientists and business leaders at ARM, Cisco, Dell, Intel and Microsoft -- to develop an important new mobile technology: fog networks.
Princeton University is opening a new incubator space to advance entrepreneurial initiatives and education for faculty, students, and alumni. Called the Entrepreneurial Hub and located at 34 Chambers Street, the space will house the Keller Center's annual eLab program as well as shared working space for startups founded by faculty, students and alumni.
Mung Chiang, a noted researcher in communications networks who also is an entrepreneur and a leader in online education, has been appointed director of Princeton University's Keller Center, effective March 31.
Mung Chiang Arthur LeGrand Doty Professor of Electrical Engineering Member of a group helping the U.S. President’s Council of Advisors on Science and Technology write a report on education information technology and online education to the president. “The development of Massive Open Online Courses (MOOC) is both promising and challenging. This will be a long-term experiment, and we need to better understand the empirical, data-driven science of lear
Most term papers are evaluated by one or two people, but Carlee Joe-Wong's will be checked by hundreds. The paper, completed in 2010, has evolved into a research project involving wireless operators like AT&T and 1,000 participating wireless customers
Mung Chiang, a Princeton University engineering professor who uses innovative mathematical analysis to simplify and strengthen the design of wireless networks, has been awarded the National Science Foundation's highest honor for young researchers, the Alan T. Waterman Award.
Mung Chiang, an electrical engineering professor at Princeton, has been awarded the 2012 Kiyo Tomiyasu Award by the Institute of Electrical and Electronics Engineers.
Princeton electrical engineering professor Mung Chiang introduced the undergraduate class "Networks: Friends, Money and Bytes" to examine the common foundation governing the networks that wind throughout modern life. A key part of the coursework is a two-week mini-project.
Mung Chiang and his team are using a miniaturized version of the global communications network, dubbed the EDGE Lab, to develop new ideas and systems that will help ensure that the networking infrastructure of the future will meet consumer demand.
A sociologist, a political scientist and two electrical engineers, each a Princeton faculty member with expertise in different types of social and technological networks, have received a grant of $1.1 million to study the relations between these networks.
Young faculty members who are pioneering new areas of communications networks, environmental sensing and other fields have received numerous awards for outstanding contributions early in their careers. Mung Chiang, associate professor of electrical engineering, received a Presidential Early Career Award for Scientists and Engineers from the White House. He was one of only sixty-seven scientists who received the prestigious awards at a ceremony held at the White House last December. Chiang was
Mung Chiang, a Princeton engineering professor who studies the communications networks integral to modern society, has received a 2007 Presidential Early Career Award for Scientists and Engineers from the White House.