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They Developed an AI Tool to Detect Online Job Ads Linked to Human Trafficking
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Terry Benzel Wants to Lead the IEEE Computer Society Through Computing’s AI Inflection Point
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Benzel is managing director of the USC Information Sciences Institute, part of the USC Viterbi School of Engineering and USC Stevens School of Computing and AI. She currently serves as vice president of the IEEE Computer Society.
As president, Benzel plans to strengthen trust and integrity as AI transforms computing, deliver greater value to members, create more opportunities for students and early-career professionals, and build closer ties among academia, industry and government.
Congratulations, Terry!
Read more: https://lnkd.in/ggQiNK3s
Benzel is managing director of the USC Information Sciences Institute, part of the USC Viterbi School of Engineering and USC Stevens School of Computing and AI. She currently serves as vice president of the IEEE Computer Society.
As president, Benzel plans to strengthen trust and integrity as AI transforms computing, deliver greater value to members, create more opportunities for students and early-career professionals, and build closer ties among academia, industry and government.
Congratulations, Terry!
Read more: https://lnkd.in/ggQiNK3s
USC researchers developed a system that analyzes multilingual job ads and flags patterns linked to human trafficking — before potential victims are harmed.
Trained on more than 85,000 job postings, the tool uncovered warning signs ranging from vague promises of easy visas and unusually high pay to requests that applicants communicate by phone or text.
The research was led by Emilio Ferrara, professor in the USC Thomas Lord Department of Computer Science at the USC Viterbi School of Engineering and the USC Stevens School of Computing and AI, and a research team leader at the USC Information Sciences Institute.
Read the story:
https://lnkd.in/gUS-Ze7e
Ajey Jacob is leading SWIFT, a three-year, $5.5 million Defense Advanced Research Projects Agency \(DARPA\)-funded effort to reinvent the transistor. If the technology reaches its targets, a SWIFT-based GPS processor could be approximately 18,000× more energy-efficient than a conventional digital version, while producing less heat and better resisting jamming.
Jacob is director of advanced electronics at the USC Information Sciences Institute, part of the USC Viterbi School of Engineering and USC Stevens School of Computing and AI. He also leads ISI’s Application Specific Intelligent Computing Lab and serves as a research professor in the USC Ming Hsieh Department of Electrical and Computer Engineering .
It’s a bold attempt to change the physics of computation—and potentially reshape everything from AI data centers to phones and satellites.
Read “Building a Better Transistor”:
https://lnkd.in/g9mAQE\_A
On Sept. 1, the USC Information Sciences Institute honored Craig Knoblock with lunches—and cake—in Marina del Rey, Arlington, Virginia, and Boston to celebrate his eight years leading ISI, including two as interim executive director.
During his tenure, Knoblock helped restore ISI’s financial footing and transform the original MOSIS into California DREAMS, a major microelectronics hub.
Knoblock a research professor of computer science and spatial sciences in the USC Thomas Lord Department of Computer Science at the USC Stevens School of Computing and AI, will remain at ISI.
Congratulations, Craig, on an extraordinary chapter of leadership—and the impact still to come.