Allen School News

A super GeekWire article:

“What happens when a group of talented computer science students at the University of Washington get to play with a HoloLens device for 10 weeks as part of a first-of-its-kind class?

“Well, a little bit of everything.

“The UW hosted a demo day on Thursday afternoon for its first-ever virtual and augmented reality capstone class that gave students from one of the nation’s top computer science departments a chance to develop apps for Microsoft’s HoloLens device.

“The energy inside the UW CSE building was buzzing as attendees tested out an array of fun and entertaining futuristic applications that ranged from making spring rolls to playing chess to learning piano to flying paper airplanes to destroying giant eyeballs.”

Read the GeekWire article here, and coverage by TechCrunch here. Find links to project websites through the course website here. Additional photos here.

Each year UW CSE offers a variety of “capstone courses” on various themes, in which teams of students conceive and carry out complex projects. These experiences are a key reason our students are in such high demand. The themes of some of this year’s capstones include robotics, games, accessibility, digital animation, computer animation, and augmented/virtual reality.

The AR/VR capstone was a first, nationally – an opportunity for students to work with the very latest technology, coached by some of the greatest minds in AR and VR from academia and industry. Microsoft, Google, Oculus, and Valve sponsored the course in tremendously important ways – for example, Microsoft provided 25 Hololens systems and extensive technical support.

Read more →

At UW CSE’s graduation ceremony on Friday evening, 1983 Ph.D. alum Albert Greenberg and 2002 Ph.D. alum Stefan Savage will be recognized as the recipients of UW CSE’s 2016 Alumni Achievement Awards.

We inaugurated this award for two purposes: first, to recognize some of our most accomplished alumni; second, to make it clear to each year’s new graduates that they are joining a long line of men and women who have built upon their UW CSE education to change the world.

Albert Greenberg

Albert Greenberg, 1983 UW CSE Ph.D.

Albert Greenberg has worked on the front lines of grand scale networking and cloud computing for more than two decades, first at Bell Labs/AT&T and then at Microsoft.

Albert earned his Ph.D. at UW CSE in 1983 working on the development of efficient algorithms for multiple access channels alongside professors Richard Ladner and Martin Tompa. Before his arrival at UW CSE, he earned his Bachelor’s in Mathematics from Dartmouth College.

At Bell Labs/AT&T in New Jersey, Albert rose to division manager for network measurement engineering and research, and then to executive director and AT&T Fellow. He returned to Seattle in 2007, joining Microsoft as a Principal Researcher. For the past six years he has served as Distinguished Engineer and Director of Development for Microsoft’s Azure Networking, the company’s global cloud computing infrastructure platform that spans millions of servers around the globe and helps make Seattle the leader in cloud computing. Albert’s responsibilities encompass physical and virtual datacenter networking design and management, overseeing teams in Redmond, Mountain View, Hyderabad, Dublin, and Beijing.

The UW CSE Alumni Achievement Award is the latest in a string of honors for Albert. Earlier this year he was elected to the National Academy of Engineering – the profession’s highest honor. He is a Fellow of the Association for Computing Machinery and has received the SIGCOMM Award for his lifetime contribution to the field of communications networks, the IEEE Koji Kobayashi Computers and Communications Award, and multiple “Test of Time” awards for his research.

Stefan Savage

Stefan Savage, 2002 UW CSE Ph.D.

As a leader in the Systems & Networking and Computer & Network Security groups at the University of California San Diego, professor Stefan Savage has tackled everything from computer worms and online scams, to distributed attacks, insidious global consumer fraud networks, and automobile systems hacking. He is being honored twice this month for his outstanding research in network security and efforts to fight cyber crime: tonight he receives the UW CSE Alumni Achievement Award, and tomorrow, he collects the 2015 ACM-Infosys Foundation Award in the Computing Sciences.

Stefan earned his Ph.D. from UW CSE in 2002 working with professors Brian Bershad and Tom Anderson. His route to computer science academia was unorthodox. Having begun his studies as an undergraduate at Carnegie Mellon University in physics and cognitive science, he wound up earning a degree in applied history instead. He then spent two years working in a computer science lab at CMU before following Bershad to Seattle, earning admission to UW CSE’s doctoral program a year later.

Stefan received job offers from MIT, Stanford, UC Berkeley, CMU, Cornell, UCSD, and several others. He joined UCSD for the cultural fit and turned his attention to battling cyber drug crime and shutting down counterfeit software sales by tracking the flow of money. Stefan also co-founded the Center for Automotive Embedded Systems Security with UW CSE professor Yoshi Kohno to draw attention to the security vulnerabilities of modern automobile systems, and established the Center for Evidence Based Security Research in collaboration with the International Computer Science Institute at Berkeley. He won the SIGOPS Mark Weiser Award in 2013, earning plaudits for his “uncanny ability to ask exactly the right question, propose exactly the right solution, and see that solution through to impact.”

