Nine faculty members from The Johns Hopkins University’s Whiting School of Engineering have been named Fellows of the American Institute for Medical and Biological Engineering.
Recent news from The Johns Hopkins University
This section contains regularly updated highlights of the news from around The Johns Hopkins University. Links to the complete news reports from the nine schools, the Applied Physics Laboratory and other centers and institutes are to the left, as are links to help news media contact the Johns Hopkins communications offices.
Suchi Saria, a computer scientist at Johns Hopkins University, has been named as one of Popular Science’s Brilliant 10, the magazine’s annual list of the “brightest young minds in science and engineering.”
Johns Hopkins University computer scientists have led an effort to create a proven way to prevent sabotage from disrupting electronic networks supporting major infrastructure such as power grids and the electronic cloud.
Simon Leonard, a Johns Hopkins University computer scientist is part of a team that just published research showing that a robot surgeon can indeed adjust to the subtle movement and deformation of soft tissue to execute precise and consistent suturing. The research, which appears in the journal Science Translational Medicine promises to improve results for patients and make the best surgical techniques more widely available.
A Johns Hopkins computer scientist played a key role in a new study that analyzed online news and search engine records to gauge the public’s response to actor Charlie Sheen’s Nov. 17, 2015, disclosure on NBC’s TODAY Show that he was HIV-positive.
The Johns Hopkins University and Baltimore City Schools have partnered to create the city’s first pre-K-8th grade school dedicated to giving students a foundation in engineering and computer skills.
Russell H. Taylor, a Johns Hopkins professor who is widely hailed as the father of medical robotics, has been selected to receive the 2015 Honda Prize. The selection was announced Sept. 28 by the Honda Foundation, which initiated this honor in 1980 as Japan’s first international science and technology award.
With the help of some Johns Hopkins University math students, Minor League Baseball is catching up with the majors in using computers to produce its game schedules.
Five Johns Hopkins graduate students, recently named to the 2015 class of Siebel Scholars, are each pursuing important research projects in varied bioengineering topics involving promising health-related applications.
MEDIA ADVISORY FOR SUNDAY, SEPT. 7: During ‘HopHacks’ at Johns Hopkins, College Students Must Program Under Pressure
About 250 university students from Johns Hopkins and other schools such as MIT, University of Maryland and Princeton are expected to participate. Roughly half will be Johns Hopkins students. The entrants will work individually or in teams of up to four people. Each single entrant or team must come up with a proposed computer application or tool. Working through the 36-hour time limit, often without a sleeping break, the students must write computer code to turn their idea into reality.
Benjamin Langmead, assistant professor in the Department of Computer Science at Johns Hopkins University’s Whiting School of Engineering, has been chosen by the National Science Foundation to receive its prestigious CAREER Award, which recognizes the high level of promise and excellence in early-stage scholars.
Johns Hopkins computer scientists have found a flaw in the way that secure cloud storage companies protect their customers’ data. The scientists say this weakness jeopardizes the privacy protection these digital warehouses claim to offer. Whenever customers share their confidential files with a trusted friend or colleague, the researchers say, the storage provider could exploit the security flaw to secretly view this private data.
Major League Baseball has begun to get some high-tech help with scheduling. But for their 15 affiliated minor leagues, assembling the multi-team, multi-game calendar remains a tedious, time-consuming task that must be completed by hand. Soon, there may be a better way. Johns Hopkins students and faculty members have started tossing advanced math and powerful computing tools at the arcane art of planning game dates. The result is a new scheduling system that has piqued the interest of minor baseball league executives—and may prove to be useful in applications beyond the ballpark.
A team of scientists at The Johns Hopkins University has received a grant for $9.5 million over five years to develop, build and maintain large-scale data sets that will allow for greater access and better usability of the information for the science community.
Imagine millions of jigsaw puzzle pieces scattered across a football field, with too few people and too little time available to assemble the picture. Scientists in the new but fast-growing field of computational genomics are facing a similar dilemma. In recent decades, these researchers have begun to assemble the chemical blueprints of the DNA found in humans, animals, plants and microbes, unlocking a door that will likely lead to better healthcare and greatly expanded life-science knowledge. But a major obstacle now threatens the speedy movement of DNA’s secrets into research labs, two scholars in the field are warning.
The Johns Hopkins University is set to unveil FastForward, a groundbreaking business accelerator that promises to spark cutting-edge technology companies and then keep them in the city to bolster the local economy. The university’s Whiting School of Engineering launched FastForward to help turn the best ideas born on campus into moneymaking ventures. The university’s first accelerator is located in the historic Stieff Silver building on the north side of Baltimore near the Homewood campus.
MEDIA ADVISORY: Johns Hopkins Computer Security Expert Available for Interviews on Hacker Attacks Targeting The New York Times
Following the disclosure by the New York Times, the publishers of the Wall Street Journal reported that the Journal’s computer systems also had been infiltrated by Chinese hackers, apparently to monitor its China coverage. Available for interviews on this topic is Avi Rubin, a professor of computer science in The Johns Hopkins University’s Whiting School of Engineering and technical director of the university’s Information Security Institute.
Sifting through social media messages has become a popular way to track when and where flu cases occur, but a key hurdle hampers the process: how to identify flu-infection tweets. Some tweets are posted by people who have been sick with the virus, while others come from folks who are merely talking about the illness. If you are tracking actual flu cases, such conversations about the flu in general can skew the results. To address this problem, Johns Hopkins computer scientists and researchers in the School of Medicine have developed a new tweet-screening method that not only delivers real-time data on flu cases, but also filters out online chatter that is not linked to actual flu infections.
Harmony in the workplace is highly desirable, but what happens when some workers depend on biological brains, while others need computers to guide their behavior? With an eye toward enhanced safety and greater productivity, Johns Hopkins engineers have joined colleagues at four other universities in a project to create new ways for humans and robots to work together cooperatively.
Johns Hopkins engineers, recognized as experts in medical robotics, have turned their attention skyward to help NASA with a space dilemma: How can it fix valuable satellites that are breaking down or running out of fuel? One option—sending a human repair crew into space—is costly, dangerous and sometimes not even possible for satellites in a distant orbit. Another idea is now getting attention: Send robots to the rescue and give them a little long-distance human help. Johns Hopkins scientists say the same technology that allows doctors to steer a machine through delicate abdominal surgery could someday help an operator on Earth fix a faulty fuel line on the far side of the moon.
A digital dumping ground lies inside most computers, a wasteland where old, rarely used and unneeded files pile up. Such data can deplete precious storage space, bog down the system’s efficiency and sap its energy. Conventional rubbish trucks can’t clear this invisible byte blight. But two Johns Hopkins researchers say real-world trash management tactics point the way to a new era of computer cleansing.
Twitter allows millions of social media fans to comment in 140 characters or less on just about anything: an actor’s outlandish behavior, an earthquake’s tragic toll or the great taste of a grilled cheese sandwich. But by sifting through this busy flood of banter, is it possible to also track important public health trends? Two Johns Hopkins University computer scientists would respond with a one-word tweet: “Yes!”
Johns Hopkins Engineering for Professionals, which offers part-time education for working engineers and scientists through the university’s Whiting School of Engineering, has appointed five new chairs and a vice chair.