Postdoctoral researcher Matthias Vallentin is developing VAST,  a  forensic analysis tool  designed to help prioritize the investigation of computer security breaches.  It complements Bro, a security tool  devised by Prof. Vern Paxson when he was a graduate student 22 years ago and which is now used worldwide, to instantly collect huge volumes of log data that a hack might compromise.  “Maybe the external machine also appeared in a phishing email, which contained a PDF attachment. Not only that, but the PDF also includes a malicious payload, which upon opening, sends sensitive information from the employee’s computer to a cyber criminal.  VAST supports this iterative process to reconstruct the complete picture and presents it on a platter” explains Vallentin.  The function, development, and industrial potential of these tools are discussed in a Berkeley Research article.

Prof. Eli Yablonovitch has been awarded the IEEE William R. Cherry Award, which is the highest IEEE Award for solar cells. This award recognizes an individual engineer or scientist who has devoted a part of their professional life to the advancement of the science and technology of photovoltaic energy conversion. The nominee must have made significant contributions to the science and/or technology of PV energy conversion, with dissemination by substantial publications and presentations. Prof. Yablonovitch is receiving this award for his contributions to research, engineering and entrepreneurship realizing photovoltaic technologies capturing the "ins and outs" of photons and application of these technologies in silicon and III-V solar cells.

Prof. Jan Rabaey will be receiving two honorary doctorates. The first one is for scientific merit from the University of Antwerp in Belgium on March 30, 2017.  The second one will follow on May 20 from the Tampere University of Technology. The title of Honorary Doctor is the highest recognition that a university can award. In the early 1990s, Prof. Rabaey developed the ‘infopad’, the forerunner of the iPad and tablet computers. He is currently conducting research into the human intranet, which involves connecting the human body to sensors and devices that communicate with the human brain.

Prof. Dan Garcia was interviewed in a PBS Newshour article titled “This Pi Day, use math to beat your friends at classic toy games”. To celebrate Pi Day, mathematicians and physicists explored three classic toys, hula hoops, yo-yo’s and Connect Four on ways to be the most successful with each toy. To count how many possible ways a real game of Connect Four could end, Prof. Garcia’s  research group called GamesCrafters created a program to simulate all the moves. GamesCrafters “strongly solved” the game and found 4,531,985,219,092, or 4.53 trillion combinations to Connect Four are possible.

A number of EECS alumni and faculty have been invited to guest lecture for a DeCal course called "Build the Future" (CS 198), designed in collaboration with startup institute The House, to get undergraduate students engaged with the Berkeley entrepreneurial ecosystem and to use their time on campus creatively.  CS majors Jimmy Liu and Zuhayeer Musa (who run a company called Bash) helped develop the course, CS Prof. Scott Shenker is the faculty advisor, and Cameron Baradar (B.S.’15 EECS) is executive director of The House.  Speakers will include CS Prof. Joe Hellerstein, EE Prof. Kurt Keutzer, co-founder of Oculus Jack McCauley (B.S.’86, EECS), and founder of inDinero Jessica Mah (B.S.’10 EECS).

“Designing Technology to Counter Violent Extremism,” a course co-taught by CS Associate Prof. Björn Hartmann at the Jacobs Institute for Design Innovation, is designed to develop technology-based solutions to ideologically motivated violence in the United States.  In the class, students seek to understand the roots of violent extremism and conceive of technological antidotes. “The Internet — from viral videos to hijacked hashtags to bot networks — has emerged as a key arena in which violent extremists engage with the public,” the course description reads. “But technology is also a key tool in the fight against extremism.”

EE Prof.  and co-director of the Center for Neural Engineering and Prostheses Jose Carmena participated in a discussion with the Kavli Foundation about technologies that might be used to treat mental illness or enhance memory. Prof. Carmena, who has co-developed brain-machine interfaces and implantable microsensors, says "we have learned a lot about how to target different areas in the brain.  The aim of these devices is to help people who are paralyzed by injury or disease move again by creating an artificial pathway between the areas of the brain that control motion and the muscles. Essentially, they are devices that use electrodes implanted in the brain to translate thoughts into the action of prosthetics."

Trifacta, a data wrangling startup co-founded by Prof. Joe Hellerstein (also company CSO and CS alumnus--M.S. '92), is one of the companies profiled by Computer Weekly in an article titled "Silicon Valley startups aim to make big data capture and prep slicker."  Customers of Trifacta, which specializes in sorting out data and getting it into shape for analysis, includes the Royal Bank of Scotland, the Luxembourg Stock Exchange, PepsiCo, Walmart, and soon Google (Cloud Dataprep). Other CS alumni on the Trifacta team include co-founder and CXO Jeffrey Heer (B.S. '01/M.S. '04/Ph.D. '08) and Vice President of Products Wei Zheng (B.A. '99).  

At the Berkeley AI Research (BAIR) Camp this year, Assistant Prof. Anca Dragan will lead AI4ALL, a Berkeley education program designed to introduce high potential, low income high schoolers to humanistic AI.  In an article titled "The future of AI needs to have more people in it" she discusses the importance of creating AI with humans in mind and the value of diverse approaches to the field.

Alberto Sangiovanni-Vincentelli has been named recipient of the 2017 IEEE TCCPS (Technical Committee on CyberPhysical Systems) Technical Achievement Award. This award recognizes significant and sustained contributions to the cyber-physical system (CPS) community based on the impact of high-quality research made by the awardee throughout their lifetime. Prof. Alberto Sangiovanni-Vincentelli 's research interests are in design methodologies and tools for wireless sensor networks, embedded systems, hybrid systems, cyber physical systems (CPS), Systems of Systems (SoS) and electronic design automation.