Read more about Albert and Stefan in MSB here. Read about previous recipients of the UW CSE Alumni Achievement Award here. Read more →

UW CSE professor Maya Cakmak, whose research focuses on human-robot interaction, has received a NSF CAREER Award. She is the 31st current CSE professor to be recognized through this program or its predecessors, which is the most prestigious category of awards offered by the National Science Foundation in support of junior faculty who exemplify the role of teacher-scholars. The award will support Cakmak’s efforts to develop robots that end-users can program to address their specific needs and the environments in which they live.

While robots have the potential to enhance quality of life and increase independence for people living with disabilities, it is difficult to anticipate all possible scenarios when programming general-purpose robots. Cakmak seeks to address this difficulty by empowering users with diverse abilities and without technical backgrounds to program their assistive robots to perform real-world tasks within the settings in which they will be deployed. As part of the project, she will develop new methods and tools that encompass situated programming (programing through direct interactions with the robot and its environment), simplified programming (programming using highly simplified languages), and abstracted programming (manipulating abstractions of program entities for which programs are synthesized automatically).

Cakmak’s proposal also includes a strong education and outreach component. Among other things, she plans to continue engaging K-12 students with disabilities in robotics through the DO-IT scholars program and expand UW CSE outreach programs with robotics-related activities.

Learn more about the project on the NSF award page here.

Congratulations, Maya! Read more →

Yesterday, Forbes published a terrific interview with UW CSE professor Oren Etzioni, CEO of the Allen Institute for Artificial Intelligence. During the conversation with magazine contributor Peter High, Etzioni shared his thoughts on a wide range of topics, including how artificial intelligence can benefit humanity, what he learned from starting multiple companies, and how his own students and interns help him to stay on the cutting edge of a fast-moving field.

Etzioni explained that he and institute founder Paul Allen aim to build a team “that punches above its weight” to advance AI research, saying, “Ultimately, to me, the computer is just a big pencil. What can we sketch using this pencil that makes a positive difference to society, and advances the state of the art, hopefully in an out-sized way?”

Read the full interview here or listen to the audio here. Read more →

At this week’s Code conference, Bill Gates had a recommendation for the audience: Read “The Master Algorithm” by UW CSE’s Pedro Domingos.

Read about it in recode here and in Quartz here.

Learn about Pedro and “The Master Algorithm” here.

  Read more →

Again this year, UW CSE played host to the finalists in the Technology Alliance’s Youth Apps Challenge.

Youth Apps Challenge is a two-part program that introduces both teachers and students to the power and potential of programming. Youth Apps motivates teams of middle and high school students from across Washington to develop innovative computer applications that address everyday problems.

This year more than 50 teams of students (each with a faculty sponsor) submitted apps to the challenge. Fifteen finalists were selected to showcase their apps today in a live exhibition and pitch contest at the Allen Center.

Congratulations to all of the amazing participants in the 2016 Youth Apps Challenge – and to their amazing teachers and amazing parents! Read more →

Impinj, the Seattle-based RFID solutions company founded by UW CSE professor Chris Diorio and his legendary Caltech Ph.D. mentor Carver Mead, has filed for an IPO.

The RFID market took longer than the company expected to develop, but has taken off in the past few years.

RFID is “The Internet of Everything” (at a recent presentation, Diorio’s “prop” was a belt he had just purchased at Macy’s that sported an RFID tag), and Impinj has a leadership position.

Read more in GeekWire here. Read more →

Shwetak Patel

Electronics company Belkin International and plumbing and HVAC supplier Uponor Corp. recently announced the formation Phyn, a $40 million joint venture to further scale their intelligent water innovations based on technology that was developed by CSE and EE professor Shwetak Patel working with students in the UW’s UbiComp Lab.

The Belkin technology is based on HydroSense—a pressure-based sensor for monitoring home water usage developed by Patel, CSE Ph.D. alum Jon Froehlich, and EE Ph.D. alum Eric Larson—and ElectriSense, a plug-in sensor that monitors home energy consumption at the device level that was developed by Patel and CSE Ph.D. alum Sidhant Gupta. Froehlich and Larson are now faculty members at University of Maryland, College Park and Southern Methodist University, respectively, and Gupta is a researcher at Microsoft Research.

Belkin licensed the technology when it acquired Patel’s home sensing startup, Zensi, six years ago. As part of that deal, Belkin opened its Wemo Labs in Seattle under Patel’s leadership. The new venture, Phyn, will operate a research facility in Seattle as part of its efforts to bring projects such as Belkin’s Wemo Water system, which is built on the UW-licensed technology, to market.

Wemo Water system

From the GeekWire article:

“Phyn’s R&D lab, in Seattle’s Belltown neighborhood, is starting with 10 engineers, and the company plans to continue expanding the team, said Ryan Kim, the newly named Phyn CEO, who was previously Belkin’s vice president of engineering. Kim said in an email to GeekWire that the company ‘continues to be committed to and invested in both our relationship with UW and our R&D office in Seattle.’

“‘We’ve found the quality of thinking as well as the quality of execution by the team at the lab, under Shwetak’s guidance, to be excellent, cooperative, and highly productive,’ Kim said. ‘Phyn will absolutely continue to work closely with Shwetak and the lab as we move forward.'”

Read the full GeekWire article here and a related Seattle Times article here.

UW CSE and EE professor Matt Reynolds collaborated on the ElectriSense project. Collaborators on the HydroSense project include former Mechanical Engineering undergraduate Tim Campbell, EE Ph.D. alum Gabe Cohn, EE Ph.D. students Tien-jui Lee and Elliot Saba, EE Master’s alum Eric Swanson, CSE professor James Fogarty, and EE professor Les Atlas. Read more →

MISL researchers Georg Seelig, Luis Ceze, and Karin Strauss

Scientific American published a terrific article this week highlighting the work of UW and Microsoft researchers in the Molecular Information Systems Lab (MISL) as part of a broader examination of efforts to re-purpose DNA as a digital data storage medium. The magazine spoke with UW CSE and Electrical Engineering professor Georg Seelig and Microsoft researcher and CSE affiliate professor Karin Strauss about the project, which is generating a lot of buzz for its potential to revolutionize digital storage—offering massive expansion in both density and durability—in the age of big data.

From the article:

“Humans will generate more than 16 trillion gigabytes of digital data by 2017, and much of it will need to be archived: Think: legal, financial and medical records as well as multimedia files. Data is stored today on hard drives, optical disks or tapes in energy-hogging, warehouse-size data centers. These media last anywhere from a few years to three decades at most. Plus, says Microsoft Research computer architect Karin Strauss, ‘we’re producing a lot more data than the storage industry is producing devices for, and projections show that this gap is expected to widen….’

“In April Microsoft’s Strauss and computer scientists Georg Seelig and Luis Ceze at the University of Washington reported being able to write three image files, each a few tens of kilobytes, in 40,000 strands of DNA using their own encoding scheme—and then reading them individually with no errors. They presented this work in April at an Association for Computing Machinery conference. With the 10 million strands Microsoft is buying from Twist Bioscience, the team plans to prove that DNA data storage can work on a much larger scale. ‘Our goal is to demonstrate an end-to-end system where we encode files to DNA, have the molecules synthesized, store them for a long time and then recover them by taking DNA out and sequencing it,’ Strauss says. ‘Start with bits and go back to bits.’

Seelig and Strauss co-authored the paper referenced in the article with CSE Ph.D. student James Bornholt, Bioengineering Ph.D. student Randolph Lopez, Microsoft researcher and CSE affiliate professor Douglas Carmean, and CSE professor Luis Ceze. The team presented its work at ASPLOS 2016 earlier this year.

Read the full article here, visit the MISL website here, and check out our past blog coverage here.

Photo credit: Tara Brown Photography Read more →

VizioMetrix—the world’s first visual search engine for scientific diagrams, developed by a team at the UW’s eScience Institute—was the subject of a great article that appeared in MIT Technology Review over the weekend. The article reports on researchers’ efforts to understand the presentation of visual information in scientific literature, or viziometrics, based on a paper co-authored by Electrical Engineering Ph.D. student Po-Shen Lee, iSchool professor and Data Science Fellow Jevin West, and Associate Director, Senior Data Science Fellow and CSE affiliate professor Bill Howe.

From the article:

“Most scientists recognize the importance of good graphics for communicating complex ideas. It’s hard to describe the structure of DNA, for example, without a diagram.

“And yet, there is little if any evidence showing that good graphics are an important part of the scientific endeavor. The significance of good graphics may seem self-evident, but without evidence, it is merely a hypothesis.

“Today, that changes thanks to the work of Po-shen Lee [and] pals at the University of Washington in Seattle who have used a machine-vision algorithm to search for graphics in scientific papers and then analyze and classify them. This work reveals for the first time that graphics play an important role in the scientific process.”

The article goes on to explain how the team assembled a searchable database of 10 million scientific visuals by training a machine vision algorithm to separate multi-chart figures into their component parts and classify different types of figures. In analyzing the resulting data, the team found a significant correlation between the most successful scientific papers and the amount of information conveyed visually within the publication—information that has been largely ignored by current bibliometrics and scientometrics. This work will almost certainly influence how we present and access scientific information in the future.

Additional contributors to the VizioMetrix project include EE Ph.D. student Sean Yang, CSE Ph.D. student Maxim Grechkin, and CSE Ph.D. alum Hoifung Poon of Microsoft Research.

Read the full article here, and try VizioMetrix here. Read the research paper here. UPDATE: Check out a terrific article on VizioMetrics that appeared in the print and online edition of The Economist here. Read more →